ML20217G528
| ML20217G528 | |
| Person / Time | |
|---|---|
| Site: | FitzPatrick  |
| Issue date: | 09/24/1999 |
| From: | Golshani M, Re G POWER AUTHORITY OF THE STATE OF NEW YORK (NEW YORK |
| To: | |
| Shared Package | |
| ML20217G500 | List: |
| References | |
| JAF-CALC-RAD-00, JAF-CALC-RAD-0002-R1, NUDOCS 9910210310 | |
| Download: ML20217G528 (400) | |
Text
{{#Wiki_filter:. CALCULATION CONTROL SHEET Page 1 of 2 Calculation No.: g ( JAF-CALC-RAD-00023 Rev. 1 MO% IE IVillbl Y Nod Prepared by: JAF Vendor WPo(x) James A. FitzPatrick Nuclear Power Plant ha*M or Teek No:
- Power Uprate Program - Technical Support Center Post-Accident Radiological Habitability Study Discipline: System (number and name): DBD No.
1 n ' REV. Description & Status Prepared by: Name Checked by: Name Approved by: N?n.i D.V. (F,P,1,v or S) Signature /Date Signature /Date Signature /Date Y/N
. . . . G.... C.
... R. e '. . . . . . . . . . ....... ....
G. C. Re' 713,1 8...M. G.ol n..i............. sh .. <94yld.
* . . .. 9 M .1.7...eq.d..S.......... ... .... ..* M.
1 DISTRIBUTION: c= CONTROLLED i= INFO NAME DEP1 LOC C i c DCM-2A Preparation and Control of Manual ATTACHMENT 1 Calculations and Analyses
- Page 36 of 47 i
Rev. No. 3_ . 9910210310 991014 PDR ADOCK 07109268 B PM
CALCULATION CONTROL SHEET Pp 2 W 2 Q P81 ATED COMPONENTS N/A i 9 _RELATED STRUCTURES N/A RELATED ENGINEERING DOCUMENTS I
.FSAR, TS and DBD I
l RELATED PROCEDURES N/A' l YES O COMPUTER YES S SECURITY: PRINTOUT: No 0 No- @ i No. of Attachments: -1 No. of Calculation pages: 119 9 Preparation and Control of Manual ATTACHMENT 1 DCM-2A Page 37 of 47 Rev.'No. 3 Calculations and Analyses
- I i
F. l
, l
'} r, NYPA - CALC.# JAF-CALC-RAD-00023 REV 1
~'
PAGE NO.2 / PROJECT: JAF NJIT PAGE NO. 2 . PREPARED BY:. #C DATE 9/JFA9 CHECKED BY: /g DATE 9/s v/ff
. TITLE: Power Uprate Program - ' Technical Support . Center 'Pont-Accident Radiological Habitability Study STATM Erf OF PROBLEM
- This calculation was prepared by Corporate Radiological
- Engineering (CRE) to update'the Technical' Support Center (TSC) radiological habitability analyses documented as Rev. O of this calculation (Refs. 3,'4, 5, 10 & 15). The reasons for the re- .
analysis are as follows: (a) Revision of the atmospheric dispersion factors for elevated releases as documented in Reference 2, (b) Assuming a lowered stand-by gas treatment system (SGTS) charcoal filter efficiency of 90% for halogens, (c) Crediting a pre-isolated TSC under spiked RCS concentration of 2 pCi/gm I-131 DE, (d). Use of the ICRP-30 (Ref. 12) dos's conversion factors for the calculation of thyroid doses, (e) Result of an 8-second unfiltered release through the reactor building exhaust system during a
-Refueling Accident (RA),
.(f) Result of a brief release via reactor building exfiltration following an RA, (g) Results including the effect of uncertainty in filtered intake rates in the TSC, (h) The I-131 release fraction was increased from 10%
to 12% and the I-129 release frrction was decreased from 30% to 10% during a Refueling Accident (RA), (i) Results of changing the total number of in-core fuel rods from 36472 to 33600 for a Control Rod Drop Accident (CRDA) and a Refueling' Accident (RA) to ensure consistency with GE 8x8 fuel designs, and (j) Use of Figure 14.6-12 of FSAR for mass discharge rates from an MSLB.
NYPA - CALC.# JAF-CALC-RAD-00023
~~
REV 1 PAGE NO.: 1
. PROJECT: JAF NEXT PAGE NO.: s ePREPARED.BY: Nf(r DATE 9/tdAq CHECKED BY:- // DATE -f TITLE: Power Uprate. Progiam -; Technical- Shpport Center /ty/pf Post-Accident. Radiological Habitability. Study-
' Calculation Use Limitations This calculation was. developed to address .the specific issue (s) described in the above Statement'of Problem. Information provided in this .
~
calculation should not be used to support conclusions, recommendations, decisions or procedure development / revision unrelated to the above issue (s) .
~
For related issues, information' provided in this calculation should be
-used only by qualified staff, and only in conjunction with relevant references--(e.g.; related calculations, FSAR, Technical Specifications, Design Basis Documents, Licensing commitments, design drawings, etc.) , as
- appropriate.
If this calculation is used to change the plant's Design Basis, the
' Responsible Engineer should notify the Corporate Radiological Engineering- )
Group (WPO Nuclear Generation Department) to ensure.these changes
. accurately reflect the information provided in the calculation.
l I
+
1 l 1 l l I i i
,h..
j NYPA -' CALC.# JAF-CALC-RAD-00023_'REV 1
' PAGE NO.: _J
' PROJECT: JAF .
3J 4.- PREPARCD BY: M(r - lDATE 9/AdM CHECKED BY: f/jBIT PAGE DATENO.:- pv/# a
' TITLE: Power Uprate Program ~ - - - Technical Support Center Pdst- I Accident-Radiological Habitability Study REFERENCES
- 1. CRE Calculation JAF-CALC-RAD-03031, Rev. 1,
- Offsite, j Control Room and TSC Domes Resulting from Unfiltered Releases I of Gap Activity.from the JAF Reactor Building during a Design )
Basis Refueling Accident" (9/19/98) I l
- 2. CRE Calculation JAF-CALC-RAD-00007, Rev. 2, " Power Uprate Program - Onsite and Offsite Post-Accident Atmospheric.
Dispersion Factors" (4/8/97) 3.' JAF ACTS Item #17875 - Perform habitability study for the TSC which accounts for TSC ventilation booster fan shaft leakage (prompted by NRC Information Notice 93-06, Ref. 37 below)
- 4. JAF ACTS Item #18268 - Evaluate and Resolve DDOI-JAF-HVAC-072-007 (TSC Dose Calculation)
- 5. JAF ACTS Item #18820 - Review ongoing radiological analyses
.for power uprate and revise proposed Tech Spec change as necessary. Also, review'these analyses to determine if NRC submittal on CR habitability (JPN-95-059) needs revision.
- 6. NUREG-0578, " TMI-2_ Lessons Learned Task Force Status Report and' Short-Term Recommendations" , (7/79)
- 7. NUREG-0696,
- Functional Criteria for Emergency Response Facilities"'(2/81) .
=8. NUREG-0737,
- Clarification of TMI Action Plan Requirements" (11/80)
- 9. JAF Emergency Plan Implementing Procedure EAP-14.1,
- Technical Support Center Activation" '(Rev. 16, 2/16/96)
- 10. .JAF Emergency Plan Implementing Procedure EAP-14.6,
" Habitability of Emergency Facilities" (Rev. 11, 5/6/96)
- 11. ~NYPA Memorandum JAG-93-245 addressed to J. Lazarus, from J.
Gray, titled " Control Rod Drop Accident (CRDA) Assumption" 1 (9/24/93) _ [See JAF-CALC-RAD-00026 for a copy of this ref.] 12 . - International Commission on Radiological Protection (ICRP) Publication 30,
- Limits for Intake by Workers" , 1982
- 13. CRE Computer Code DORITA-2,
- A Computer Code for the Determination of Radioactivity and Radiation Levels in Various Areas of a Nuclear Power Station and Offsite Following Accidental Releases of Gaseous Fission Products" ,
NYPA ' CAT.C.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: # PROJECT: JAF- ' NEET PAGE NO.: S. PREPARED'BY: M (v- DATE 9/M/9f CHECKED BY: // DATE .M r/// TITLE: Power Uprate Program - Technical Support Center ' Post-Accident Radiological Habitability Study RAD-001, Release 1.5.1.2 (1/22/97) l
- 14. GE letter addressed to Richard Chau, NYPA, from C. H. Stoll, GE Plant Performance Engineering, titled
- J. A. FITZPATRICK (JAF 'PP) Power Uprate Program - Formal Transmittal of Final Source Term Analysis Results" (5/2/91) [See JAF-CALC-RAD-00008 (Ref. 10) frr a copy of this 7:sference.]
- 15. J. DiNunno, F. Anderson, R. Baker and R. Waterfield,
- Calculation of Distance Factors for Power and Test Reactor Sites," AEC, Divisica of Licensing and Regulation, TID-14844 (March 1962)
- 16. US NRC Regulatory Guide 1.3,
- Assumptions Used for Evaluating the Potential Radiological Consequences of a Loss of Coolant Accident for Boiling Water Reactors" (Rev. 2, June 1974)
- 17. US NRC Regulatory Guide 1.5,
- Assumptions Used for ,
Evaluating the Potential Radiological Consequences of a Steam 1 Line Break Accident for Boiling Water Reactors" (March 1971)
- 18. US NRC Regulatory Guide 1.25,
- Assumptions Used for Evaluating the Potential Radiological Consequences of a. Fuel Handling Accident in the Fuel Handling and Storage Facility for Boiling and Pressurized Water Reactors" (3/23/72)
- 19. US NRC Regulatory Guide 1.49,
- Power Levels for Nuclear Power Plants" (Rev. 1, December 1973)
- 20. US NRC Regulatory Guide 1.77,
- Assumptions Used for Evaluating a Control Rod Ejection Accident for Pressurized Water Reactors" (May 1974)
- 21. US NRC NUREG-0800,
- Standard Review Plan for the Review of Safety Analysis Reports for Nuclear Power Plants"
- 22. General Electric Report NEDO-31400,
- Safety Evaluation for Eliminating the BWR Main Steam Isolation Valve Closure Function and Scram Function of the Main Steam Line Radiation Monitor" (May 1987) (See JAF-CALC-RAD-00013 for copy)
- 23. Specification for Nuclear Facility Purchase Order No. Apo-10 for Furnishing and Delivery of Condenser Vacuum Pump Equipment.
- 24. US NRC NUREG-0123, Rev. 3,
- Standard Technical Specifications for General Electric Boiling Water Reactors (BWR/5)" (Fall 1980)
~
NYPA - CALC.# JAF-CALC-RAD-00023
~'
REV 1 PAGE NO.: 8 PROJECT: JAF - NEXT PAGE NO.: /, PREPARED BY: #2/ DATE st/M/99 ' CHECKED BY: // DATE 9 /,2 r/ f f TITLE: Power Uprate Program - Technical Support Center Post-Accident Radiological Habitability Study
- 25. NYPA Memorandum No. MHM-91-6, addressed to J. Lafferty, from M. Mozzor, titled " Charcoal Filter Efficiencies for Use in Accident Analyses Associated with JAF Power Uprate Program" (10/2/91)
- 26. K. G. Murphy and K. M. Campe,
- Nuclear Power Plant Control Room Ventilation System Design for Meeting General Criterion 19 " ' 13th Air cleaning conference, pgs 401-430 (1974)
- 27. JAF-SE-96-071,
- Impact of Increased Isolation Time of Reactor Building Ventilation System on FSAR Analyzed Events" , Rev. 1 (10/2/98)
- 28. CRE Calculation JAF-CALC-RAD-00042, Rev. 2,
- Control Room Post-Accident Radiological Habitability - Assessment of Current Ventilation System Configuration" (10/97)
- 29. CRE Calculation JAF-CALC-RAD-00041, Rev. O,
- Radiological Assessment of a Control Rod Drop Accident Without MSIV Closure at pre-Uprate Conditions" (2/9/95)
- 30. GE Technical Report NEDE-31152P, " GE Fuel Bundle Designs,"
Rev. 6
- 31. CRE Calculation JAF-CALC-RAD-00013, " Radiological Justification for Modification of the Main Steam Line Radiation Monitor Trip Functions" (3/13/92)
- 32. US NRC Regulatory Guide 1.52,
- Design, Testing and Maintenance Criteria for Post Accident Engineered-Safety-Feature Atmosphere Cleanup System Air Filtration and Adsorption Units of Light-Water-Cooled Nuclear Power Plants" (Rev. 2, March 1978)
- 33. JAF Operating Procedure OP-59B,
- Administration Building Ventilation and Cooling" (Rev. 8, 1/10/96)
- 34. Johnson Service Company, Test Report TLP-774-448 (02-4925-72),
- FitzPatrick NPP Damper Leakage (D-1300 Series)
(11/29/72) (NYPA Microfiche No. 60067" , frames 025-030) (See JAF-CALC-RAD-00028 for a copy of this reference.]
- 35. Design Basis Document DBD-072,
- Administration Building Heating Ventilation and Air Conditioning Systems" (Rev. O, 12/14/94)
- 36. NYPA Modification Control Manual MCM-6A,
- Structure and Component Classification and System Safety Function Control (JAF)" (Rev. 9, 12/13/95)
NYPA - CALC.# JAF-CALC-RAD-00023 PROJ1L'r JAF REV 1 PAGE NO.: [ NEXT PAGE NO.: 7, 4 PREPARED BY: M[ DATE 4/8 N CHECKED BY: /f/ DATE y/Sr/// { TITLE: Power Uprate Program - Technical -Support Center Pos't-Accident Radiological Habitability Study
- 37. GPU Nuclear Corporation letter 5450-95-0006, addressed to M. ]
Karasulu,'from N. G. Trikouros, titled
- FitzPatrick Nuclear
{ Plant Turbine Building EiELB Analysis Results" (2/17/95) 1 [ Sea JAF-CALC-RAD-00042 Ref. 28 for a copy of this reference.] q
- 38. NRC Information Notice 93-06, " Potential Bypass Leakage Paths Around Filters Installed in Ventilation Systems" !
(1/22/93)
- 39. CRE Computer Code QAD-CGGP,
- A Combinatorial Geometry l Version of QAD-P5A, A Point Kernal Code System for Neutron '
and Gamma-Ray Shielding Calculations Using the GP Buildup Factor," RAD-006, Release 1.5.1.2 (1/07/98)
- 40. CRE Calculation-Specific Computer Code MATILDA, documented int (a) CRE Calculation JAF-CALC-RAD-00003,
- Power Uprate Program - Reactor Duilding Post-LOCA EQ Radiation Levels Due to Buildup of Halogen Activity on Air Filtration Systems" (November 1991)
(b) CRE Calculation JAF-CALC-RAD-00015,
- Equipment Qualification Radiation Exposures Following A Control Rod Drop Accident" (7/28/92)
- 41. GE letter addressed to Richard Chau, NYPA, from C. H. Stoll, GE Plant Performance Engineering, titled
- J. A. FITZPATRICK (JAFNPP) Power Uprate Program - Transmittal of Nuclear Boiler Parameters and Fina". Reactor Heat Balance" (2/11/91) [See JAF-CALC-RAD-00008 for a copy of this reference.]
- 42. CRE Calculation JAF-CALC-RAD-00001,
- Impact of Ofgas High Flow Rates on FSAR Radiological Evaluation" (5/7/91)
- 43. CRE Computer Code ELISA,
- A Computer Code for the i Radiological Evaluation of Licensing and Severe Accidents at !
Light-Water Nuclear Power Stations," RAD-005, Release 1.5.1.2 (1/12/98) i
- 44. R. G. Jaeger, Ed., " Engineering Compendium on Radiation Shielding," Springer-Verlag, NY (1975)
- 45. Mine Safety Appliances Co. letter addressed to Stone &
Webster Engineering regarding the JAF Standby Technical Support Center Filtration system, NYPA P. O. #19786-80 (MSA Job No. B-508042, 2/26/81)
NYPA - CALC.9 JAF-CALC-RAD-00023 REV 1 PAGE NO.: 7
. PROJECT: JAF ~ NJXT PAGE NO.: W ",
PREPARED'BY: Mk DATE 9/AFM CHECKED BY: #f DATE eMr/// TITLE: Power Uprate Program - Technical Support Center ' Posit-Accident Radiological Habitability Study
- 46. Mine Safety Appliances Co., Filter Products Division, Technical Document titled
- Installation, operation and Maintenance Manual for the Standby Filtration System - Non-Seismic Category I - for the Power Authority of the State of New York" , NYPA P. O. #19786-80, MSA Job B-508042 (March 1981)
- 47. Calculation JAF-CALC-RBC-03042, Rev. 0,
- Reactor Building Exfiltration During Transition from Normal to Isolation Mode" (8/21/98) 48.
Memo from N. Kurul to G.S. Grochowski
- Mass Outflow Resulting from HELB at Full Power v.s. Hot Standby at JAF" RE-99-459, (8/13/199) l
- 49. Report No: JAF-RPT-PC-02342, Rev. 2,
- Primary Containment Leakage Rate Testing Program Plan" (1/11/99) 50.- NUREG/CR-5009,
- Assessment of the Use of Extended Burnup Fuel in Light Water Power Reactor" , February 1988 51.- Sargent & Lundy,
- Fuel Handling Accident (FRA) Radioiodine Transport Removal and Dilution" , (5/29/98) 52.- USNRC,
- Safety Evaluation by the Office of Nuclear Reactor Regulation Related-to Amendment No. 239 to Facility Operating License No. DPR-59" , Docket No. 50-333. (12/6/96) l l
l l l
c= NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: [ PROJECT: JAF p PAGE NO. 9, PREPARED BY: 4(' DATE 4/A$li t CHECKED BY: g/ DATE , g/Jf/f/ TITLE:- Power. Uprate Program . Technical Support Center Poist-Accident Radiological Habitability Study LIST OF COMPUTER PROGRAMS EMPLOYED The_following Corporate Radiological' Engineering (CRE) computer ! codes _were,used in the1 analyses documented in this calculation: l Program Code Ref. Release Release Computer ) Name , Number Version Date System . l s DORITA-2 RAD-001 1.5.1.2 01/22/97 RS/6000 i QAD-CGGP RAD-006 1.5.1.2 01/07/98 RS/6000 I ELISA RAD-005 1.5.1.2 01/12/98 RS/6000 MATILDA ----- ----- 07/28/92 DG AViiON t (a) MATILDA was developed for use in conjunction with.QAD-CGGP (Ref. 39) and the gamma spectra produced by DORITA-2 (Ref. 13), ELISA (Ref. 43) and ALLEGRA (another CRE code) for the computation of radiation exposures. It is documented in Refs. 40 (a) and 40 (b) . e
, NYPA'- CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: 9 PROJECT: JAF '~ PAGE NO.: /o PREPARED BY 46" DATE 9/s.4M CHECKED BY: DATE eVfp/e l TITLE:- Power Uprate Program ; - ' Technical Support Center "Podti p Accident Radiological Habitability Study TABLE OF CONTENTS Page
- STATEMENT OF PROBLEM ...................................... 1 REFERENCES ................................................ 3
' LIST OF COMPUTER PROGRAMS EMPLOYED ........................ 8 W
TABLE OF CONTENTS ........................'..............'... 9 1,. INTRODUCTION ......................................... , 11
- 2.
SUMMARY
.OF RESULTS ................................... 13 2.1 Inumersion Exposures ............................. 14 2.2 Direct Shine Radiation-Fields ................... 14 2.2.1 Shine from Post-LOCA Radioactivity Accumulating on the Refueling Level ...... 15 2.2.2 Shine from Post-LOCA Overhead Clouds ..... 16 2.2.3 shine from TSC Charcoal Filters .......... 17 2.3 Conclusions ..................................... 17 4 i
- 3. METHODS.OF ANALYSIS _.................................. 42 ;
i
- 4. RADIATION EXPOSURES FROM A LOSS OF COOLANT ACCIDENT .. 45 i 4.1 Drywell' Leakage ................................. 46 )
4.1.1 Basic Data and Assumptions ............... 46 4.1.2 Results .................................. 52 4.2 ESF Conqronent Leakagu . . . . . . . . . . . . . . . . . . . . . . . . . . . 54 4.2.1 Basic Data and Assumptions ............... 54 4.2.2 Results .................................. 56 4 . '3 Total LOCA Do'se ................................. 58 l 1
l l 1 NYPA - CALC.#'JAF-CALC-RAD-00023' REV'l PAGE NO.: /d PROJECT: JAF ' NEXT PAGE NO. // A/f/r DATE 9/JF/IM CHECKED BY: // 9//pArf
- PREPARED BY: DATE TITLE: Power Oprate Program' - Technical Support Center Pont-Accident Radiological Habitability Study TABLE OF CONTENTS (Cont.)
Page 1 5.- RADIATION' EXPOSURES FROM A MAIN STEAM LINE BREAK . . . . . - 60 5.1 -Basic Data and Assumptions ...................... 60 5.2 Results.......................................... 66'
- 6. RADIATION EXPOSURES FROM A CONTROL ROD DROP ACCIDENT . 70 6.1' Basic Data and Assumptions ...................... 70 6.2 .Results ......................................... 74
. 7. RADIATION EXPOSURES FROM A REFUELING ACCIDENT ........ 76 7.1 Basic Data and Assumptions ...................... 76 7.2 Results ......................................... 81
.8. RADIATION EXPOSURES FROM EXTERNAL SOURCES ........... 84 )
8.1 Direct' Shine from Post-LOCA Airborne Radioactivity in the' Reactor Building .......... 85 8.1.1 Basic Data and Assumptions .............. 85 8.1.2 Results ................................. 88
'8.2- Direct-Shine'from Post-LOCA Overhead Clouds .... 98 8.2.1 Basic Data'and Assumptions .............. 98 8.2.2 Results ................................. 99 8.3 Direct Shine from Halogens Accumulating on the TSC Charcoal Filters ........................... 115 8.3.1 Basic Data and Assumptions .............. 116 8.3.2 Rasults ................................. 119 I
l l l ATTACHMENTS A. Copies of Computer Outputs j 1 l
)
Q , l' NYPA '. - - CiALC . # JAF- CALC-RAD- 00023 REV 1 PAGE NO.: //
~
. PROJECT: JAF /1_
, PREPARED BY:- M,k DATE 4h,V/M QXT PAGE NO.:
CHECKED BY: // DATE w /cc
' TITLE:- Power Uprate -Program -
Technical Support Center @6fsti-Accident Radiological Habitability Study I 1.' ' INTRODUCTION i The requirements for a Technical Support Center were established I l under the task. force'on' lessons learned from TMI-2 (Ref. 6, Sec. 2.2.2). The habitability criteria were set forth in Reference 7 L (Sec. 2.6) ,- as follows : I
- Since the.TSC is to provide direct management and technical j support to the control room during an accident, it shall have the same radiological habitability as the control room under accident f conditions. TSC personnel'shall be. protected from radiological l
' hazards, including direct radiation and airborne radioactivity j from inplant' sources under accident conditions, to the same degree as control room personnel. Applicable criteria are specified in j j (10 CFR 50, Appendix A) General Design Criterion (GDC) 19, in the l Standard Review Plan (Ref. 19, Sec. 6.4), and in NUREG-0737 (Ref.
8, Item II.B.2). ..... If the TSC becomes uninhabitable, the TSC ! ! plant-management function shall be transferred.to the control l' r o o m .*' This-calcul'ation analyzes the post-accident radiological j habitability in the TSC. Results of the present study are' summarized in Sec. 2, and the methods of solution are presented in Sec. 3. Sections 4 through 7 present the data, assumptions and antalytical details associated with each of the four design-basis accidents. Section 8 looks at l the radiation fields-from external sources, namely, gamma i f radiation emanating-from post-LOCA airborne radioactivity accumulating in the refueling level of the reactor building, from overhead clouds, and from halogens accumulating on the TSC charcoal filtration' system. Copies of the computer outputs appear in Attachment A'. {
.NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: 11 PROJECT: JAF- ~ NEXT PAGE NO.: gA PREPARED BY: A (r . DATE ~ 81/vMtf CHECKED . BY /// DATE v>f/91 , ' TITLE: Power Uprate Program
- Technical support Center "Po6b l
-Accident Radiological Habitability Study Revision 1 - Remarks Revision 1.of this calculation was undertaken to address the TSC
-habitability for the purpose of including recent revisions, as
-follows:
- Use of post-accident atmospheric dispersion factors for elevated releases as documented in Reference 2.
- Assuming a lowered stand-by gas treatment system (SGTS) charcoal filter efficiency of 90% for halogens.
- Crediting a pre-isolated TSC under spiked RCS concentration of 2 Ci/gm I-131 DE.
- Use of ICRP-30 (Ref. 12) dose conversion factors for the calculation of thyroid doses.
- Assuming an 8-second unfiltered releases through the reactor building exhaust system during a refueling accident.
- LResult of a brief release via. reactor building exfiltration following an RA.
- Assuming a filtered air intake rate in the isolated mode of
^
3000 scfm 10% uncertainty and unfiltered air intake rate of 1500 scfm to account for vent. Measurement Testing l uncertainty.
- The I-131' release fraction was increased from 10% to 12% per NUREG/CR-5009 and the'I-129 release fraction was decreased
'from 30% to 10% per Reg. Guide 1.25 during a Refueling Accident (RA). j
- Results of changing the total number of in-core fuel rods from 36472 to 33600 for a control Rod Drop Accident (CRDA)
]
and a Refueling Accident (CR) to ensure consistency with GE 8x8 fuel designs.
- Use Figure 14.6-12 of FSAR for mass discharge rates from an l MSLB.
NYPA CALC.#'JAF-CALC-RAD-00023 REV 1 PAGE NO.: W PROJECTS'JAF> .. NpKT PAGE NO.:. i4. I PREPARED.BY: ## k DATE _4f g f CHECKED BY: -X[ DATE 7/,yr/r9 TITLE: Power Uprate Program - Technical Support Center ' Post-Accident Radiological Habitability Study
- 2. StRRERY OF RESULTS l The TSC ie. located in the Administration Building. The pressure
-boundary.of 4.ts ventilation system extends from El. 272' to El. .300'-(see Figs.-2.1 - 2.3). The total floor area and volume ]
within the pressur O boundary are approximately.12,500 f t* and ): l'.5E+05 ft*, respectively. The TSC proper is on El. 286', the primary location being in the Lunch Assembly area. The area w'ithin the TSC pressure' boundary on El. 300' (approximately 2500 l f t') -is designated as the Alternate Operational Support Center. i
.The TSC HVAC system is designed to supply 3000 scfm filtered air, plus or minus 10% uncertainty, to maintain (1/8)" water gauge (WG) pressure within the TSC pressure boundary. A simplified flow
- diagram is shown in Fig. 2.4. Since the system is non-safety related, there are no redundant components, and single-failure ;
criteria are not applicable. ! When operation of the TSC is required, the Administration Building
-Office Area normal HVAC system operation is modified to serve only j the area within the.TSC pressure boundary. This is accomplished through Operating Procedure OP-59B (Ref. 33) by manually turning off exhaust fans 72FN-20 and 72FN-21 (which exhaust air from the ,
conference room and from the print area), and turning on booster fan 72FN-47 (for the charcoal filtration system). Concurrent with the startup of.72FN-47,.outside air damper 72 MOD-106 opens (to supply air to the charcoal filter train), isolation dampers 72 MOD-107,'108 and 109 for various office areas close, and exhaust air dampers 172AOD-146 and 72AOD-71 close. The subsections which follow address the radiation fields due to immersion ~in' airborne radioactivity and direct shine fror external sources.
(: j i NYPA -' CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: I al-PROJECT: JAF NEXT PAGE NO.: i _iq;
-PREPARED ~BY: 4M .DATE 4/M/M
?
- CHECKED BY: 8 DATE TITLE:' , Power Uprate Program. --Technical Support Center o t-Accident-Radiological Habitability Study 2 .1. Iammersion Esoosures..
Thefollowing design-basis accidents.were considered in the re- ] 8
. assessment 1of'the JAF TSC radiological, habitability- I 4
- (a) ~ Loss of coolant' accident (LOCA) (drywell leakage and ESF l component. leakage pathways),
f (b) Main Steam Line Break outside containment (MSLB), (c) , Control Rod Drop Accident (CRDA), and j 4 (d) Refueling Accident (RA). The. basic' data and assumptions in each of the above accident se'enarios are consistent with the current licensing basis and the models'in the regulatory \ guides-(Refs. 16 - 20, and 32) and the , i
~ Standard Review Plan (SRP, Ref. 21). Complete details for each I accident!are presented in Secs. 4 through 7. A summary of the
. principal assumptions for each.DBA appear in Table 2.2'.
For each accident, the.TSC.HVAC system was assumed to be operating-
,without HVAC system failures, since the TSC HVAC system is non-safety'related. Details of the ventilation / filtration flows as a
'funetion of time:are shown in Table 2.1.
The immersion exposures associated with each accident are presented in Tables 2.2'and 2.3. Since the receptor was assumed to beLexposed to a radioactive cloud having the same volume as the entire area within;the TSC pressure boundary, the whole body and
'bkin exposures in these tables conservatively apply to all locations within'the pressure boundary.
.'2.2 . Direct Shine Radiation Fields Post-accident external-sources of radiation affecting the habitability of.the JAF TSC include the following:
- (a) Airborne radioactivity accumulating on the refueling level of the reactor building (RB),
NYPA - CALC.# JAF-CALC-RAD-00023. REV 1 PAGE NO.: /S PROJECT: JAF ~ NEXT PAGE NO.: /g 4 DATE 9/st4ff CHECKED BY: 8 PREPARED BY: TITLE: N/ Power Uprate Program - DATE 7/M/ff Technical support Center 'Pont-Accident Radiological Habitability Study (b) Overhead radioactive clouds, and (c). Halogens accumulating on the TSC charcoal filters. The analyses carried out in the present calculation were limited to the worst-case accident scenarios, namely a LOCA for sources (a) and (b) above, and a MSLB for source (c). Results are presented in the subsections which follow. For the sake of completeness, radiation fields were determined for 15 receptors within the TSC pressure boundary, 11'on El. 286' and 4 on El. 300', as shown in Figs. 2.5 and 2.6. Note that some of the receptors are heavily shielded from radiation emanating from the RB refueling level, while others have no shielding. The effective concrete shield-slab thicknesses protecting the various receptors are as follows: Receptors 1 - 5 (Fig. 2.5) (El. 286' - General Offices) : 0" Receptors 6 - 8 (Fig. 2.5) (El. 286' - Gen. Of f. & part of Lunch area) : 6" Receptors 9 - 11 (Fig. 2.5) (El. 286' - Most of Lunch area & Elevator) : 36" Receptors 12 - 15 (Fig. 2.6) (El. 300' - Alternate TSC) : 30" 2.2.1 shine freet Post-LOCA Radioactivity Accumulating on the Refueling Level Direct-shine radiation doses and cumulative doses to receptors within the TSC pressure boundary due to gamma radiation emanating from Post-LOCA airborne radioactivity within the refueling level
.of the reactor building are shown in Tables 2.3 and 2.4. An overall summary of the results is as follows:
I l
NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.s J/ PROJECT: JAF NEXT PAGE NO.: Iy. PREPARED BY: M/r DATE 4/t4M9 CHECKED BY: 8 DATE GhpM TITLES ~ Power Uprate Program -
~ Technical Support Center '@ost-Accident Radiological Habitability Study Peak WB Dose 31-day WB Dose Recentor(s) Rate (mrad /hr) ** Cont. Occ. (rad) 1- 5 1900 - 4800 110 - 350 6- 9 240 -
610 7 - 22 10 - 11 <0.08 <0.001 12 - 14 <0.32 <0.0035 15 29 1.9
- At 8 hrs after the postuinted LOCA for Receptors 1-5 and 15, and at 2 hrs for Receptors 6-14.
It is clear that a limited area within the TSC pressure boundary Eis radiologically habitable under worst-case conditions, namely, only that area which is well _ shielded by the 30" concrete roof. Even receptors close to the edge of the 30" roof (such as Receptor
#9) can be exposed to significant radiation fields. Taking credit
.for partial occupancy does not alter the-above conclusions (e.g., receptor 6 would still exceed 5 rads). 2.2.2 Shine frostPost-LOCA Overhead Clouds Cloud-shine radiation doses and cumulative doses to receptors ,within the Tsc pressure boundary due to gamma radiation amanating from Post-LOCA radioactive clouds are shown in Tables 2.5 and 2.6. An overall' ausanary of the results is as follows: Peak WB Dose 31-day WB Dose Recentor(s) Rate (mrad /hr) ** Cont. Occ. (rad) 1- 5 45 - 75 0.17 - 0.29 6- 9 5 - 25 0.012 - 0.075 10 --11 0.12 - 0.83 <0.002 12 - 15 0.15 - 1.5 <0.005
- At t = 0 hrs after the postulated LOCA
NYPA - CALC.# JAF-CALC-RAD-00023 REV 1- .PAGE NO.: I7
' PROJECT: JAF. ' .. NEXT PAGE NO.: /e.
PREPARED'BY: : /f(r - DATE 9/2,#/lfI CHECKED BY . /[/ - DATE 7'////ff
~ TITLES. . Power. Uprate Program - Technical Support Center Post-Accident Radiologic'al Habitability Study l These radiation fields and doses are small and negligible in
. comparison to those due to shine from the refueling level.
l l 2.2'.3 shine from Tsc charcoal Filters j l Worst-case direct shine radiation fields from halogens accumulating on the TSC charcoal filter are shown in Tables 2.7 and 2.8. The worst-case design-basis accident for this source is a p . MiBLB, and the' receptor locations are as follows: (a) Worst-case. receptor on El. 286' of the Administration Building-(between Receptors #4 and #6 in Fig. 2.5), and (b) At the filter casing (El.-300'). The peak dose rates are 4.7'arad/hr at'the worst-case receptor on 1 El. 286', and 1.4 rad /hr in contact with the filter casing. The
-corresponding worst-case 31-day, dose within the TSC is 0.044 rad I for continuous occupancy, which is insignificant.
i . !- 2.3.. Conclusions
.As m' result'of. shine from airborne radioactivity accumulating of the refueling level of the reactor building, only a part of the
. TSC area on El. 286' (about 1100 f t 8 ) may remain habitable following a design. basis LOCA. To meet the NM requirement regarding the. minimum size of TSCs (1875 f t' for 25 persons with
'75 'f t'/ person) , it would be necessary to make use of part of the
- j. area on El. 300' within the TSC pressure boundary, namely, part of l what is currently designated as the Alternate TSC.
In! summary, a TSC area which meets the GDC-19 exposure guidelines and the NRC requirements for size, corresponds to the areas in Figs. 2.5 and 2.6 represented by Receptors 10 - 14. The area around Receptor #15 (on El. 300') is not suitable since the dose I. l
l 'NYPA' . CALC.# JAF-CALC-RAD-00023
^
REV 1 PAGE NO. tW ' PROJECT: JAF . NEXT PAGE NO.: i et . PREPARED BY:. At (<
' TITLE:
DATE 9/a4/99 CHECKED BY: 8 Power. Uprate Program - DATE g/,tf/ff Technical Support Center Podit-Accident Radiological Habitability Study rate frca post-LOCA RB shine could be as high as 30 mrad /hr*. The thyroid, whole body and skin doses resulting from the four design-basis accidents appear in Table 2.2. As is seen, the results for'the RA are below the'GDC-19 limits for the pre-isolated and unisolated modes. The LOCA'and CRDA doses are also below GDC-19. limits.
.por the MSLB accident, doses from operating at the TS limit for I-131 DE are within GDC-19 limits. However, for the case of iodine spiking to 2 Ci/gm I-131 DE, doses remain below the limits for a pre-isolated TSC only if the TSC is not occupied for the first hour. The earlier the TSC is occupied, the higher the dose, which reaches a maximum of over 50 rem thyroid for occupancy at t=0 (see Table 5.2).
Note: The current TSC radiation monitor alarm setpoint is 5 (mrad /hr) (Ref. 8).
NYPA - CALC.9 JAF-CALC-RAD-00023 REV 1 FAGE NO.: \9 PROJECT: JAF ' UEXT PAGE NO.: PREPARED BY: 4 & DATE 9/a4/# CHECKED BY: Af DATE . a TITLE: Power Uprate Program - . Technical Support Center [F6st-Accident Radiological ~ Habitability Study Table 2.1
.TSC Ventilation Systest operating Conditions and Flows As a Function of Post-Accident TiEhe-Description Value Without HVAC System Failures Pre-activation air intake rate (scfm) 25800"'
A'tivation c time (min) 60/12(*) Post-activation filtered air intake rate (scfm) 3000"' 10% Post-activation unfiltered air intake rate (scfm) 1500
'(a) Maximum flow that can be provided by the 72-AHU-4 unit (b) Manual activation in 60 minutes for a'LOCA and a CRDA,.and the worst-case time for an MSLB and an RA (namely, 12 min, f rom Sec . 5.1 (j ) ] .
(c) 90% charcoal filtration efficiency for all halogen species (d) Arbitrarily selected to accommodate the followings (1) Leakage through AOD-171, which could be as high as 800 scfm if the damper leakage is at the maximum value provided in Ref. 34-[i.e., 25 (scfm/f t*) ] (2) Potential ventilation booster fan shaft leakage, to cover the concerns of NRC Information Notice 93-06 (Ref.
- 38) and (3) 10 scfm inleakage due to ingress / egress (from Ref. 21, Sec.-6.4) 4
NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: 1 p_ PROJECT: JAF NJXT PAGE NO.: 2/ PREPARED BY: Adr- DATE 9/24//4f CHECKFD BY: /Gf DATE g/fr/99 TITLE: Power Uprate Program - Technical Support Center Pois ti-
' Accident Radiological Habitability Study Table 2.2 C
JAF TSC Personnel Radiation Doses D u e t o I n s a e r s t. o n i n A i r b o r n e R a d i o a c t i v i t y [3300 scfm filtered (3000+10% uncertainty)] Design-Basis Thyroid Wh. Body Skin Accident J rea) (ran) _ (resa) LOCA (Drywell Leak) 9.840E+00 1.345E-02 1.433E-01 LOCA (ESF Comp. Leak) 1.070E+00 2 . 953 E '14 2.543E-03 LOCA (Total) 1.091E+01 1.375E-02 1.458E-01 Main Steam Line Break i (0.2 pCi/gm I-131 DE)* 1.993E+01 2.104E-02 1.192E-01 (2 Ci/gm I-131 DE) ** 5.328E+01 6.332E-02 3.686E-01 (2 pCi/gm I-131 DE) *** 1.657E+01 2.419E-02 1.496E-01 Control Rod Drop 1.647E+01 6.995E-02 6.766E.01 Refueling Accident (pre-isolated) 8.290E+00 1.890E-02 2.652E-01 (12 min. isolated) 3.435E+01 3.101E-02 4.298E-01 (Not-isolated) 2.181E+01 2.006E-02 2.762E-01 GDC-19 limits 30 5 30 12 min. isolated (worse case) pre-isolated
*** pre-isolated, but not occupied until 1 hour after accident onset.
Note: Continuous occupancy in all cases. Thyroid doses based on the ICRP-30 dose conversion factors. I
NYPA - CALC.# JAF-CALC-R'U)-00023 REV 1 PAGE NO.: ll PROJECT: JAF. ' NJXT PAGE NO.: 1 2. PREPARED BY: x( DATE UN/qi CHECFED BY /G' DATE TITLE: Power Uprate Program - Technical Support 7/fr/5f Center 'Po'st-Accident Radiological Habitability Study Table 2.2 (Continued) JAF TSC Personnel Radiation Doses Due to Insterston in Airborne Radioactivity 72700 scfm filtered (3000-10% uncertainty)] Design-Basis Thyroid Wh. Body Skin Accident frem) (rem) (resa) LOCA (Drywell Leak) 1.083E+01 1.337E-02 1.430E-01 LOCA (ESF Comp. Leak) 1.180E+00 2.889E-04 2.530E-03 LOCA (Total) 1.201E+01 1.366E-02 1.455E-01 Main Steam Line Break (0.2 pCi/gm I-131 DE)* 2.206E+01 2.265E-02 1.284E-01 (2 Ci/gm I-131 DE) ** 5.875E+01 6.572E-02 3.827E-01 (2 pCi/gm I-131 DE) *** 2.066E+01 2.543E-02 1.577E-01 Control Rod Drop 1.804E+01 6.965E-02 6.762E-01 ! l Refueling Accident l (pre-isolated) 9.158E+00 1.884E-02 2.645E-01 (12 min. isolated) 3.655E+01 3.289E-02 4.563E-01 (Not-isolated) 2.181E+01 2.006E-02 2.762E-01 GDC-19 limits 30 - 5 30 I 11 min. isolated (worcm case) pre-isolated
***- pre-isolated, but not occupied until 1 hour after accident onset.
Note: Continuous occupancy in all cases. Thyroid doses based on the ICRP-30 dose conversion factors.
NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: 2.2. l PROJECT: JAF- ~ NJXT PAGE NO.: 2a I PREPARED BY: N/, - DATE 3 4t//49 CHECKED BY: Jt'f TITLE: -Power Uprate Program - DATE Technical Support Center
. g/w/f/
P6st-Accident Radiological Habitability Study Table 2.2 (Continued) BASES i LOCA (Drywell Leakage) (a) A LOCA takes place at full power (2535.8 MWt + 2% uncertainty).- (b) All the noble gases and 25% of the halogens remain airborne within the drywell at the time of the accident and are available for release. (c) Leakage from the drywell is at the rate of 1.5%'per day. ' (d) All the noble gases and halogens leaking from the drywell are exhausted to the atmosphers via the Standby Gas Treatment System (SGTS) and the main stack without holdup or mixing in the reactor building.- j
~
(e) The SGTS filter efficiency is 90% for the removal of all halogen species. LOCA (ESF Leakane) (a) 50% of the total halogen activity present in the core mixes uniformly with the coolant in the RER system (113,400 cu f t) . -(b) The ESF leakage rate.is 5 gym, and is constant from the start of the LOCA through the duration of'the accident. -(c) An additional 30-minute leakage of 50 gym (due to gross failure of a passive component) is conservatively assumed to
-begin'at the time of the accident.
(d) 10% of the halogens in the leaking fluids bacomes airborne and mixes uniformly with the reactor building atmosphere. (e) Release from the reactor building is through the SGTS and the main stack at the rate of 6000 scfm.
F
=NYPA -' CALC.#'JAF-CALC-RAD-00023 REV 1' PAGE NO. 23 PROJECT: JAF NEXT PAGE NO.: res PREPARED BY: pg k DATE -9/a,Mff CHECKED BY: /[ DATE ch p/f' TITLE: Power Uprate Program .- Technical Support Center @otti
,- Accident Radiological Habitability Study Table 2.2 (continued) Main Steam Line Break (a) A line break occurs in the main steam lines during full power operation. [ Note-that there is a potential for a higher
' liquid release of 0%' power, but this is bounded-by the value given in . (c) below.)
(b)' The MSIVs close in 10.5 seconds after the break.
-(c) The total discharge through the break prior to isolation is i equal to 20,000 lb of steam and 120,000 lb of liquid.
(d) The ensuing high fuel temperatures do not lead to any fuel damage. ! (e) The noble gas fission product concentrations in the steam correspond to the design values which would yield the , standard release rate to the~ atmosphere during normal ' operation (i.e., 100,000 pCi/sec folleving a 30-minute decay). One.hundred percent of all noble gases leaving the resactor vessel during the 10.5-see MSIV closure time (via all four steam lines) are released through the break. The l halogen source term in the discharged liquid was selected to represent the limit for the maximum permissible reactor coolant system (RCS) - activity under power uprate conditions, namely 0.2' Ci/gm I-131 Dose Equivalent. In addition, the halogen source ~ term was selected under the spiked RCS concentration of 2..pC1/gm I-131 DE when the TSC is pre-isolated. (f)-'100% of the radioactivity discharged into the turbine building becomes airborne and la released to the atmosphere at ground level over a period of 2 hours. The release rate
-was. selected to be equivalent to 3 air changes per hour.
(g) Activation of the TSC. ventilation system takes place at the post-accident time (less than 1 hr) which maximizes the TSC radiation exposures; this time was determined to be 12 minutes.
i NYPA CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: 2,4-PROJECT: JAF NEXT PAGE NO. 2A PREPARED BY: M(y DATE 81/ p/ A f C H E C K E D B Y : 8 DATE . qbr/Sy TITLE: Power Uprate Program - Technical S'upport Center #Pi5s'ti-Accident Radiological Habitability Study Table 2.2 (Continued) Control Rod Dron Accident (a) The reactor has been operating at full power for an extended period of time. It is shut down, taken critical, and brought back to the initial temperature and pressure conditions within 30 minutes of the departure from design power. i (b) A CRDA takes place leading to the failure of 850 fuel rods at a core location with a radial power peaking factor of 1.5. (c) All activity within the gaps of the failed fuel rods is released to the reactor coolant and is instantaneously and uniformly mixed with the coolant in the pressure vasnel at the time of the accident. The released activity corresponds to 10% of all halogens and 10% of all noble gases (mccept Kr
- 85) in each failed rod, and to 30% of the Kr 85 inventory.
(d) 10% of the iodines and 100% of the noble gases released in the pressure vessel reach the turbine and. condensers. (e) As a result of elimination of the MSIV-closure and reactor-shutdown functions of the main steam line radiation monitors, the pathway of post-CRDA atmospheric releases at JAF has changed. Under the new CRDA scenario, the MSIVs stay open and the release is to the offgas system. (f) As a result of plant shutdown following a CRDA, or as a result of offgas system automatic isolation (following a 15-minute delay, which is not considered in the analysis) due to high radiation fields at the offgas monitors, the released radioactivity is retained within the turbine, condensers and the offgas system. Release to the environs is due to leakage from the various contaminated systems into the turbine building. (g) .90% of the iodines plate out on system internal surfaces. (h) The leakage rate from contaminated systems into the tu.;4.no building amounts to 1% per day and lasts for 24 hours. The release to the atmosphere is at ground level and there is no holdup within the turbine building.
> n
'NYPA - CALC.# JAF-CALC-RAE ^7023
~
REV 1 PAGE NO.: 2.5I PROJECT: JAF tT PAGE NO.: 24 PREPARED BY: 4,(r- DATE ' 4/2.Mff CHECKED BY: Np/ X DATE .oh/6 TITLE: Power Uprate Program - Technical Support Center *P6st'- Accident Radiological Habitability Study Table 2'.2 (continued) Refuelina Accident (a) .The reactor has been operating at full power for an extended period of time. (b) The reactor is shutdown, refueling operations are initiated and an RA takes place at 24 hours after shutdown. (c) 'The accident involves the-dropping of a fuel assembly and the ensuing rupture of-125 fuel rods (a conservative estimate). (d) The failed fuel rods were at a core location with a radial power peaking factor of 1.5. (e) _All activity in the gaps of the failed fuel rods is released to the fuel pool water. The released activity is conservatively assumed to correspond to 10% of all halogens (except I 131) and 10%'of all noble gases (except Kr 85) in each failed rod; 30% of the Kr 85 (Reg. Guide 1.25) and 12% of the I-131 (NUREG/CR-5009). (f) The halogen composition ' (inorganic, organic and particulate species). and the pool halogen retention factors are such that 99% of all released halogens are assumed to be retained by the water in the fuel pool. The retention of noble gases by the pool water is negligible. (g). The exhaust duct is isolated prior to significant unfiltered release with the radioactive material being routed through the SGTS. An isolation delay time of 18 seconds occurs between the time that a Refueling Accident (RA) is detected by the radiation monitoring system and releases from the reactor building exhaust to the SGTS and the stack. The reactor building exhaust system ducting provides a 10-second delay. The difference between the system response time of 18 seconds and the 10-second delay implies that an unfiltered release of 8 seconds in duration could result. In addition, a potential air exfiltration release from the reactor building has been found to occur during the transition from -l the normal mode of operation to the isolation mode. l l (h) The_ Reactor Building air exchange rate was set at the 1 conservative value of 72 air changes per day after isolation. ! l (i) The halogen-removal filter efficiency of the SGTS is 90% for l all halogen species. J l 1
)
NYPA - CALC.# JAF-CALC-RAD-00023 .REV 1 PAGE NO.: 2/ PROJECT: JAF NEXT PAGE NO.: 2 -f PREPARED BY: M/,- DATE 4/M//d CHECKED BY: 8 DATE . /ar/yr TITLE: Power Uprate Progran - Technical Support Center Post-Accident Radiological Habitability Study Table 2.3 _ Direct-shine Dose Rates (rad /hr) to TSC Receptors freutpost-LOCA Airborne Radioactivity Accumulating in j the Refueling Level of the Reactor Building l 1 Time
.ihal. Rec. #1 Rec. #2 Rec. #3 Rec. #4 0.0 0.000E+00 0.000E+00 0.000E+00 0.000E+00 O.5 8.700E 1.893E+00 1.946E+00 9.615E-01 1.0 1.326FA00 2.905E+00 2.986E+00 1.471E+00 2.0 1.821E+00 4.033E+00 4.145E+00 2.033E+00 8.0 1.907E+00 4.613E+00 4.736E+00 2.233E+00 24.0 9.817E-01 2.793E+00 2.861E+00 1.265E+00 48.0 4.729E-01 1.489E+00 1.520E+00 6.583E-01 96.C 2.345E-01 8.127E-01 8.265E-01 3.536E-01 168.0 1.466E-01 5.181E-01_ 5.268E-01 2.242E-01 240.0 1.030E-01 3.579E-01 3.642E-01 1.550E-01 744.0 1.060E-02 3.262E-02 3.337E-02 1.428E-02 i
? Time _(hg). Rec. #5 Rec. #6 Rec. #7 Rec. G8 0.0 0.000E+00 0.000E+00 0.000E+00 0.000E+00 0.5 9.513E-01 2.991E-01 1.172E-01 1.450E-01 1.0 1.455E+00 4.518E-01 1.763E-01 2.188E-01 2.0 2.011E+00 6.132E-01 2.388E-01 2.967E-01 8.0 2.211E+00 5.624E-01 2.097E-01 2.686E-01 24.0 1.254E+00- 2.081E-01 6.717E-02 9.538E-02 l 48.0 6.514E-01 8.268E-02 2.436E-02 3.698E-0.2 ! 96.0 3.494E-01 _3.418E-02 9.457E-03 1.501E-02 l l
.168.0 '2.216E-01 1.993E-02 5.331E-03 8.660E-03 ;
-240.0 1.533E-01 1.425E-02 3.792E-03 6.181E-03 i 744.0 1.416E-02 1.694E-03 4.517E-04 7.359E-04 I
I i i i
NYPA - CALC.#'JAF-CALC-RAD-00023 REV 1 PAGE NO.: 27 PROJECT: JAF
~
N y PAGE NO.: 2_ W . PREPARED BY: MP DATE 4/v183 CHECKED BY: K[ DATE v1//97 TITLE: Power Uprate Program - Technical Support Center
- Posit-Accident Radiological Habitability Study Table 2.3 (Continued)
Direct-Shine Dose Rates (rad /hr) to TSC Rece;. tors from post-LOCA Airborne Radioactivity Accumulating in the Refueling Level of the Reactor Building Time
,{hg1 Rec. G9 Rec. # 1,Q Rec. # 11 Rec. 912 0.0 0.000E+00 0.000E+00 0.000E+00 0.000E+00 n.5 1.767E-01 3.931E-05 2.960E-06 1.582E-04 1.0 2.670E-01 5.753E-05 4.273E-06 2.310E-04 2.0 3.625E-01 7.589E-05 5.435E-06 3.032E-04 8.0 3.346E-01 4.994E-05 3.063E-06 1.927E-04 24.0 1.261E-01 5.666E-06 2.296E-07 1.927E-05 48.0 5.058E-02 6.692E-07 1.641E-08 1.903E-06 96.0 2.103E-02 8.565E-08 7.908E-10 1.775E-07 168.0 1.229E-02 2.367E-08 9.925E-11 3.674E-08 240.0 8.787E-03 1.420E-08 3.660E-11 1.946E-08 744.0 1.045E-03 1.656E-09 3.799E-12 2.214E-09 i Time
,(h31 Rec. #13 Rec. 914 Rec. #15 0.0 0.000E+00 0.000E+00 0.000E+00 0.5 1.634E-04 3.691E-05 1.297E-02 1.0 2.386E-04 5.369E-05 1.981E-02 2.0 3.132E-04 6.971E-05 2.730E-02 8.0 1.993E-04 4.228E-05 2.933E-02 24.0 2.000E-05 3.747E-06 1.593E-02 48.0 1.982E-06 3.231E-07 7.995E-03 96.0 1.858E-07 2.356E-08 4.145E-03 168.0 3.859E-08 4.004E-09 2.616E-03 240.0 2.047E-08 1.889E-09 1.823E-03 744.0 2.330E-09 2.096E-10 1.768E-04 -
i NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: 2.Y PROJECT: JAF p PAGE NO. sA PREPARED BY: M(, - DATE 4/2,V/fi CEECKED BY: X[ DATE TITLE: Power Uprate Program - 7/a/Sf Technical Support Center /P6dti-Accident Radiological Habitability Study 1 Table 2.4 Direct-Shine Doses (rad) to TSC Receptors fresa. post-LOCA Airborne Radioactivity Accumulating in the Refueling Level of the Reactor Building l Time' M Rec. #1 Rec. #2 Rec. #3 Rec. #4 0.0 0.000E+00 0.000E+00 0.000E+00 0.000E+00 O.5 2.175E-01 4.732E-01 4.865E-01 2.404E-01 1.0 7.586E-01 1.655E+00 1.701E+00 8.395E-01 1 2.0 2.319E+00 5.093E+00 5.235E+00 2.576E+00 8.0 l'.350E+01 3.099E+01 3.184E+01 1.536E+01 24.0 3.580E+01 8.903E+01 9.136E+01 4.261E+01 48.0 5.252E+01t 1.388E+02 1.423E+02 6.491E+01 96.0 6.883E+01 1.924E+02 1.969E+02 8.844E+01 168.0 8.231E+01 2.395E+02 2.448E+02 1.089E+02 l 240.0 9.120E+01 2.707E+02 2.765E+02 1.224E+02 744.0 1.117E+02 3.392E+02 3.463E+02 1.521E+02 Time Mut). Rec. G5 Rec. G6 Rec. #7 Rec. G8 0.0 0.000E+00 0.000E+00 0.000E+00 0.000E+00 0.5 2.378E-01 7.478E-02 2.930E-02 3.624E-02 1.0 8.305E-01 2.599E-01 1.017E-01 1.259E-01 2.0 2.549E+00 7.883E-01 3.077E-01 3.817E-01 8.0 1.521E+01 4.313E+00 1.651E+00 2.076E+00 24.0 4.220E+01 1.002E+01 3.654E+00 4.753E+00 48.0 6.428E+01 1.32EE+01 4.668E+00 6.232E+00 96.0 8.755E+01 1.591E+01 5.424E+00 7.402E+00 168.0 1.078E+02 1.781E+01 5.942E+00 8.233E+00 240.0 1.211E+02 1.903E+01 6.267E+00 8.762E+00
.744.0 1.505E+02 2.200E+01 7.058E+00 1.005E+01
1 l NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: 2.9 l l- PROJECT: JAF NEXT PAGE NO. so PREPARED BY: et [y- DATE 9/pl[ih CHECKED BY: /// DATE g/sb l TITLE: Power Uprate Program - Technical Support Center Todt-Accident Radiological Habitability Study l TWble 2.4 (Continued) ! 1
. Direct-Shine Doses (rad) to TSC Receptors l from post-LOCA Airborne Radioactivity Accumulating in the Refueling Level of the Reactor Building Time-Jhgl Rec . - 59 Rec. # 10 Rec. # 11 Rec. 812 ,
0.0 0.000E+00 0.000E+00 0-300E+00 0.000E+00 O.5 4.416E-02 9.828E-06 5.400E-07 3.955E-05 1.0 1.535E-01 3.375E-05 '2.528E-06 1.357E-04 2.0 4.659E-01 1.000E-04 7.358E-06 4.011E-04 8.0 2.556E+00 4.721E-04 3.218E-05 1.864E-03 24.0 5.974E+00 7.976E-04 4.968E-05 3.069E-03 48.0 7.958E+00 8.537E-04 f.162E-05 3.249E-03 96.0 9.574E+00 8.674E-04 5.186E-05 3.284E-03 168.0 1.075E+01 i.708E-04 5.189E-05 3.290E-03 240.0 1.150E+01 8.722E-04 5.189E-05 3.292E-03 744.0 1.333E+01 8.751E-04 5.190E-05 3.296E-03 Time Ihrl Rec. #13 Rec. #14 Rec. #15 0.0 0.000E+00 0.000E+00 0.000E+00 0.5 4.084E-05 9.228E-06 3.244E-03 1.0 1.401E-04 3.162E-05 1.132E-02 2.0 4.143E-04 9.297E-05 3.467E-02 8,0 1.926E-03 4.221E-04 2.045E-01 24.0 3.174E-03 6.765E-04 5.557E-01 48.0 3.361E-03 7.101E-04 8.319E-01 96.0 3.398E-03 7.155E-04 1.113E+00 168.0 3.405E-03 7.163E-04 1.352E+00 240.0 3.407E-03 7.165E-04 1.511E+00 744.0 3.411E-03 7.169E-04 1.866E+00
l
- NPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO. %
PROJECT: JAF~ NEXT PAGE NO. st PREPARED BY: M/, - DATE 4/2sM49 CHECKED BY: /// DATE thi/M ' TITLE: Power Uprate Program - Technical S6pport Center 'toiti '
' Accident Radiological Habitability Study !
Table 2.5 Direct-shine Dose Rates -(rad /hr) to TSC Receptors fresa post-LOCA Released Radioactive Clouds Tinne
.[hrl. 'mee. e1 mee. e2 mee. e3 mee. e4 0.0 4.484E-02 7.536E-02 6.112E-02 6.174E-02 0.5 1.747E-02 .2.938E-02 2.381E-02 2.406E-02 l 1.0' 1.347E-02 2.267E-02 1.833E-02 1.852E-02 l 2.0- '1.068E-02 1.803E-02 1.450E-02 1.465E-02 8.0 5.850E-03 9.993E-03 7.844E-03 7.899E-03 24.0 1.851E-03 3.193E-03 2.456E-03 2.474E-02 48.0 2.645E-04 4.612E-04 3.457E-04 3.516E-04 96.0 8.307E 1.474E-04 1.054E-04 1.095E-04 168'.0 2.169E-05 3.853E-05 2.746E-05 2.857E-05 240.0 1.396E-05 2.481E-05 1.768E-05 1. 8'J 9 E - 05 744.0-- 7.090E-07 1.253E-06 8.986E-07 9.321E-07 Time .Ihr1 mee. es mee. e6 mee. e7 . e. e8 0.0 4.'911E-02 2.427E-02 7.213E-03 5.172E-03 0.5 1.912E-02 9.439E-03 2.800E-03 2.00)E-03 1.0 1.469E-02 7.178E-03 2.106E-03 1.509E-03 2.0 1.157E-02 5.516E-03 1.573E-03 1.121E-03 ;
8.0 6.084E-03 2.513E-03 5.870E-04 3.991E-04 24.0 1.867E-03 6.839E-04 1.257E-04 8.056E-05
.48.0 2.591E-04 8.638E-05 1.212E-05 7.707E-06 96.0 7.710E-05 2.123E-05 8.320E-07 5.360E-07 168.0 2.005E-OS 5.436E-06 1.627E-07 1.059E-07 240.0 1.291E-05 3.501E-06 1.054E-07 6.870E-08 744.0 6.584E-07 1.833E-07 8.810E-09 5.700E-09
[ NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.2 3l L PROJECT: JAF N p PAGE NO.t 32 PREPARED BY: A d. DATE oh.i/M CHECKED BY: JE2f DATE 7/M_.7 TITLE: Power Uprate Program - Technical Support Center 'Pept' - Accident Radiological'Babitability Study Table 2.5 - (Continued) Direct-shine Dose Rates (rad /hr) to TSC Receptors fresa post-LOCA Released Radioactive Clouds Time Jhgl Rec. G 9- Ree. 410 Rec . - Gil Rec. 812 0.0 6.725E-03 8.340E-04 1.240E-04 1.487E-04 0.5 2.614E-03 3.230E-04 '4.640E-05
]
5.570E-05 ) 1.0 1.960E-03 2.419E-04 3.480E-05 4.160E-05 2.0 1.453E-03 1.779E-04' 2.513E-05 2.980E-05 8.0 5.054E-04 5.769E-05 6.770E-06 7.240E-06 24.0 9.835E-05 1.017E-05 8.500E-07 6.400E-07 48.0 9.104E-06 9.300E-07 8.200E-08 6.200E-08 96.0 4.380E-07 4'000E-08
. 9.000E-09 1.000E-08 168.0 7.140E-09 6.000E-09 2.000E-09 2.000b-09 '240.0 4.670E-08 3.900E-09 1.300E-09 1.600E-09 744.0 5.250E-09 4.800E-10 8.001E-11 8.001E-11 Time Jhgl Rec. 813 Rac. #14 Rec. 415 0.0 '4.320E-04 1.471E-03 1.105E-03 0.5 1.665E-04 '5.714E-04 4.295E-04 1.0 1.239E-04 4.366E-04 3.214E-04 2.0 8.860E-05 3.377E-04 2.348E-04 8.0 2.108E-05 1.608E-04 7.132E-05 24.0 1.620E-06 4.650E-05 1.191E-05 48.0 1.310E-07 6.576E-06 1.525E-06 96.0 1.000E-08 2.041E-06 4.450E-07 168.0 2.000E-09 5.329E-07 1.159E-07 240.0 1.300E-09 3.432E-07 7.470E-08 744.0- 1.000E-10 1.724E-08 3.890E-09
i NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.s 32-PROJECT: JAF NJET PAGE NO.: sa PREPARED BY: #fe TITLE: DATE -4/Whi Power Uprate Program - CHECKED BY: /c'/ Technical Support DATE 7hp/ff Center / Post'- ' I Accident Radiological Habitability Study Table 2.6 Direct-Shine Doses (rad)1t o TSC Receptors from post-LOCA Released Radioactive Clouds Time _ _(hr). Rec. #1 Rec. ~# 2 Ree. #3 Rec. #4 l 0.0 0'.000E+00 0.000E+00 0.000E+00 0.000E+00 0.5 1.452E-02 2.441E-02 1.979E-02 1.999E-02 1.0 2.221E-02 3.735E-02 3.026E-02 3.058E-02 l 2.0 3.423E-02 5.761E-02 4.660E-02 4.709E-02 ) 8.0 8.239E-02 1.393E-01 1.116E-01 1.127E-01 24.0 1.380E-01 2.347E-01 1.859E-01 1.875E-01 48.0 1.576E-01 2.687E-01 2.118E-01 2.136E-01 96.0 1.651E 2.819E-01 2.215E-01 2.236E-01 168.0 1.684E-01 2.878E-01 2.257E-01 2.280E-01 l 240.0 1.697E-01 2.900E-01 2.273E-01 2.296E-01 l 1744.0 .1.719E-01 2.940E-01 2.301E-01 2.326E-01 I Time _(hg). Rec. #5 Rec. #6 Rec- #7 Rec. G8 0.0 0.000E+00 0.000E+00 0.000E+00 0.000E+00 0.5 1.590E-02 7.852E-03 2.332E-03 1.d73E-03 1.0 2.430E-02 1.198E-02 3.550E-03 2.546E-03 1 2.0 3.737E-02 1.829E-02 5.377E-03 3.852E-03 8.0_ 8.858E-02 4.125E-02 1.143E-02 8.089E-03 24.0 1.457E 6.378E 02 1.628E-02 1.132E-02 48.0 1.653E-01 7.076E-02 1.748E-02 1.209E-02 96.0 1.725E-01 7.303E-02 1.773E-02 1.22SE-02 168'.0 1.756E-01 7.387E-02 1.776E-02 1.227E-02 240.0 1.768E-01 '.418E-02 1.777E-02 1.227E-02 744.0 '1.788E-01 /.4754-02 1.779E-02 1.228E-02
t-NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: 33 PROJECT: JAF ' NEJT PAGE NO. : 34 PREPARED BY: Ad (p' DATE A/2t//94 CHECKED BY: #f DATE 9hr/97 TITLE: Power Uprate- Program - Technical Sdpport Center "PoWt'- Accident Radiological Habitability Study Table 2.6 -(Continued) Direct-Shine Doses (rad) to TSC Receptors frostpost-LOCA Released Radioactive Clouds Time Jhgl Rec. G9 Rec. 610 Rec. Gil Rec. 412 0.0 0.000E+00 0.000E+00 0.000E+00 0.000E+00 0.5 2.175E-03 2.693E-04 3.950E-05 4.730E-05 1.0 3.311E-03 4.096E-04 5.970E-05 7.160E-05 2.0 5.006E-03 6.180E-04 8.940E-05 1.070E-04 8.0 1.047E-02 1.278E-03 1.779E-04 2.090E-04 24.0 1.453E-02 1.733E-03 2.270E-04 2.590E-04 48.0 1.547E-02 1.829E-03 2.350E-04 2'.650E-04 96.0 1.565E-02 1.849E-03 2.380E-04 2.670E-04 168.0 1.567E-02 1.851E-03 2.380E-04 2.670E-04 240.0- 1.567E-02 1.850E-03 2.380E-04 2.670E-04 744.0 1.568E-02 1.852E-03 2.380E-04 2.680E-04 Time Jhrl Rec. 413 Rec. 414 Rec. 915 0.0 0.000E+00 0.000E+00 0.000E+00 0.5 1.392E-04 4.757E-04 3.575E-04 1.0 2.114E-04 7.261E-04 5.440E-04 2.0 3.167E-04 1.111E-03 8.201E-04
-8.0 6.170E-04 2.549E-03 1.674E-02 24.0 7.590E-04 4.030E-03 2.230E-03 48.0 7.740E-04 4.527E-03 2.354E-03 96.0 7.760E-04 4.717E-03 2.397E 168.0 7.770E-04 4.798E-03 2.414E-03 240.0 7.780E-04 4.829E-03 2.421E-03 744.0 7.780E-04 4.884E-03 2.433E-03'
t NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: 3 'f-PROJECT: JAF NJDCT PAGE NO. : MS PREPARED BY: p2/r - DATE_ M 4di CHECKED BY: /5 DATE /prArr TITLE: Power Uprate Program . Technical support Center f'Po6 c'- l Accident Radiological Habitability Study l Table 2.7 Worst-Case (MSLB) Direct Shine Dose Rates from Gamma Radiation Emanating frca the TSC Charcoal Filter Worst-Case TSC Receptor
- on E1. 286' i
Time WB Dome Rate Cum. Dose
.(hrs) (rad /hr) (rad) l 0.0 0.000E+00 0.000E+00 )
{ 1.0 4.675E-03 2.337E-03 1.5 4.156E-03 4.543E-03 2.0 3.568E-03 6.470E-03 5.0 1.828E-03 1.428E-02 8.0 1.220E-03 1.879E-02 12.0 8.151E-04 2.280E-02 18.0 5.054E-04 2.66.9E-02 24.0 3.416E-04 2.920E-02 36.0 1.846E-04 3.226E-02 60.0 8.138E-05 3.529E-02 96.0 3.771E-05 3.733E-02 372.0 7.935E-06 4.260E-02 744.0 2.085E-06 4.423E-02 (a) Between Receptors #4 and #6 in Fig. 2.5 Note: Charcoal Filtration System is on E1. 300'
r l NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: 3I l PROJECT: JAF p t PAGE NO.: 3g r2G DATE 81/pl[%9 CHECKED BY: Nf PREPARED BY: DATE offp/f9 i TITLE: Power Uprate Program - Technical support CenterYPdst' Accident Radiological Habitability Study l Table 2.8 l Worst-Case (MSLB) Direct Shine Dose Rates from l Gesuna Radiation Ennanating front the Charcoal Filters Receptor in Contact with TSC Charcoal Filter Casing Tinne WB Dose Rate Cum. Dose
- thrs) (rad /hr) (rad) 0.0 0.000E+00 0.000E+00 1.0 1.428E+00 7.139E-01 1.5 1.268E+00 1.387E+00 2.0 1.088E+00 1.975E+00 5.0 5.539E-01 4.349E+00 8.0 3.703E-01 5.716E+00 12.0 2.503E-01 6.9421>00 18.0 1.598E-01 8.152E+00 24.0 1.116E-01 8.95'8E+00 36.0 6.408E-02 9.9863+00 60.0 3.054E-02 1.107E+01 l 96.0 1.527E-02 1.187E+01
.372.0 3.559E-03 1.408E+01 744.0 9.353E-04 1.482E+01 l
? I I . I
I l NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: 3[ PROJECT: JAF NEXT PAGE NO.: 37 l PREPARED BY: M(,. DATE 9 /sV/4i CHECKED BY: 8 DATE /sp , ! TITLE: Power Uprate Program - Technical fiupport Center 7'Po'st' 7 Accident Radiological Habitability Study Fig. 2.1 - TSC Ventilati'on System Pressure Boundary (from JAF Drawing 11825-SK-92980 - Sheet 1 of 3) PRESSURE SOUNDARY 0\ , 0 h w vssTIBut.E Rb o~t
, L. ~
notes s u .n opse I PBX ornce (15, , 4 _ llllldllI Q IfiTIIIIIII g_-.___ "
$ToRg5 S H.o PL ,
-Q I
J ! [ a
. g !
RE ACTO r% BLD6.
TtRbtNt Btos.
+
FIRST FLOOR PLAN - E L 27 2'- 0"
NYPA - CALC.#'JAF-CALC-RAD-00023 REV 1 PAG.E NO.: 37 PROJECT: JAF NJXT PAGE NO.: w PREPARED BY: AT& DATE 9/t.4//19 CHECKED BY: /& DATE cp/jp/ff TITLE: Power Uprate Program - Technical Support Center '/P6st-Accident Radiological Habitability Study Fig. 2.2 - TSC Ventilation System Pressure Boundary (from JAF Drawing 11825-SK-92980 - Sheet 2 of 3) M -- Y .h $ @N r l 3 arrier i 2 , 3 4 s .
. . I i
1- - - - - -
@ l w^ de,g r etuec.u. orricts ' '
( i cowr. CIF ett Tt1R S14 E Bt.0 G. a r- w.ew ovct A-L SNt] y Y L Q or u.:
--~
omce { !
+ d .
O
. \ovevo m m6 N PAESSURE- ^
~eo e ---
BOUNDARY 3 We ,'i erriSt 5 --l3l '
\ / *, r-oto m c. l l REACTOR BL DG. 'd i PArt Tions) ,
g-
.v__ w
[
,. .i -
este.y 9 <
'I -.i i
- u. rp EPIC ~~
b SQ i 26 1 N t P."' N
'a mest l F-cAk t TutL5-af $TotAM l l
n A f C ' C C. 4 l SECOND FLOOR PLAN j EL 2 86'- 0"
i NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: 39( l PROJECT: JAF XT PAGE NO.: 59 PREPARED BY: 4 DATE 9/z#/49 CHECKED BY: DATE 7/pr/f7 TITLE: Power Uprate Program - Technical Support Center / Post-Accident Radiological Habitability Study Fig. 2.3 - TSC Ventilation System Pressure Boundary (from JAP Drawing 11825-SK-92980 - Sheet 3 of 3) kh k) kh (i?) c=C) N _.i . - - -
.h
^ ^
r l ADH w. BLOG A00F I b ' EO!E - g c= ; w , ,
) . . . . . .. . . _ . __
w-
.a e
i 8
'~
AIR CONDLTIONtWG E Q IP. 1 . T j i
=
c.... CO NT R 01. ROOM ; l o' A E F RIG. t Q UI P. . I o f yr !; _
- i
- :- w S l
- : z* ;
e Op rtC E i. . 8 i R E ACTOR Bt.DG. , ._' t _ u $ co~n,mc p . ,. t' TAJ]l . g : a
. .v i ssnunt>rr L_
Ei3
' $Mor Co*A =j PRESSURE i BOUNDARY m -
E$ /"%
- e. -
x 1 x m aurs,n. ROOM [5 A
. L ni f . g 4 5 THIRD FLOOR PLAN E L 300'-0"
I NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: .39 PROJECT: JAF NEXT PAGE NO.: 440 PREPARED BY: M(r- DATE 9/M/[19 CHECKED BY: /f/ DATE 9/,apd TITLE: Power - Uprate Program - Technical Support Center ' Post' f Accident Radiological Habitability Study Fig. 2.4 - TSC Ventilation System Flow Disgram Following TSC Activation (from Ref. 33) l l l l
, E4 e
$~ g 7
E'F
- : ?
E
+dh-.t i a
6- --
~$ 7 T
hh h ; Ey 0 4 " i i i i et _ f f ? s ?? b h , k 4 j-- --
-.'s
11 7 t ,i i C [e $ $ l
. 1 I ege a T- s e..e g.d t 0
{,E i; f t._ 5 Ev:rv2 z -
.r-e ') g g;i!
8 a
?
b )l a 1 e 1' s' I+ - - llllll Illlh t i! $ a' i i 4 y h . g r _ 4'- l ,1 ' ai i 5 ? I ru w V B oI' ( - -
-d K z g.-ojal gI t e e k h'
&i
; ggs il d a.
e yI ! l s @mks$ est F
=~ e I z= i pT
= n U ' ,.
u. 1 w-e, E-Jg. i,lk,J, l w i U If h i E __i - - o i
I NYPA - CALC.#..JAF-CALC-RAD-00023 REV 1 PAGE NO.: MO PROJECT: JAF NEXT PAGE NO.: 4// PREPARED..BY: # DATE f/WNi CHECKED BY: // DATE vipMf TITLE: Power. Uprate Prog.am - Technical Support Center "Po'it-Accident Radiological Habitability Study Fig. 2.5 -- Receptor Locations for Direct Shine Radiation Fields from External Sources - TSC El. 286' j l l s .N< f ol . i o2 3o o4 ~50 y l o6 P- . e : I o7 Bo ,,
~
09 ." g C O U t .
; o R
m
= 10 W
c
.M U
o 11
- .,4
.c
,, S
~
C e4 9
.g U2 r-4 4
9 o E4 9
MR > - g c. 44' y a' a =- H e.> h zO... gs _ w MN as zO... tf 1T e 5. hw0 m>ha M 9l .e .5" B =$ HH - .
.g, #Na- 4 ,s . 8${Eg m@o0" Ogeg ' d- <
ga.$" Fsw~ =g * " YE" " ek _ qph . Ma4"0 eS::o H'0 n2a =o7. Ng,r$ry 4g=
- 8
; ngU .ogoe"' 2a=r goo -
+Z -
/
0 j e e _ n c n o c e ~m o " 0 3
=
s - s e em n k c i - h t d l e i h s l a-t- o T-no ea dg aOO1 ; 9
k NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: 9 2. - PROJECT: JAF7~ NEXT PAGE NO.: vs PREPARED BY: A /r - DATE q /JN/44 CHECKED BY: 8 DATE 9/jp/y TITLE: -Power Uprate Program - ' Technical Support Center 'tojrt f 1 Accident Radiological Habitability Study
- 3. METRODS OF AM& LYSIS
- Post-accident radiation _ fields and exposures in the JAF TSC were computed using the following l
(a) The methodology and assumptions'in the regulatory guides (Refs. 16 through 20, and 32) and the pertinent sections l~ of the Standard Review Plan (Ref. 21), (b)- Appropriate source terms, release pathways, decontamination factors and other assumptions, as described-in the sections which follow, j (c) Post-accident atmospheric dispersion factors based on 8-l years' worth of hourly meteorological data collected on l site by Niagara Mohawk, from JAF-CALC-RAD-00007, Rev. 2 i (Ref. 2), and L ! (d) The following CRE Computer Codes: - DORITA-2 (Ref. 13) Computation of radiation exposures, and definition of gn=mm spectra j associated with post-LOCA airborne radioactivity within the reactor building, and with the halogens accumulating on the TSC charcoal filtration system. QAD-CGGP (Ref. 39) Determination of the relative gn=== fluxes at the locations of interest
- (in terms of MeV/sec-cm* per MeV/sec l emitted by a source, as a function of gamma energy), for gn=mm radiation amanating from the reactor building and overhead. clouds.
MATILM. (Ref. 40) Computation of dose rates (and cumulative doses) at the receptors of interest as a function of post-p u i --
m i NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: M.5 l PROJECT: JAF'~ NEXT PAGE NO.: 44k- l PREPARED BY: M /r -- DATE 9/gV/11 CHECKED BY: 8 DATE g/w/// TITLE: Power Uprate Program - Technical Support Center Post- , Accident Radiological Habitability Study accident time, using the gamma spectra generated by DORITA-2 and the relative gamma fluxes produced by QAD-CGGP. Sections 4 though 7 which follow present details of the assumptions, data and results associated with each of the design-basis accidents analyzed. ! l l For the MSLB and refueling accidents, the release of radioactivity to the atmosphere and into the TSC is very fast (relative to the l time allotted for. manual activation of the TSC HVAC system), and l therefore contamination of the air entering the TSC will drop l significantly in a very short time. Thus, TSC personnel exposures would tend to increase if the air-exchange rate of the TSC is reduced after the radioactivity has already entered the TSC (thue trapping the radioactivity within the TSC). In view of this ! possibility,.and in similarity with the analysis for the control room, iterative analyses were carried out using various TSC HVAC activation times to determine the worst-case radiation exposures for an MSLB and a refueling accident. The documentation in this calculation includes the results for three different TSC HVAC l activation times in the MSLB analyses which were used to define l the worst-case scenario. The worst-case TSC HVAC activation time ! for an MSLB was then used in the analysis of a refueling accident.
' Note that whole body and skin doses due to immersion in airborne j radioactivity within the TSC pressure boundary were calculated using the assumption of an immersion volume equal to the entire free air volume within the TSC pressure boundary (including all 3 elevations of the Administration Building) . As a result, the calculated doses may be conservatively applied to any receptor within the TSC pressure boundary. The thyroid doses (due to L
\
I NYPA - CALC.#'JAF-CALC-RAD-00023 REV 1 PAGE NO.: ##- l PROJECT:'JAF '~. NJIT PAGE NO.: 4 PREPARED BY: /6 DATE Jhpdf CHECKED BY: #/ DATE ehr/// ' TITLES.' Power Uprate Program - Technical -Support Center Post- ) Accident Radiological Babitability Study inhalation)lwould also be the same since uniform mixing was assumed._ Doses from external sources,.however, are different.at different elevations of the Administration building.
.As a final remark, note that the TSC radiation exposures were computed under the assumption of continuous occupancy for the duration'of the-accident.. The regulatory models governing the habitability of control rooms require 100% occupancy during only the first 24 hours of a postulated accidents for days 2, 3 and 4 1 the occupancy factor is reduced to 60%, and for periods beyond 4 days 40% occupancy is allowed. . However, to simplify this analysis
, credit.for partial occupancy was not taken. In addition, the TSC was' assumed to be occupied throughout the entire duration of an accident.(i.e., from t = 0 hr, before the time of TSC
. activation) with the single exception of a MSLB accident with iodine _ spiking to 2 pci/g. In this case, a preisolated TSC is not habitable innaediately af ter 'M dent onset, but beccmes habitab?'
af ter' about 30-45 minutes -(1 hr is assumed in this case) . Note that-NUREG-0654 requires activation of Emergency Response Facilities within 1 hour of the declaration of a significant event. Taking- credit for partid occupancy would not significantly affect the results given in.Section 2. Essentially all of the doses for the MSLBA/ CRDA and RA are received within the first 24 hours; thus'there would be a negligible decrease in doses for these scenarios. The post-LOCA thyroid dose would decrease by about 30% from 12: rem. -There would also be a reduction in direct shine doses, but this would not significantly improve habitability (see Section 2.2.1).
, .q ;
L- ,
E- I
; .p
.i NYPA'- CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: 4/f PROJECT: JAF ~ ~ NJXT PAGE NO. vg PREPARED BY: M/,-
' TITLE:
DATE 9/1#b4 CHECKED BY: /(o' Power -Uprate Program . DATE Technical. Support Center g/fr/9f Po's h-l Accident Radiological Habitability Study 4 .- RADIATIQat IIPOSURES FROM A LOSS OF COOLhMT ACCIDENT Release pathways and contributing radiation sources which are typically addressed-in the analysis of a LOCA are the followings (a) Drywell leakage,- (b) . ESF Consponent leakage, l (c) Direct ganssa radiation from airborne radioactivity
. accumulating on.the refueling floor of the reactor building, (d) . External' cloud exposure, (e) Halogen activity accumulating on intake / exhaust filters,
, and i j (f) MSIV leakage. f L j For the JAP TSC, release pathways (a) and (b) are of primary concern and are addressed in the subsections which follow. Pathways: (c) , - (d) and (e) are addressed in'Sec. 8, and pathway (f) is not applicable, as discussed below. With respect.to MSIV leakage, JAF is equipped with a Main Steam l Leakage Collection System (MSLCS) whose safety objective is to collect and process leakage past the MSIVs following a LOCA. The affluent.of the MSLCS is processed by the Standby Gas Treatment System (SGTS) ' and is exhausted through the. stack. I The.drywell-leakage pathway is assumed to include MSIV leakage,
.and' separate assessment of MSIV leakage is'not needed (see Ref. 49 l
for calculating of the drywell leak rate).
E ) I NYPA - CALC.# JAF-CALC-RAD-00023 'REV 1 PAGE NO.: 4/ [
. PROJECT: JAF ~' . .
NEXT PAGE NO.: /,/ y I PREPARED BY: //(f DATE .4h4Fhf CHECKED BY: // DATE ehy/ff TITLE: ; Power Uprate Program - Technical Support Center 'Pont-Accident Radiological Babitability Study 4.1' Drywell Leakage 4.1.1 Basic Data and Assumptions The'following data and' assumptions were used in the computation of
-the;TSC radiation exposures as.a result of post-LOCA drywell leakage
,I
.(a)
A LOCA takes place at full' power (2535.8 MWt + 2%
-uncertainty, i.e. , 2586.5 MWt) (Ref. 41 and Reg. Guide 1.49
~
- . (Ref.'19)].
i < (b) The core inventory for the radionuclides of interest is shown l-in Table 4.1 (based on information from Ref. 14). (c) 100% of the noble gases and 25% of the halogens present in the core remain airborne within the drywell where they are available as an aerosol for leakage to the secondary containment (Reg. Guide 1.3 (Ref. 16)]. (d) The halogen composition airborne within the drywell is as follows: 91%. elemental, 4% organic and 5% particulate [ Reg. Guide 1.3 (Ref. 16)].- (e). Leakage from the drywell is at the rate of 1.5% per day
-(UFSAR Secs.'14.8.1.5 and 14.8-22). This rate accounts for both-drywell-containment leakage and MSIV leakage (Ref. 49).
l This rate is assumed to be constant for the accident l j; duration. The design-leak rate is 0.5% per day of containment volume (Technical Specifications Sec. 4.7.A.2.8, and.UFSAR Secs. 11.5.3.10 and 14.6.1.3.5). Use of the 1.5% p per. day value is conservative.
.(f)
All:the noble gases and halogens leaking from the drywell are avhausted to the' atmosphere via the Standby Gas Treatment System (SGTS) and the~ main stack without mixing in the reactor building (Ref. 25). (g) The SGTS charcoal filter efficiency for the removal of halogens is 90% for-~all halogen species (verified per plant procedures).
NYPA - CALC.# JAF-CALC-RAD-00023 REV PAGE NO.: f7
/
PROJECT: JAF~ PAGE NO. p'(, PREPARED BY: M DATE __9/v//ff CHECKED BY: DATE ofw/ff TITLE:
~
Power _ Uprate Program - Technical Support Center Nott-Accident Radiological Habitability Study (h) The atmospheric dispersion factors associated with the transport of released radioactivity to the TSC intake are ar follows (in ' (sec/m*) , from Ref. 2) Interval: 0-8 hrs 8-24 hrs 1-4 days 4-31 days j (X/Q).. 9.26E-07 6.75E-07 3.39E-07 1.26E-07 Note that the prescribed assumption for fumigation conditions prevailing at the site at the time of an accident is not applicable to the TSC outside air intake. (i) The TSC is located in the Administration Building and the pressure boundary of its ventilation system extends from El. 272' to El. 300' (see Figs. 2.1 - 2.3). Based on these figures and on the assumption that 20% of the space is taken up by equipment, the free air volume within the TSC pressure boundary is as follows: El. 272's 670 f t* x 13. 5 f t x 0. 8 = 7,520 ft 3 El 286's 9340 f t' x 13.5 f t x 0.8 = 100,900 ft' El. 300's 253 0. f t' x 19. 5 f t x 0. 8 = 39,500 ft' Total = 147,640 ft 8 This volume was conservatively increased to 1.5E+05 ft 8. Note that the tchal floor area within the pressure boundary is 12,540 ft'. The minimum required area, as specified in NUREG-0596 (Ref.,7), is 1875 ft* (for 25 persons at 75 ft* per person). (j) When operation of the TSC is required, the Administration Building Office Area normal HVAC system operation is modified to supply air only to the TSC. As described in Operating i Procedure OP-59B (Ref. 33) and in the Design Basis Document for the Administration Building HVAC system (Ref. 35),
I i NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PROJECT: JAF ^ PAGE NO. fY NEXT PAGE NO. 4/9 PREPARED BY: pfk_, DATE 4 / MI/1 1 C H E C K E D B Y : /f/ DATE f/7p/q TITLE: Power Uprat.e Program. - Technical Eiupport Center '4 9 (t y
= Accident Radiological Habitability Study exhaust fans 72FN-20 (from the conference room) and 72FN-21 (from the . print. area) are manually tus.aed off, and booster fan 72FN-47 (for the charcoal filtration system) is turned on. ' Simultaneously with the startup of 72FN-47, outside air damper 72 MOD-106 opens (to supply air to the filter train),
isoletion dampers 72 MOD-107, 108 and 109 for various Office areas close, and erAaust air dampers 72AOD-146 and 72AOD-71 close.- See Tig. 2.4.for a simplified flow diagram of the TSC HVAC system. The TSC HVAC system is designed to supply between 3300 and 2700 - scfm (3000 i 10% uncertainty) filtered air to maintain (1/8)" WG pressure (Ref. 35 and UFSAR Sec. 9.9.3.10). The filter train consists of profilters, electric heater, HEPA profilter, charcoa?. absorber, and HEPA after-filter. The TSC HVAC system is non-safety related (per MCM-6A, Ref. 36); hence, there are no redundant components, and single-failure criteria are not applicable. Based on the above, the TSC air exchange rate and filtration were modelled as follows in the present analysis: Unfiltered air intakes (1) 25,800 scfm prior to activation of the TSC (the maximum flow that can be provided by the 72-AHU-4 unit, from Drawing 11825-FB-32G), (2) 1500 scfm when the TSC ventilation system is isolated and there are no system fsilures*. This value was arbitrarily selected to accommodate the following: (a) Leakage through AOD-171, estimated to be less than 25 (scfm/ft'") x (9'x3.5') ( f t ) = 790 scfm via the closed AOD, where 25 (scfm/ft') is the worst-case damper leakage provided in Ref. 34. (b) Potential ventilation booster fan shaft leakage, to
'NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.9 Yf PROJECT: JAF~ N p PAGE NO. 50 PREPARED BY: M (, - DATE 9/24f/99 CHECKED BY: X[ DATE . g/>fA,y
~
TITLE: Power Uprate Program - Technical Support Center PWt-Accident Radiological Habitability Study l Post-isolation filtered j air intake rate: 3300 or 2700 scfm (3000 i 10% uncertainty) without system failures. ) i
- Intake filter off.: *" % for all halogens species (2" {
charcoal beds with humidity control) l (Refs. 45 and 46; 90% verified per plant procedure). TSC isolation times 1 hour after the postulated LOCA.
. (Note: Ventilation Isolation time is assumed to be from the onset c,f the accident. A small delay (< 1 minute) resulting from the difference in onset of the LOCA and the alarming of .
the TSC will have a negligible effect on the dose to TSC l personnel). j In summary, the case was analyzed, as follows: Without TSC HVAC system failures 0 - 1 hr 25800 scfm unfiltered outside air : 1 - 744 hr 3300 or 2700 scfm filtered (3000 i 10% uncertainty) + 1500 scfm unfiltered. 1 (Note,t The intake rate into the TSC is provided as input to the DORITA-2 code in units of TSC volumes per day, and includes both filtered and unfiltered flows. The split between the filtered and unfiltered portions is accomplished through use of the filter bypass fraction. For instance, for a filtered flow of 3300 scfm and an unfiltered flow of 1500 scfm, the fractional air intake rate into the TSC is equal to (4800 (sefm) x 1440 (min / day) / 1.5E+05 ft']
= 46.08 air volumes per day, and the filter bypass fraction is (1500 scfm / 4800 scfm) = 0.3125, as shown in the DORITA-2 input files in Attachment A.]
cover the concerns of NRC Information Notice 93-06 (Ref. 37)' and JAF ACTS Item #17875, and (c) 10 scfm inleakage due to ingress / egress (from Ref. 21, Sec. 6.4) h
1 i l l NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: Io PROJECT: JAF NEXT PAGE NO.: r/ PREPARED BY M[r- DATE 9/24/4f CHECKED BY: /ff DATE - /af4F TITLE: Power Uprate Program - Technical Support Center Post- j l Accident Radiological Habitability Study j (k) Radiation exposures were determined for a 31-day interval and for continuous occupancy, from the time of the accident 8. Whole body exposures were based on immersion in a finite spherical cloud having a volume equal to that of the TSC. The breathing rate was set at-3.47E-04 (m*/sec) for the duration of the accident (Refs. 16 and 26), and use was made of the ICRP-30 dose conversion factors for thyroid exposure (Ref. 12). i l 8 The time delay between the accident and activation of the TSC (about 1. hour) was conservatively ignored, and the TSC was assumed to be occupied at the time of the accident.
l I l NYPA - CALC.# JAF-CJWF-3AD-00023 REV-1 PAGE NO. I/ PROJECT: JAF PAGE NO.: 62_ PREPARED BY M(, - DATE q/W/ff CHECKED Br: .' DATE #ffApr TITLE: Power Uprate Program - Technical Support Center "Ponti ' Accident Radiological Habitability Study Table 4.1 Full-Core Inventory; 2586.5 38tt Nuclide Activ.(Ci) Nuclide Activ. (C1) Br 83 8.078E+06* Kr 83m 8.114E+06 Br 84 1.432E+07 Kr 85m 1.742E+07 Br 85 1.717E+07 Kr 85 7.798E+05 Kr 87 3.342E+07 I 129 2.254E+00 Kr 88 4.733E+07 I 130 2.705E+06 Kr 89 5.887E+07 I 131 6.805E+07 I 132 9.945E+07 Xe 131m 4.092E+05 I 133 1.423E+08 Xe 133m 5.962E+06 i I 134 1.566E+08 Xe 133 1.430E+08 l I 135 1.344E+08 Xe 135m 2.695E+07 I 136 6.479E+07 -Xe 135 1.847E+07 Xe 137 1.255E+08 Xe 138 1.192E+08 I l 3.123E+03 (Ci/MWt from Ref. 14) x 2586.5 (MWt)
t NYPA - CALC.# JAF-CALC-RAD-00023- REV 1 PAGE NO.: .I2-PROJECT: JAF
~
PAGE NO. 53. PREPARED BY: pffy DATE 4/sA//fi CHECKED BY: N W p/ DATE 7//p/59 TITLE: Power Uprate Program - Technical Support Center 'Po'dtil Accident Radiological Habitability Study-l 4.1.2 Results TSC radiation ~ exposures due to drywell leakage following a design-i basis LOCA were calculated using the DORITA-2 computer code and tha' data and assumptions listed above. Copies of the DORITA-2 outputs appear in Attachment A to this calculation (Computer Run Cases # 1 & 2).
.T'able 4.2 which follows presents the time-dependent thyroid, whole body and skin doses in the TSC (due to post-LOCA drywell leakage) I for continuous occupancy. Refer to Sec. 2 for a summary of the exposures. ,
I i 1
NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: II PROJECT: JAF Np T PAGE NO.: 5 44.- l PREPARED BY: M/,,- DATE 4/sA//91 CHECKED BY: g ,' DATE 7/pf/Sy TITLE: Power. Uprate Program - Technical support Center /Podst!' Accident Radiological Habitability Study Table 4.2 TSC Radiation Exposures Due to Drywell Leakage Following A Design-Basis Loss-of-Coolant Accident [3300 scfm filtered (3000+10% uncertainty)] Time Thyroid Whole Body Skin (huurs) Dos, (resa) Dome fram) Dose frem) 0.000E+00 0.000E+00 0.000E+00 0.000E+00 5.000E-01 2.103E-01 7.916E-04 8.432E-03 1.000E+00 4.684E-01 1.449E-03 1.428E-02 8.000E+00 1.935E+00 5.839E-03 5.361E-02 2.400E+01 3.853E+00 9.511E-03 9.423E-02 9.600E+01 6.989E+00 1.217E-02 1.269E-01 7.440E+02 9.840E+00 1.345E-02 1.433E-01
)
[2700 scfm filtered (3000-10% uncertainty)] Time Thyroid Whole Body Skin (hours) Dose frem) Dose frem) Dose frami 1 0.000E+00 0.000E+00 0.000E+00 0.000E+00 5.000E-01 2.103E-01 7.916E-04 8.432E-03 1.000E+00 4.684E-01 1.449E-03 1.428E-02 8.000E+00 2.084E+00 5.811E-03 5.345E-02 2.400E+01 4.207E+00 9.426E-03 9.387E-02 9.600E+01 7.678E+00 1.208E-02 1.266E-01 7.440E+02 1.083E+01 1.337E-02 1.430E-01 Note: Continuous occupancy in all cases
NYPA - CALC.#'JAF-CALC-RAD-00023 REV-1 PAGE NO. IM PROJECT: JAF ~ N p PAGE NO. SS" . PREPARED.BY: - pf P _DATE 81/ss/h) ' CHECKED BY: X[ DATE . p/>p/55 {
- TITLE: Power- Uprate Program .
Technical Support CenterNPoistG Accident Radiological Habitability Study - l 4.2 ESF Component leakage 4.2.1 Basic. Data and Assumptions The_following data and assumptions were used to calculate the post-LOCA dose contribution from ESF component leakage: (a) A'LOCA takes place at full power (2586.5 MWt). (b) The core inventory for the radionuclides of interest (halogens in.this case) is as shown in Table 4.1 above. ('c) 50% of the total halogen activity present in the core mixes
~
uniformly with the coolant in the RER system, which hac a total . fluid mass of 3.21 x 10' grams. This is equal to approximately 113,400 cu ft, consisting of (431190 lbs / 62.4 lbs/cu ft) = 6,900 cu ft of cold RCS coolant (from JAF
-Drawing 5.01-101A), 105,600- cu ft of torus water (from UFSAR
. Table 5.2-1),.and 900 cu_ft of water from other sources.
(d) Total ESF component leakage rata is 5 gpm,- corresponding to a fractional ~ rate from the recirculating water system of 0.00849 volume per day.
, (e) The'ESF component' leakage.of 5 gpm is assumed to be constant from the start of the LOCA through the duration of the accident.
(f) -An additional leakage contribution due to a gross failure of a-passive compon6nt with an assumed leak rate of 50 gpm is included'in the model (Ref. 21, SRP, Sec. 15.6.5, Appendix
-B). This leakage is assumed to begin at the time of LOCA onset and lasts for a period of 30 minutes. (This assumption is more conservative than-the SRP model which assumes that the additional leakage begins at 24 hours after the LOCA).
- (g) It is further assumed that 10% of the halogens contained in the water from ESF component leakage become airborne within the. Reactor Building (Ref. 21, SRP, Sec. 15.6.5, Appendix B),
and mix uniformly with the RB atmosphere. 4
l l NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: (( PROJECT: JAF NJXT PAGE NO. : gg ; PREPARED BY: M /r- - DATE 9/tt//1f CHECKED BY: /// TITLE: Power Uprate Program - DATE 7Atyh5 Technical Support Center /P66 M , Accident Radiological Habitability Study l (h)' Release from the reactor building is throug'x ;he SGTS and the main stack at the rate of 3.3 air changes per day (based on l an SGTS flow of 6000 scfm with one fan operating (UFSAR Sec. 5.3.3.4)]. (i) The SGTS filter efficiency for the removal of halogens is 90% for all halogen species (verified per plant procedures) . ! (j) Transport of the released radioactivity to the TSC, the TSC characteristics and other exposure-related parameters are described under Items (h) through - (k) in Sec. 4.1.1. 4 l l l 1
- i l
I. l t l
NYPA - CALC.# JAF-CALC-RAD-00023 PROJECT: JAF
~
REV 1 PAGE NO. $[ NJtXT PAGE NO. - s7 PREPARED BY: DATE 9/s#/d CHECKED BY: /// DATE TITLE:
/f /, -
Power Uprate Program - Technical , y/sy/9f Support Center 'P6'st-l
)
Accident Radiological Habitability Study I 4.2.2 Results Table 4.5 presents the post-LOCA time-dependent' thyroid, whole
. body and skin doses in the TSC resulting from post-LOCA ESF component leakage. Refer to Sec. 2 for a sununary of the ,
exposures. Also,. refer to Attachment A for copies of the DORITA-2 outputs (Computer Run cases # 1 & 2). l-I
;NYPA.- CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: I*/ ;
PROJECT: JAF. NEET PAGE NO.: 5( l PREPARED BY: M (e - DATE 4 M/If J CHECKED BY: // DATE f ,
; TITLE: Power _,Uprate Program -
Technical Support Cente P - Accident Radiological Babitability Study I i Table 4.3 r. TSC Radiation Exposures
- Due to ESF Component Leakage Following A Design-Basis Loss of Coolant Accident (33001 sofa filtered (3000+10% uncertainty)]
Tinne Thyroid whole Body Skin thours) Dose frem) Dose (ren) Dose (rma) 0.000E+00 0.000E+00 0.000E+00 0.000E+00 5.0005-01 6.817E-03 2.757E-06 '1.610E-05 , 1.000E+00 2.576E-02 1.010E-05 5.982E-05 8.000E+00 1.540E-01 8.364E-05 6.217E-04 2.400E+01 3.602E-01 2.212E-04 1.808E-03 9.600E+01 7.203E-01 2.826E-04 2.407E-03 , 7.440E+02 1.070E+00 2.953E-04 2.543E-03 , [2700 sefa filtered (3000-10% uncertainty)] Time Thyroid whole Body Skin thours) Dose frem) Dose (rea) Dose (rea)
'0.000E+00 '0.000E+00 0.000E+00 0.000E+00
~5.000E-01 6.817E-03 2.757E-06 1.G10E-05 t 1.000E+00 2.576E-02 1.010E-05 5.982E-05 8.000E+00 1.667E-01 8.254E-05 1.184E-04 2.400E+01 3.948E-01 2.151E-04 1.787E-03 9.600E+01 7.934E-01 2.756E-04 2.388E-03 .
7.440E+02 1.180E+00 2.889E-04 2.5302-03 Note: Continuous occupancy in all cases a
NYPA - CALC.# JAF-CALC-RAD-00023 PROJECT: JAF
~
REV 1- PAGE NO.: PAGE NO.t (( ! S9 ! PREPARED BY: M (r DATE 9/M//91 CHECKED BY: DATE- p g /50P TITLES. Power Uprnte Program - Technical Support CenteF P6dti ' Accident Rt4diological Habitability Study
/4.3 Total LOCA Dose-The total LOCA radiation doses due to both drywell and ESP component leakage are shown in Table 4.4. The table was prepared by summing,the results in Tables 4.2 and 4.3. l l
l l 1 1 , n ! ) l o i l
NYPA - CALC.# JW-CALC-RAD-00023 REV 1 PAGE NO.: 89 PROJECT: JAF T PAGE NO.: #6 PREPARED BY: Af & DATE %f//d CHECKED BY: DATE p/OfA. >' TITLE: Power Uprate Program - Technical Support Center /Pogt' - Accident Radiological Habitability Study Table 4.4 TSC Radiation Exposures Due to Drywell and ESF Consponent Leakage Following A Design-Basis Loss of Coolant Accident [3300 sofa filtered (3000+10% uncertainty)] Time Thyroid Whole Body Skin thours) Dose frem) Dose frem) Dose frem) 0.000E+00 0.000E+00 0.000E+00 0.000E+00 ! 5.000E-01 2.171E-01 7.944E-04 8.448E-03 1.000E+00 4.942E-01 1.459E-03 1.434E-02 8.000E+00 2.088E+00 5.923E-03 5.423E-02 2.400E+01 4.213E+00 9.732E-03 9.604E-02 9.600E+01 7.709E+00 1.245E-02 1.293E-01 7.440E+02 1.091E+01 1.375E-02 1.458E-01
)
[2700 scfm filtered (3000-10% uncertainty)] Time Thyroid Whole Body Skin (hours) Dose frem) Dose (rem) Dose (rsa) ] 0.000E+00 0.000E+00 0.000E+00 0.000E+00 5.000E-01 2.171E-01 7.944E-04 8.448E-03 1.000E+00 4.942E-01 1.459E-03 1.434E-02 8.000E+00 2.251E+00 5.894E-03 5.407E-02 2.400E+01 4.602E+00 9.641E-03 9.566E-02 9.600E+01 8.471E+00 1.236E-02 1.290E-01 l 7.440E+02 1.201E+01 1.366E-02 1.455E-01 I I I Note: Continuous occupancy in all cases ! l l j
f NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: [6 j PROJECT: JAF NJXT PAGE NO.: // PREPARED BY: Mh DATE 4/29/f/CHECKEDBY: E[ DATE . jfMy , TITLE: Power Uprate Program - Technical Support Cente P'cist'
)
Accident Radiological Habitability Study l j
- 5. RADIATION EIPOSURES FROM A MAIN STEAM LINE BREAK 5.1 Basic. Data and Assumptions As was the case with all accident analyses documented in this calculation, the computation of TSC radiation exposures associated with a postulated MSLB outside containment was based on data and assumptions consistent with the ragulatory guidelines, specifically, Ref. 17 (Regulatory Guide 1.5), and the Standard R'eview Plan (Ref. 21, Sec. 15.6.4). The following data and assumptions were used in the dose calculation for the MSLB accidents i
(a) A main steam line break occurs outside containment during i full power operation. [ Note: A 0% power MSLB accident could release more mass (Ref. 48). However, the release given in ! (c) below would still be bounding.] (b) The main steam isolation valves close in 10.5 seconds after l l the break (UFSAR Sec. 14.6.1.5.1.e, pg 14.6-29). (Note: j Actual closure time is approximately 3 to 5 seconds.) (c) The releace through the break consists of 20,000 lb of steam ; and 120,000 lb of water (Ref. 48) nnd Figure 14.6-12 of FSAR. I I (d) The ensuing high fuel temperatures do not lead to any fuel i damage. ' (e) The noble gas fission product concentrations in the steam ! correspond to the design values which wot:ld yield the standard release rate to the atmosphere during normal j operation (i.e., 100,000 pCi/sec fol2 awing a 30-minute decay) ; (Ref. 14). 100% of all noble gaser leaving the reactor vessel during the 10.5-sec MSIV closure time are released via ; the break. The total noble gar releases following an MSLB are as follows: l 1 4 i I
NYPA - CALC.9 JAF-CALC-RAD-00023 REV 1 PAGE NO.: [/ - ! . PROJECT: JAF NEXT PAGE NO.: /2.. L' ' PREPARED BY: #1[ DATE A/teAj CHECKED BY: /// DATE 7/ u/pr TITLES ' Power Uprate Program - Technical support Center ~ Post-Accident Radiological Habitability Study
' Source Term at t=0 MSLB Release Nuclide fuci/mee) 1l;i).
Kr 83m 3.4E+03 3.57E-02* Kr 85m 6.1E+03' 6.41E-02
-Kr 85 2.0E+01 2.10E-04 Kr 87 2.0E+04 2.10E-01 Kr 88 2.0E+04 2.10E-01
. Kr 89 1.3E+05 1.37E+00 Xe 131m 1.5E+01 1.58E-04 Xe 133m 2.9E+02 3.05E-03 Xe 133 8.2E+03 8.61E-02 Ze 135m 2.6E+04 2.73E-01 Xe 135 2.2E+04 2.31E-01 Xe 137 1.5E+05 1.58E+00 Ze 138 8.9E+04 9.35E-01
- 3.40E+3 (pci/sec) x 10.5 (sec) x 1.0E-06 1. ,J. / Ci)
The balogen inventory in the steam was determinod to be insignificant in comparison to that in the discharged liquid, and was not considered. [ Note: the steam-to-water halogen { concentration ratio is of the order of 3x10~5 (UFSAR Sec. 14.6.1.5.2.b).] i The halogen source term in the discharged liquid was selected to j represent the Tech Spec limits for the following: ; The maximum RCS concentration under power uprate
- 1) equilibrium conditions (0.2 pCi/gm I-131 DE)', and ii) The maximum RCS concentration under Limiting Conditions of l ._
Operation' (2 ' pCi/gm I-131 DE) This is~the GE Standard Technical Specification limit (Ref. 24),
l l NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: PROJECT: JAF DATE 4 /s.Mff CHECKED BY: Kgf W T PAGE NO.: d9h PREPARED BY: /1 b DATE S/Sp TITLE: Power Uprate Program - Technical Support Center '/ toft'- Accident Radiological Habitability Study l Note that there is a 10-fold increase in the RCS 1 concentrations between the two cases. The releases of l J radioactivity presented below are for the equilibrium RCS conditions. For the spiked-RCS case, multiply the released I activities by 10. The relative coolant activities employed in the determination of the post-MSLB halogen releases were based on the data in Ref. 14, which are as follows: Nuclide Primary Coolant Activity (uci/erm) Br 83 0.025 Br 84 0.041 Br 85 0.021 I 131 0.027 l I 132 0.21 l I 133 0.18 I I 134 0.38 l I 135 0.25 l Under equilibrium conditions, the halogen concentrations in the RCS, and the total activities discharged into the turbine building, would be as shown in the table which follows.
l NYPA - CALC.# JAF-CALC-RAD-00023 PROJECT: 'JAF REV 1 PAGE NO.: b PAGE NO.: #4t.-. PREPARED BY: M /,- DATE 4/84/9f CHECKED BY: DATE . TITLE: Power Uprate Program - Technical Support Center /'/#ffr7 Post-
~
Accident Radiological Habitability Study 1 Reactor Coolant System Activities and Post-MSLB Releases (Based on RCS concentration of 0.2 pCi/gm I-131 DE) P r l .' b y ICRP-30 Coolant Activity. Activity Nuclide DCF Ac.tivity DCF x ACT 4.2 uci/gm DCF x ACT Release (Rem /Ci) (uCi/gn) (Ci) I-131 1.07E+06 2.700E-02 2.889E+04 8.130E-02 8.699E+04 4.425E+00 I-132 6.29E+03 2.100E-01 1.321E+03 6.323E-01 3.977E+03 3.442E+01* I-133 1.81E+05 1.800E-01 3.258E+04 5.420E-01 9.810E+04 2.950E+01 I-134 1.07E+03 3.800E-01 4.066E+02 1.144E+00 1.224E+03 6.227E+01 I-135 3.15E+04 2.500E-01 7.875E+03 7.528E-01 2.371E+04 4.098E+01 I-131 DE = 6.642E-02 pCi/gm 2.000E-01 pCi/gm
- 6.323E-01 (pci/ga) x 120,000 (1b) x 453.6 (gm/lb) x 1.0E-06 pCi/Ci)
The dose conversion factors (DCFs) in the above table were j extracted from ICRP-30 (Ref. 12). The listed primary coolant concentrations were adjusted'to yield the limit of.0.2 (pci/gm) I-131 DE according to the following expression: I-131 D.E. = I Qi x DCF3 / DCF.1322 1 Where, Qi = Coolant concentration in pCi/gm DCFi = Dose conversion factor for i* species The above concentrations were also used to compute the total bromine activities which would be released to the turbine l building. These are as follows: l
)
NYFA - CALC.# JAF-CALC-RAD-00023
^
REV 1 PAGE NO.: M 4 PROJECT: JAF PAGE NO.: 439 PREPARED BY: NM ' DATE 3/2.8/[99 CHECKED BY: DATE perdr TITLE: Power Uprate Program - Technical Support Center P6s't'- Accident Radiological Habitability Study nuclide Activity Release (Cl) Br 83 4.097* Br 84 6.719 Br 85 3.442
- 4.425 (I-131 Ci released, from above) x 0.025 (Br-83 Conc.) / 0.027 (I-131 Conc.)
l Activation products and other particulates in the coolant were neglected since they would not become airborne. l l (f) 100% of the coolant halogens discharged in the turbine ] building are. assumed to become airborne and released to the
-atmosphere at ground level over a period of 2 hours. The l selected release rate was equivalent to 72 air changes per day, and the cumulative releases to the atmosphere as a '
function of time would be as follows: Post MSLB Time Cwmulative , (min) Release (%) 0 0.0 5 22.1 10 39.3 15 52.8 20 63.2 30 77.7 45 89.5 60 95.0 90 98.9 120 99.8 (g) The atmospheric dispersion factors associated with the transport of released radioactivity to the TSC intake are as follows (in (sec/m') , from Ref. 2]:
i NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: M PROJECT: JAF W PREPARED BY: /Y/, - DATE 4/sN/49 CHECKED BY: 13/6 EXT PAGE NO. DATE . pp/fy { l l' TITLE: Power Uprate Program _- Technical Support Cente P'6s ti- i l Accident Radiological Habitability Study i l l Interval: 0-8 hrs 8-24 hrs 1-4 days 4-31 days I (X/Q) _ 3.56E-03 3.03E-03 2.14E-03 1.29E-03 (h) The TSC characteristics and other exposure-related parameters j are as described under Items (i) - through (k) in Sec. 4.1.1, t 1 with one exception: Isolation of the TSC ventilation system ! ! was assumed to take place at a post-accident time (without a j delay for TSC isolation) - which would maximize the TSC radiation exposures (12 min.). l As demonstrated under Item (h) above, the release of l radioactivity to the atmosphere and into the TSC following an MSLB is very fast relative to the time allotted for manual activation of the TSC HVAC system. As a result, contamination of the air entering the TSC will drop
- -significantly in a very short time. Thus, TSC personnel exposures would increase if the air-exchange rate of the TSC l is reduced after the majority of the released radioactivity has already entered the TSC (thus trapping the. radioactivity l within the TSC). In view of this possibility, iterative l analyses were carried out using various TSC HVAC isolation times to determine the worst-case radiation exposures. The documentation in this calculation includes the analyses with TBC HVAC isolation times equal to 9, 12 and 15 min.
I Isolation in'12 minutes was determined to maximize the TSC dose. In addition, the TSC dose was calculated when the TSC is pre-isolated at the sp!.ced RCS concentration of 2 pCi/gm I-131 DE.
1 i
-NYPA - CALC.# JAF-CALC-RAD-00023 PROJECT: JAF REV 1 PAGE NO.:
PAGE NO.: M
// j CHECKED BY: N r p[
PREPARED BY: 'M M DATE %V[d DATE 9/M /SS TITLE: Power, Uprate.. Program - Technical Shpport Center @ c4tM Accident Radiological Habitability Study 5.2 Results. 1 TSC radiation exposures following a design-basis MSLB were calculated using the DORITA-2 computer code and the_' data and assumptions listed above. Copies of the DORITA-2 outputs appear in Attachment A to this calculation (Computer Run Case #1 and #2). l The DORITA-2 results of interest (namely the thyroid, whole body and skin exposures.as a function of post-MSLB time) are summarized in Tables 5.1.and 5.2. . Table 5.1 corresponds to the three different TSC HVAC isolation times identified under Item (h) in l l Sec. 5.1. The worst-case exposures occur with the spiked RCS concentration of 2 Ci/gm I-131 DE. However, for the case of iodine spiking to 2 p Ci/gm I-131'DE, doses romain below the limits for a pre-isolated TSC only if the TSC is not occupied for the first hour. I The earlier the TSC is occupied, the higher the dose, which reaches a maximum of over 50 rem: thyroid for occupancy at t=0 (see Table 5.2). 1 o
l NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.S [7 PROJECT: JAF @ PAGE.NO. d'q( PREPARED BY: MP DATE AMh1 CHECKED BY: /6' DATE _yf1jv/ / TITLE: Power Uprate Program' - Technical Support Center Post-Accident Radiological Habitability Study Table 5.1 TSC Radiation Exposures Following A Design-Basis Main Steam Line Break . (Equilibrium RCS activity at 0.2 pCi/gm I-131 DE) [3300 scen filtered (3000+10% uncertainty)] Time Thyroid Whole Body skin (hours) Dose frami Dose frem) Dose frem) I Case'#1A 0.000E+00 0.000E+00 0.000E+00 0.000E+00 1.500E-01 2.701E+00 3.382E-03 1.922E-02 8.000E+00 1.924E+01 2.009E-02 1.136E-01 2.400E+01 1.924E+01 2.039E-02 1.156E-01 9.600E+01 1.924E+01 2.046E-02 1.161E-01 7.440E+02 1.924E+01 2.047E-02 1.161E-01 Case #1B 0.000E+00 0.000E+00 0.000E+00 0.000E+00 2.000E-01 3.990E+00 4.932E-03 2.791E-02 8.000E+00 1.993E+01 2.072E-02 1.170E-01 2.400E+01 1.993E+01 2.098E-02 1.188E-01 9.600E+01 1.993E+01 2.104E-02 1.192E-01 7.440E+02 1.993E+01 2.104E-02 1.192E-01 Case #1C 0.000E+00 0.000E+00 0.000E+00 0.000E+00 l 2.500E-01 5.230E+00 6.390E-03 3.606E-02 1 8.000E+00 1.996E+01 2.069E-02 1.168E-01 1 2.400E+01 1.996E+01 2.091E-02 1.183E-01 9.600E+01 1.996E+01 2.096E-02 1.187E-01 7.440E+02 1.996E+01 2.097E-02 1.187E-01 Cases #1A-1C: Without TSC HVAC system failures, and TSC HVAC activation times as follows: Case 1A: 9 min Case 1B: 12 min (1bniting. case for WB & skin) < Case 1C: 15 min (negligibly higher than l 1B for Thyroid) ! I Note: Continuous occupancy in all cases I l
\
L 1 l NYPA - CALC.# JAF-CALC-RAD-00023
~
REV 1 PAGE NO.: PROJECT: JAF N y PAGE NO.: (9, PREPARED BY: /914- DATE 9 /44 f CHECKED BY: L' DATE TITLE: Power Uprate Program - Technical support Center.f/ffff
/Podtf f Accident Radiological Habitability Study l
Table 5.1 (Continued) TSC Radiation Exposures Following i A Design-Basis Main Steam Line Break (Equilibrium RCS activity at 0.2 pCi/gm I-131 DE) [2700 sefa filtered (3000-10% uncertainty)] l l Time Thyroid Whole Body Skin (hours) Dose frem) Dose frem) Dose frem) Case #1A 0.000E+00 0.000E+00 0.000E+00 0.000E+00 1.500E-01 2.701E+00 3.382E-03 1.922E-02 8.000E+00 2.144E+01 2.181E-02 1.234E-01 2.400E+01 2.144E+01 2.208E-02 1.252E-01 9.600E+01 2.144E+01 2.214E-02 1.256E-01 7.440E+02 2.144E+01 2.214E-02 1.257E-01 Case #1B l 0.000E+00 0.000E+00 0.000E+00 0.000E+00 2.000E-01 3.990E+00' 4.932E-03 2.791E-02 l 8.000E+00 2.206E+01 2.237E-02 1.265E-01 l 2.400E+01 2.206E+01 2.260E-02 1.280E-01 9.600E+01 2.206E+01 2.265E-02 1.284E-01 7.440E+02 2.206E+01 2.265E-02 1.274E-01
- Case #1C 0.000E+00 0.000E+00 0.000E+00 0.000E+00 2.500E-01 5.230E+00 6.390E-03 3.606E-02 8.000E+00 2.194E+01 2.220E-02 1.254E-01 2.400E+01 2.194E+01 2.239E-02 1.268E-01 9.600E+01 2.194E+01 2.244E-02 1.271E-01 7.440E+02 2.194E+01 2.244E-02 1.271E-01 l
Cases #1A-1C: Without TSC HVAC system failures, and TSC HVAC activation times as follows: Case 1A: 9 min Case 1B: 12 min (limiting case) Case 1C: 15 min Note: Continuous occupancy in all cases
NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PROJECT: JAF
~~
PAGE NO.: [9 NEXT PAGE NO.: 70 PREPARED BY: Af4- DATE 9/svAP/ CHECKED BY: /(( TITLE: Power Uprate Program - DATE .pfa d Technical Support Center /Pontil Accident Radiological Habitability Study Table 5.2 TSC Radiation Exposures Following A Design-Basis Main Steam Line Break (Equilibrium RCS activity at 2 pCi/gm I-131 DE) [3300 acfm filtered (3000+10% uncertaintv)] Time Thyroid Whole Body Skin
. (hours) Dose (rea) Dose frem) Dose (rea) 0.000E+00 0.000E+00 0.000E+00 0.000E+00 1.000E+00 3.671E+01 3.913E-02 2.190E-01 8.000E+00 5.328E+01 5.743E-02 3.295E-01 2.400E+01 5.328E+01 6.219E-02 3.609E-01 9.600E+01 5.328E+01 6.332E-02 3.686E-01 !
7.440E+02 5.328E+01 6.332E-02 3.686E-01 I [2700 acfm filtered (3000-10% uncertainty)1 1 Time Thyroid Whole Body Skin (hours) nose fr==) Dose frem) Dose fram) 0.000E+00 0.000E+00 0.000E+00 0.000E+00 1.000E+00 3.809E+01 4.029E-02 2.250E-01 8.000E+00 5.875E+01 6.055E-02 3.474E-01 2.400E+01 5.875E+01 6.472E-02 3.757E-01 9.600E+01 5.875E+01 6.572E-02 3.826E-01 l 7.440E+02 5.875E+01 6.572E-02 3.827E-01 l l Note: At the spiked RCS concentration of 2 pCi/gm I-131 DE and the TSC pre-isolated. The duration (time to peak RC concentration) of an .i iodine spike has been observed to last any here from two to more than 12 hours. The above spiked RCS doses are below the GDC-19 limits if the TSC is not occupied for the first hour after the MSLB. l
1 NYPA - CALC.# JAF-CALC-RAD-00023
~
REV 1 PAGE NO.: 7e
' PROJECT: JAF' _
NEXT PAGE NO.: // PREPARED BY: /@ DATE % #/t/ CHECKED BY-/f/ DATE ef/,2y//f TITLE: Power _ Uprate - Program ~ -- Technical Support Center ' Post-Accident Radiological Habitability Study
-6.- BADIATZ W EEPOSURES FRW A C M TROL RQD DROP ACCIDENT 6.1 Basic Data and Assumptions All me=ptioni 'and ' data employed in the analysis of a CRDA are ;
consistent lwith the guidance in.the Standard Review Plan (Ref. 21, , Sec. 15.4.9 & Ref. 11), applicable portions of Regulatory Guide 1.77 (Ref. 20), the updated UFSAR, and JAF-CALC-RAD-00041 (Ref. 29).- They are as~follows: (a) The reactor has been operating at full power until 30 minutes before the-CRDA. As described in the JAF UFSAR, Sec. 14.6.1.2.3, this assumption means that the reactor was shut down from design power, taken critical, and brought to the initial temperature and pressure conditions within 30 minutes of the departure from design power. (b) The reactor power'was at the level for design-basis accident analyses (i.e., 2586.5 MWt, from Sec. 4.1.1). The core inventory for the' radionuclides of interest at the end of a 1000-day continuous operation is as shown in Table 4.1 of this calculation. (c) A CRDA takes place that leads to fuel failure and subsequent release of 2.53 percent of the core inventory. The fractional inventory released is based on the failure of 850 fuel rods for a standard 8x8 GE fuel, which is evaluated as a bounding fuel design (Ref. 22, Sec. 6.2.1, and Ref. 30, Sec. 3.7). The total number of fuel pins in a GE-8 core (for JAF) is.33,600~(60 pins per assembly x 560 assemblies = 33,600 fuel pins). The fractional core inventory is based on the ratio of the failed fuel pins to the total number. It is noted that although the actual number of failed fuel pins would increase for GE-11 and other fuel types, the total number of fuel rods in the core-also correspondingly increase'. The fractional core inventory that is released is
i NYPA - CALC.9 JAF-CALC-RAD-00023 REV 1 PAGE NO.: ~// PROJECT: JAF
~
NJXT PAGE NO. : I.2_.. fq,P Centerg7/h
/Pogtf f PREPARED BY: DATE 4/J#/Jf CHECKED BY: X[ DATE d !
- TITLE: Power Uprate Program -
Technical Support ! Accident Radiological Habitability Study however bounded by the GE-8 analysis. Furthermore, the JAF . core contains fuel of different fuel types (GE-11, GE-12, j etc.) auut the total numbers of fuel rods vary with core load. ) Use of the fractional core inventory release based on the GE-8 fuel type bounds the other fuel types (Ref. 30, Sec. 3.7). (d) The failed' fuel rods were at a core location with a radial
. peaking factor of 1.5 (Ref. 21, SRP pg 15.4.9-7).
('e) All activity within the gaps of the failed fuel rods is released to the reactor coolant and is instantaneously and uniformly mixed with the coolant in the pressure vessel at a the time of the accident. The released activity is I conservatively assumed to correspond to 10% of all halogens and 10% of all noble gases (30% for Kr 85) in each failed rod (Ref. 18, as. recommended in the SRP). (f) Based on the above-information, and without taking credit for j the pre-accident decay time of 30 min. referred to under' Item (a), the noble gas and halogen inventories which are released to the coolant are as shown below. They were computed by applying the following multiplying factors to the core inventory data given in Table 4.1 of this calculation: Multiplying factor for all noble gases except Kr 85 ; I 1.5 (peaking factor) x (850 failed rods / 33600 rods) { x 0.1 (gap fraction) = 3.795E-03 l Nultiplying factor for Kr 85: 1.5 (peaking factor) x (850/33600) x 0.3 (gap fraction) !
=.1.138E-02 !
Multiplying factor for all halogens: 1.5 (peaking factor) x (850/33600) x 0.1 (gap fraction) x 0.1 (fraction reaching turbine / condensers) = 3.795E-04 i l i
NYPA'- CALC.#.JAF-CALC-RAD-00023 REV 1 PAGE NO.: M PROJECT: JAF
~
NEXT PAGE NO.: 74 , PREPARED BY: // M DATE 4/2,%)9 d CHECKED BY: /6' DATE ,ZTr//f TITLE:- Power ~Uprate Program - Technical Support Center 'Pos't - Accident Radiological Habitability Study Post-CRDA Balogens and Noble Gases Reaching the Condenser Activity Activity Nuclide ,igil Nuclide .[gil Br 83 3.066E+03* Kr 83m 3.079E+04 Br 84 5.434E+03 Kr 85m 6.611E+04 Br 85 '6.516E+03 Kr 85 8.874E+03 Kr 87 1.268E+05 I 129 8.554E-04 Kr 88 1.796C+05 I 130 1.027E+03 Kr 89 2.234E+05 I 131 2.582E+04 I 132 3.774E+04 Xe 131m 1.553E+03 I 133 5.400E+04 Xe 133m 2.263E+04 I 134 5.943E+04 Xe 133 5.427E+05 I 135 5.100E+04 Xe 135m 1.023E+05 I 136 2.459E+04 Xe 135 7.009E+04 Xe 137 4.763E+05 Xe 138 4.524E+05 8.078E+06 (from Table 4.1) x 3.795E-04 (g) As a result of. elimination of the MSIV-closure and reactor-shutdown functions of-the main steam line radiation monitors (modification No. F1-93-086) the l pathway of post-CRDA atmospheric releases at JAF has ] changed. Under the new CRDA scenario, the MSIVs stay open and the activity is transported to the condenser. Pathways for release from the condenser are discussed below. (h) With the offgas system operating in the startup mode, two potential release pathways exist: (i) Activity is released via a 30 minute holdup time (conservatively assumed as 21.8 minutes per Ref. 31), EEPA filters and the system flow rate of 229 cfm (Ref. 42). Under this scenario the release is through the main stack (an elevated release) with atmospheric w
NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: 73 PROJECT: JAF NEXT PAGE NO. f# oJfy/f/ PREPARED BY: MG DATE- 9/M M CHECKED BY: 8 DATE TITLE: Power Uprate Program - Technical Support Center Fost- j Accident Radiological Habitability Study j dispersion factors for transport of activity to the i TSC ventilation intake that are lower by more than four orders.of magnitude. Although the activity release rate is higher then the condenser leakage pathway by a factor of about 200 [ system flow rate (229 cfm) / (condenser volume of 1.51E+5 f t3 front Ref
- 23) / (1% per day x 60 hrs x 60 min.) = 218], the combined effect will yield doses that are significantly lower than the condenser leakage pathway.
(ii) The offgas Hi-Bi alarm is tripped and the offgas system is automatically isolated following a 15 minutes delay. Since the 15 minutes delay is less than the 21.8 minutes transit time, no unfiltered release is assumed under this scenario (UFSAR Sec. 11.4.4.2). Activity is retained in the turbine, condenser and offgas system. Release to the environs is due to leakage from the various contaminated systems into the turbine building. (i) Plateout and partitioning of the halogens in the turbine, condensers and other internal surfaces is conservatively assumed to be equal to 90% [Ref. 21 (SRP pg 15.4.9-7), Ref. 21 (Sec. 6. 3 .1.1) , and Ref. 9]. [ Note: The 90% halogen depletion due to plateout and partitioning was numerically accounted for in the DORITA-2 runs by assuming filtration of the release.] (j) The leakage rate amounts to 1% per day and lasts for 24 hours (Reg. Guide 1.77, Ref. 20). The release to the atmosphere is at ground' level and there is no holdup within the turbine building. (k) Transfer of the released radioactivity to the TSC is governed by the accident dispersion parameters described under Item (i) in Sec. 5.1 of this calculation.
1 NYPA - CALC.# JAF-CALC-RAD-00023
~
REV 1 PAGE NO.: 7 #- PROJECT: JAF NEXT PAGE NO.: 75 PREPARED BY: //G DATE $ 4bi CHECKED BY: /// DATE y/u/// TITLE: Power _Uprate Program . Technical Support Center 'Poist- l Accident Radiological-Rabitability Study (1) The TSC characteristics and other exposure-related parameters are as described under Items (i) through (k) in Sec. 4.1.1. 6.2 Results l TSC' radiation exposures following a design-basis CRDA were calculated using the DORITA-2 computer code and the data and I assumptions listed above. Copies of the DORITA-2 outputs appear
~in Attachment A to this calculation (Computer Run Cases #1 and
#2).
The DORITA-2 results of interest (namely the thyroid, whole body and skin exposures as a function of post-CRDA time, for continuous occupancy) are summarized in Table 6.1. Refer to Sec. 2 for a susanary of the exposures. 1 I
i
- n. .NYPA - CALC.9 JhF-CALC-RAD-00023 REV 1
~~
PAGE NO.: 76 PROJECT: JAF' NEXT PAGE NO.: 7/ PREPARED BY: M [p - 'DATE 9/ M97 CHECKED BY: // DATE 9/m49
- TITLE: Power Uprate ' Program -
Technical Support Center Wo'4t!- Accident Radiological Habitability Study l Table-6.1
\
TSC Radiatica Exposures Following A Design-Basis' Control Rod Drop Accidant [3300 sefa ' filtered (3000+10% ==aerhaintv)] Time Thyroid M ole Body Skin 1 (hours) Dose frem) Dose (ren) Dose frem) 0.000E+00 0.000E+00 0.000E+00 0.000E+00 1.000E+00 1.822E+00 1.263E-02 1.303E-01 8.000E+00 7.533E+00 4.582E-02 4.218E-01 2.400E+01 1.621E+01 6.816E-02 6.616E-01 9.600E+01 1.647E+01 6.994E-02 6.765E-01 7.440E+02 1.647E+01 6.995E-02 6.766E-01 [2700 acfm - f: itered (3000-10% uncertainty)1 Time Thyroid mole Body Skin (hours) Dose frem) Dose frem) Dose fram) 0.000E+00 0.000E+00 0.000E+00 0.000E+00 1.000E+00 1.822E+00 1.263E-02 1.303E-01 8.000E+00 8.111E+00 4.576E-02 4.216E-01 2.400E+01 1.771E+01 6.789E-02 6.608E-01 9.600E+01 1.804E+01 6.964E-02 6.761E-01 j 7.440E+02 1.804E+01 6.965E-02 6.762E-01 l l Notes Continuous occupancy in all cases TSC' isolation time is 12 min. ll
NYPA - CALC.# JAF-CALC-RAD-00023 PROJECT: JAF. ' REV 1 PAGE NO.: 7[ NEXT PAGE NO.: y7 PREPARED BY: Mk DATE 9/&V/ff CHECKED BY: 8 DATE /s7pM T TLEs. Power Uprate Program - Technicrl Support Center /'P66t-Accident Radiological Habitability Study
- 7. RADIATION EIPOSURES FRCM & REFUELING ACCIDENT 7.1 Basic Data and Assumptions As was the case with all accident analyses documented in this calculation, the computation of TSC radiation exposures associated with a postulated refueling accident was based on data and assumptions consistent with the Standard Review Plan (Ref. 21, Sec. 15.7.4) ~, Regulatory Guide .1.25 (Ref. 18), and the UFSAR.
'Ehey are as follows:
'(a) The reactor has been operating at full power (2586.5 MNt) for an extended period of ts.me (1000~ days).
(b)- The core inventory for-the radionuclides of interest at the end of such an operating period is as shown in Table 4.1 of this calculation. (c) The reactor is shutdown, refueling operations are initiated and a. refueling accident takes place at 24 hours after shutdown (Ref. 21, SRP pg 15.7.4-3).. (d) The accident involves a fuel assembly dropping from the maximum height allowed by the fuel handling equipment resulting'in the release of 0.37 percent of the core inventory. The fractional inventory released is based on
- rupturing 125 fuel rods in a standard GE 8x8 fuel assembly, based on information in Ref. 30, Sec. 3.8; also, according to the UFSAR, Sec. 14.6.1.4.2, the total number of fuel rods that fail during a refueling accident is 125. The total >
number of fuel rods in a GE-8 core is equal to 33600 (60 pins per assembly x 560 assemblies = 33,600 fuel pins) . The fractional core inventory release is based on the ratio of the number of failed fuel pins to the total number of pins
-(125/33600 = 0.37). See section 6.1. (c) for discussion on other fuel types.
(e) . The failed fuel rods were at a core location with a radial peaking' factor of 1.5 (Reg. Guide 1.25, Ref. 18).
'NYPA - CALC.# JAF-CALC-RAD-00023
~
REV 1 PAGE NO.: 77 PROJECT: JAF N p PAGE NO.: 7 W. PREPARED BY: M /s DATE 9/39/ff CHECKED BY: X[ DATE / 7>f4f TITLE: Power Uprate Program - Technical Support Center ' F6 sit'- Accident Radiological Habitability Study
,(f) All activity within the gaps of the failed fuel rods is released to the fuel pool water. The released activity is conservatively assumed'to correspond to 10% of all halogens (except I 131) and 10% of all noble gases (except Kr 85) in each failed rod, 30% of Kr 85 (Reg. Guide 1.25) and 12% of the I-131 (NUREG/CR-5009, Ref. 50).
(g) The noble gas and halogen inventories released to the fuel poci (prior to adjustment for decay from the time of reactor shutdown, which is handled by the DORITA-2 computer code) are i as shown in the table which follows. They were computed by multiplying the core inventory in Table 4.1 of this calculation by the following factors: j l Mult.iplying factor for all noble gases except Kr 85: 1.5 (peaking factor) x (125 failed rods / 33600 rods) x 0.1 (gap fraction) = 5.580E-04 Multiplying factor for Kr 85: 1.5 (peaking factor) x (125/33600) x 0.3 (gap fraction)
= 1.674E-03 Multiplying factor for all halogens except I 131:
1.5 (peaking factor) x (125/33600) x 0.1 (gap fraction)
= 5.580E-04 Multiplying factor for I 131:
1.5 (peaking factor) x (125/33600) x 0.12 (gap fraction)
= 6.696E-04
7 NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: 7[ PROJECT: JAF NEXT PAGE NO.: 74, , PREPARED BY: M P DATE Y Mff CHECKED BY: // DATE~ </j//f9 TITLE: Power Uprate Program - ~ Technical Support Center ' Post-Accident Radiological Habitability Study Pre-Decay Refueling Accident Source Term Nuclide Activ.(Ci) Nuclide Activ.(Ci) Br 83 4.508E+03* Kr 83m 4.52BE+03 Br 84~ 7.991E+03 Kr 85m 9.720E+03 Br 85 9.581E+03 Kr 85 1.305E+03 Kr 87 1.865E+04 I 129 1.258E-03 Kr 88 2.641E+04 I 130 1.509E+03 Kr 89 3.285E+04 I 131 4.557E+04 I 132 5.549E+04 Xe 131m 2.283E+02 I 133 .7.940E+04 Xe 133m 3.327E+03 I 134 8.738E+04 Xe 133 7.979E+04 I 135 7.500E+04 Xe 135m 1.504E+04 I 136 3.615E+04 Xe 135 1.031E+04 Xe 137 7.003E+04 Xe 138 6.651E+04
- 8.078E+06 (from Table 4.1) x 5.580E-04 (h) The halogen composition (inorganic, organic and particulate species)~ and the pool halogen retention factors are such that 99% of all released halogens are assumed to be retained by the water in the fuel pool (Ref. 18). This is equivalent to an overall decontamination factor (DF) of 100. The halogen composition of the remaining (airborne) halogens is equal to 75% inorganic and 25% organic (Ref. 18).
(i) The retention of noble gases by the pool water is negligible (i.e., noble gas DF = 1) .
.( j) The exhaust duct is isolated prior to significant unfiltered release with the' radioactive material being routed through the SGTS. An isolation delay time of 18 seconds (Ref. 27) occurs between the time that a Refueling Accident (RA) is
. detected by the radiation monitoring system and releases from the reactor building exhaust to the SGTS and the stack. The reactor building exhaust system ducting provides a 10-second
-delay (Ref. 27). .The difference between the system response L___________
NYPA - CALC.# JAF-CALC-RAD-00023- REV 1 PAGE NO. 7f PROJECT: JAF PAGE NO. Yo . PREPARED BY: Nk ' DATE 9/M/Mf CHECKED BY: DATE g/u//f TITLE: Power Uprate Program - Technical Support Center ' Post-Accident Padiological Habitability Study time'of 18 seconds and the 10-second delay implies that an unfiltered release of 8 seconds in duration could result
-(Ref.1). In addition, a potential air exfiltration release from the reactor building has been found to occur during the transition from the normal mode of operation to the isolation mode (Ref. 47). The Reactor Building' air exchange rate was set at the conservative value of 72 air changes per day after isolation.
(') k The halogen-removal filter efficiency of the SGTS is 90% for all halogen species (verified per plant procedures) . (1) The atmospheric dispersion factors associated with the transport of released radioactivity are as follows (in (sec/m') , from Ref. 2]: Interval: 0-18 sec. 18 sec.-8 hrs 8-24 hrs (X/Q). 3.56E-03 9.26E-07 - 6.75E-07 Interval: 1-4 days 4-30 days (X/Q),,, 3.39E-07 1.26E-07 (m) The dilution volume was calculated by taking one-half the distance to the louvers adjacent to those above the reactor vessel, multiplied by a distance extending to 9 feet outside I of the ducts, times the height above the floor. A dilution volume of 101,435 ft8 was thus obtained (Ref. 51). This represents approximately 10% of the reactor building volume, which is two times more conservative than the assumption of , 20% used by the NRC in their Safety Evaluation related to amendment No. 239 (Ref. 52). From Ref. 51, a total of 12 louvers in the refuel floor exhaust system are divided equally among the two exhaust ducts. In this calculation the activity is' assumed to be drawn into the four louvers directly above the core; this provides a dilution factor of
l 1 NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.s 9[ PROJECT: OAF PAGE NO.: 9/ , PREPARED BY: 4(.4- DATE 9/s/MP/ CHECKED BY: DATE f//fArf TITLE: Power Uprate Program - Technical Support Center 7Po4t-Accident Radiological Habitability Study 4/12 =0.33. flow rate of 80,000 cfm was assumed for the exhaust system (Ref. 51) . Therefore, the release rate will be (80,000/101,435). x 60 (min /hr) x 24 (hr/ day) x (4/12) (dilution factor) = 378.6 volumes per day for an 8-second unfiltered release. (n) The maximum possible air exfiltration from the Reactor Building during the transition phase from the normal mode of operation to the isolation mode is 16,628 ft' (Ref. 47) or about 20,000 ft'. Therefore, the release rate will be [20,000 (f t') /2. 6E+6 (RB Vol . f t')] x [60 (sec/ min) /1 (sec)]
.x 60 (min /hr) x 24 (hr/ day) = 664.8 volumes per day for an 1- ;
second exfiltration release. l
3 1 NYPA - CALC.# ,JAF-CALC-RAD-00023 REV 1 PAGE NO. 8/ PROJECT: JAF, ~' 2 2. PREPARED BY: MG- -DATE 4/A W#/ CHECKED BY: NEJ[tT f( PAGE f/pp/ff DATE NO.: TITLE: Power Uprate Program - Technical Support Center / Pc4t'- Accident Radiological Habitability Study 7.2 Results TSC radiation exposures following a design-basis refueling
. accident were calculated using the DORITA-2 computer code and the '. data and assumptions li-* T above. Copies of the DORITA-2 outputs appear in Attanh= ant A to this calculation (Computer-Run Case #1 ,
and case # 2). T'he DORITA-2 results of interest (namely the thyroid, whole body
~
and skin exposures as a function of post-accident time) are summarised in Table 7.1. Refer to Sec. 2 for a summary of the exposures.
-As is.seen, the results for.the RA that are below the GDC-19 limits for the pre-isolated and unisolated n. odes and above the GDC-19 limits for the 12-min.-isolation mode.
l
I NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: T2. PROJECT: JAF T PAGE NO.: Wg
' / ppm PREPARED BY: M6- DATE 9/#/f9 CHECKED BY: DATE TITLE: Power Uprate Program -
Technical Support Center gPost f Accident Radiological Habitability Study Table 7.1 TSC Radiation Exposures Fol3owing A Design-Basis Refueling Accident [3306 scea filtered (3000+10% uncertainty)] pre-isolated Time Thyroid Whole Body Skin (hours) Dose fram) Dose (remi Dome (rem) O.000E+00 0.000E+00 0.000E+00 0.000E+00 2.800E-03 0.000E+00 0.000E+00 0.000E+00 5.000E-03 1.764E-02 4.141E-05 5.734E-04 8.000E+00 8.290E+00 1.884E-02 2.648E-01 2.400E+01 8.290E+00 1.888E-02 2.651E-01 9.600E+01 8.290E+00 1.889E-02 2.651E-01 7.440E+02 8.290E+00 1.890E-02 2.652E-01 12 min. isolated Time Thyroid Whole Body Skin (hours) Dose fram) Dose frem) Dose (rem) 0.000E+00 0.000E+00 0.000E+00 0.000E+00 2.800E-03 0.000E+00 0.000E+00 0.000E+00 5.000E-03 2.471E-01 2.277E-04 3.122E-03 2.000E-01 1.893E+01 1.732E-02 2.386E-01 8.000E+00 3.435E+01 3.099E-02 4.296E-01 2.400E+01 3.435E+01 3.100E-02 4.298E-01 9.600E+01 3.435E+01 3.101E-02 4.298E-01 7.440E+02 3.435E+01 3.101E-02 4.298E-01 Not-isolated (24 hrs-decav) Time Thyroid Whole Body Skin (hours) Dose fram) Dose (remi Dose (rem) 0.000E+00 0.000E+00 0.000E+00 0.000E+00 l 2.800E-03 0.000E+00 0.000E+00 0.000E+00 5.000E-03 2.471E-01 2.277E-04 3.122E-03 l 8.000E+00 2.181E+01 2.004E-02 2.760E-01 2.400E+01 2.181E+01 2.006E-02 2.762E-01 l 9.600E+01 2.181E+01 2.006E-02 2.762E-01 7.440E+02 2.181E+01 2.006E-02 2.762E-01 l i
1 [.3
~
NYPA - CALC.# JAF-CALC-RAD-00023
'~
REV 1' PAGE NO.: PROJECT: JAF PAGE NO. W4 PREPARED BY: W 'DATE 9Mdf CHECKED BY: DATE . - TITLE: Power Uprate Program -
' Technical Support Center o -
Accident Radiological Habitability Study Table 7.1 (Continued) TSC Radiation Exposures Following A Design-Basis Refueling Accident [2700 sefa filtered (3000-10% uncertainty)] nre-isolated Time' Thyroid whole Body Skin (hours) Dose (ren) Dose (ren) Dose frem) I
~
0.000E+00 0.000E+00' O.000E+00 0.000E+00 l 2.800E-03 0.000E+00 0.000E+00 0.000E+00 I 5.000E-03 1.706E-02 3.629E-05 5.022E-04 8.000E+00 9.158E+00 1.879E-02 2.641E-01 ' 2.400E+01 9.158E+00 1.883E-02 2.644E-01 9.600E+01 9.158E+00 1.884E-02 2.645E-01 7.440E+02 9.158E+00 1 884E-02 2.645E-01 12 min. isolated Time Thyroid Whole Body Skin (hours) Dose (rem) Dose (rea) Dose (rem) 0.000E600 0.000E+00 0.000E+00 0.000E+00 2.800E-03 0.000E+00 0.000E+00 0.000E+00 5.000E-03 2.471E-01 2.277E-04 3.122E-03 2.000E-01 1.893E+01 1.732E-02 2.386E-01 8.000E+00 3.655E+01 3.287E-02 4.561E-01 2.400E+01 3.655E+01 3.289E-02 4.563E-01 9.600E+01 3.655E+01 3.289E-02 4.563E-01 7.440E+02 3.655E+01 3.289E-02 4.563E-01 Not-isolated (24 hrs-decav) Time Thyroid whole Body Skin (hours) Dome frem) Dose frem) Dose (ren) 0.000E+00 0.000E+00 0.000E+00 0.000E+00 2.800E-03 0.000E+00 0.000E+00 0.000E+00 5.000E-03 2.471E-01 2.277E-04 3.122E-03 8.000E+00 2.181E+01 2.004E-02 2.760E-01 2.400E+01 2.181E+01 2.006E-02 2.762E-01 9.600E+01 2.181E+01 2.006E-02 2.762E-01 7.440E+02 2.181E+01 2.006E-02 2.762E-01
NYPA - CALC.# JAF-CALC-RAD-00023' REV 1 PROJECT ,JAF
~'
PAGE NO.s k j NJET PAGE NO. : J PREPARED BY: M(e- DATE 9/*VMf CHECKED BY: f[ DATE TITLE: Power Uprate Program - Technical support Center - g Accident Radiological Habitability Study J
- 8. RADIATION IIPOSURES PROM EXTERMhL SOURCES ;
1 This'section addresses the post-accident sources of external l radiation affecting the habitability of the JAF TSC, specifically: I (a) -Airborne radioactivity accumulating on the refueling level of the reactor building,
.(b) Overhead radioactive clouds, and (c) Eslogens accumulating on the TSC charcoal filters.
The approach employed'in this assessment was not to provide 1 detailed analysis for each accident scenario, but rather to ' evaluate the worst-case impact of the above sources on the habitability of the TSC. The TSC analysis was limited to post-LOCA drywell leakage for sources (a) and (b) above, and a~MSLB for source (c). For the sake of completeness, radiation fields were determined for
' receptors located within the TSC proper (El. 286'), the General
' Offices-(El. 286'), and the Alternate TSC (El. 300').
The radiation dose rates and cumulative doses documented in this section are to' air.(rad).- They may be conservatively applied to the whole body (rem) . i h
l
\
. Nn X CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO. IS PROO4CT: JAF ~
e . p PAGE NO.: W4 PREPARED BY: ~J//r DATE 4/JF/ff CEECKED BY: X[ DATE g/fp/F
" TITLE: Power Uprate Program - Technical Support Center /Pddt'
- J Accident Radiological Habitability Study.
8'1. . Direct Shine from Post-LOCA Airborne Radioactivity in the Reactor Building
~
8.1.1 Basic Data and Assumpticas Of interest here are the definition of the gasuna spectra associated.with the post-LOCA airborne radioactivity within the refueling level,'and the source / receptor geometry. These are addressed below. Source Term The basic data and assumptions for a LOCA are as describcd in Sec. ) 4 of this calculation. The items associated with definition of the. airborne radioactivity within the reactor building and the associated time-dependent gn=== spectra are as follows: (a)- A LOCA takes place at full power (2586.S MWt) . (b) The core inventory for the radionuclides of interest is shown in Table 4.1. (c) 100% of the core-inventory noble gases and 25% of the halogens become instantly airborne within the drywell atmosphere and are available for leakage to the secondary containment. (d) The halogen composition airborne within the drywell is as follows: 91% elemental, 4% organic.and 5% particulate. (e) Leakage from the drywell is at the rate of 1.5% per day. (f) As a result of the ventilation system, airborne radioactivity leaking from the drywell becomes uniformly distributed within the air volume of the reactor fs building (2.6E+06 f t') . (g) Release from the reactor building is through the SGTS and the main stack at the rate of 6000 scfm (or 3.3 air changes per day) .
IWPA'- CALC.# JAF-CALC-RAD-00023' REV'l PAGE NO.t PROJECT: JAF ~ N p PAGE NO.: 7 '7 PREPARED BY: M DATE 9/#/8 CHECKED BY: N/ DATE g/S//9f TITLE: ' Power .Uprate Program - Technical Support Center 'P64 M Accident Radiological Habitability Study l Source / Receptor Geometry The' general-arrangement of the various buildings in the area of interest and the floor plans at El. 286' and 300' are shown in Figs.18.1 - 8.3 The receptor geometry for use with QAD-CGGP is shown in Figs. 8.4 - 8.6. The primary components and corresponding body numbers:in the QAD-CGGP representation are as
.follows:
Reactor Buildings j El. 272.0' - 367.5' - Bodies 2 and 3 El. 367.5' - 429.5' Bodies 4 and 5 MG Set and Fan Rooms: El. 272.0' - 322.0': Bodies 6 and 7 Administration Building - Cable Room, Relay Room and CR El. 272.0' - 322.0's Bodies 8, 9, 10 and 11 Administration Building - El. 272' exclusive of Cable Room El. 272.0' - 206.0's Bodies 46 and 47 Administration Building - TSC proper / Gen. Offices (El. 286') El. 286.0' - 300.0': Bodies 12-45, 48, 69, 70 and 71 (in part) Administration Building - Alternate TSC (El. 300') El.'300.0' - 322.0' - Bodies 49-68, and 71 (in part)' Outer body - Body 1 The body dimensions are presented in Table. 8.1. Note that the RB concrete floors beneath the refueling level source were conservatively represented by a single 18" concrete slab, and that 7: the Auxiliary Boiler Rm was not included in the geometry. The receptor. locations [11 on El. 286' (the TSC proper), and 4 on
r;- j NYPA - CALC.# JAF-CALC-RAD-00023; REV 1 PAGE NO.: [7 PROJECT: JAF N p PAGE NO.: W~ PREPARED BY: /8f b DATE 9/s#8/ CHECKED BY: A'o' DATE . TITLE: Power Uprate Program - Technical S'pport u Center . o - Accident Radiological Habitability Study El. 300'- (the alternate TSC)] are shown in Figs. 2.5 and 2.6. Note that some'of the receptors are heavily shielded from radiation ==mnating from the RB refueling level, while others have no shielding whatsoever. The effective concrete shield-slab thicknesses protecting the various receptors are as follows: Receptors 1 - 5 (El. 286' - General Offices) : 0" Receptors 6 - 8 (El. 206' - Gen. Off. E part of Lunch area) : 6" Receptors 9 - 11 (El. 286' - Most of Lunch area & Elevator) : 36" Receptors 12 - 15 (El. 300' - Alternate TSC) : 30"
]
The density for poured concrete was set at 2.35 g/cc and had the following composition (in weight percent, from Ref. 44, Vol. II, , Teble 9.1.?2-77): I Fe 1.19 H : 0.85 0 : 50.64 Mg 0.23 Ca: 8.03 Nas 1.66 ' Sit 30.49 Als 4.44 S : 0.12 K :- 1.87 The density for block concrete was set equal to approximately J (2.35/3) = 0.78 g/cc and had the same composition. f l i 1 1
NYPA - CALC.# JAF-CALC-RAD-00023 PROJECT: JAP, REV 1 PAGE NO.s N g PAGE NO.: W
#9, !
PREPARED BY: Afk DATE 9/Af/M CHECKED BY: //J DATE f Sp/Sr f TITLE: Power Uprate Program - Technical Support Center [P64t!- I Accident Radiological ~ Habitability Study l 8 '.~ 1. 2 ' Results The time-dependent gewed spectra needed for the shine analysis to l TSC receptors were extracted from the DORITA-2 run case # 3.in
Attachment:
A.'of~the present calculation. l
. Post-LOCA direct-shine radiation dose rates and cumulative doses
~
at the various receptors identified in Sec. 8.1.1 due to post-LOCA radioactivity accumulating on the RB refueling level are shown in Tables 2.3 and'2.4. These were: extracted from the QAD-CGGP and MATILDA Run Case #1 in Attachment A. Refer to Sec. 2.2 for overall summaries and discussion. l i E o
NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO. [/ , PROJECT: JAF ~ PAGE NO.: 90 PREPARED BY Mb DATE 9/49/f/ CHECKED BY: DATE TITLE: Power Uprate Program - Technical Support Center o' - Accident Radiological Habitability Study Table 8.1 Locations and Thicknesses of Bodies Employed in the QAD-CGGP Representation of the RB Refueling Level Source and TSC Receptors Body X-min X length Y-min Y length Elev. Height No. Mat. (ft) ( f t's (ft) (ft) (ft) (ft) 1 1- -2624.7 -5741.5 -3248.0 5872.7 0.0 2952.8 2* 2 0.0 114.0 0.0 151.0 272.0 95.5 3 1- 2.0 110.0 2.0 147.0. 272.0 95.5
'4 2 -5.5 125.0 -5.5 162.0 367.5 2.0 5 1 -5.5 125.0 -5.5 162.0 369.5 60.0 6* 2 124.0 37.0 0.0 130.0 272.0 50.0 7 1 114.0 37.0 0.0 130.0 272.0 49.5 8* 2 151.0 81.5 -66.0 66.0 272.0 50.0 9 1 152.0 78.5 -64.0 64.0 272.0 47.5 10 2 152.0 78.5 -64.0 64.0 285.5 0.5 11 2 152.0 78.5 -64.0 64.0 299.5 0.5 12* 2 151.0 2.0 2.0 142.5 286.0 13.5 13 2 151.0 81.5 0.0 2.0 286.0 13.5 14* 2- 151.0 17.0 48.5 5.0 286.0 13.5 15 2 162.5 5.5 53.5 28.0 286.0 13.5 16* 2 151.0 17.0 81.5 5.0 286.0 13.5 17* 2 230.5 2.0 2.0 166.5 286.0 13.5 18* 2 218.0 14.5 51.0 5.0 286.0 13.5 19 2 218.0 5.5 56.0 25.5 286.0 13.5 20* 2 218.0 14.5 81.5 5.0 286.0 13.5 21 2 179.5 1.0 20.5 74.5 286.0 13.5 22 2 179.5 33.5 20.0 0.5** 286.0 13.5 ;
23 3 212.5 0.5 20.5 25.0 286.0 13.5 i 24 3 180.5 32.5 48.5 0.5 286.0 13.5 25 3 212.5 0.5 58.0 28.5 286.0 13.5 26 3 168.0 0.67 2.0 46.5 286.0 13.5 l 27 3 218.0 0.67 86.5 25.0 286.0 13.5 ' 28 2 153.0 26.5 95.0 1.0 286.0 13.5 29 3 179.5 33.5 95.3 0.67 2'86.0 13.5 1 30 3 153.0 60.0 111.0 0.5 286.0 13.5 j 31 3 179.5 0.5 96.0 15.0 286.0 13.5 ' 32 3 194.5 0.5 96.0 15.0 286.0 13.5 I
l NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: 96 PROJECT: JAF NEy' PAGE NO. f/ PREPARED BY: & DATE 9/#/ff CHECKED BY: M DATE p//f/ff TITLE: Power Uprate Program - Technical Sdpport Center /Pofst' Accident Radiological Habitability Study Table 8.1 (Continued) Locations and Thicknesses of Bodies Employed in the OhD-CGGP Representation of the RB Refueling Level Source and TSC Receptors Body X-min X length Y-min Y length Elev. Height
.No. Mat. (ft) (ft) (ft) (ft) (ft) (ft)
- 33. 3 212.5 0.5 96.0 15.0 286.0 13.5 34 3 166.0 0.67 111.5 19.5 286.0 13.5 35 3' 153.0 13.7 131.0 0.67 286.0 13.5 36 3 213.0 17.5 115.0 0.5 286.0 '13.5 37 3 213.0 0.5 115.5 33.0 286.0 13.5 38 3 213.0 17.5 148.5 0.5 286.0 13.5 l 39* 3 151.0 0.33 144.5 24.0 286.0 13.5 I 40 3 151.3 67.3 155.2 0.5 286.0 13.5 41 3 166.0 0.5 155.7 12.8 286.0 13.5 42 3 179.0 0.5 155.7 12.8 286.0 13.5 43 3 192.0 0.5 155.7 12.8 286.0 13.5 44 3 205.0 0.5 155.7 12.8 286.0 13.5 l 45 3 218.0 0.5 155.7 12.8 286.0 ' 13.5 46 1 151.0 81.5 0.0 168.5 272.0 13.5 47 -2 151.0 81.5 0.0 168.5 285.5 0.5 48 2 151.0 81.5 0.0 129.0 299.5 0.5 49 2 151.0 81.5 0.0 89.5 319.5 1.0 50 2 151.0 81.5 0.0 89.5 320.5 1.5 51 2 151.0 2.0 1.0 89.7 300.0 19.5 l 52 3 151.0 1.0 90.7 38.3 300.0 19.5 53 2 230.5 2.0 1.0 128.0 300.0 19.5 54- 2 151.0 81.5 0.0 1.0 300.0 19.5 55 3 179.5 1.0 1.0 19.0 300.0 19.5 56 2 179.5 1.0 20.0 46.0 300.0 19.5 57 3 206.5 1.0 1.0 19.0 300.0 19.5 58 2 180.5 50.0 20.0 1.0 300.0 19.5 59 3 214.3 1.0 21.0 29.0 300.0 19.5 60 3 180.5 33.8 49.0 1.0 300.0 19.5 61 3 153.0 12.8 66.0 1.0 300.0 19.5 62 3 174.1 32.4 66.0 1.0 300.0 19.5 63 2 153.0 12.8 84.5 1.0 300.0 19.5 64 =2 174.1 32.4 84.5 1.0 300.0 19.5
NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: 7/ i PROJECT: JAF ' PAGE NO.: 42_ l PREPARED BY: M[p. DATE 4h#/91 CHECKED BY: DATE TITLE: Power Up rate Program - Technical Suppor' Center g@/,rrh ost-l Accident Radiological Habitability Study l Table 8.1 (Continued) Locations and Thicknesses of Bodies Employed in the QAD-CGGP Representation of the RB Refueling Level Source and TSC Receptors Body X-min X length Y-min Y length Elev. Height No Mat. (ft) (ft) (ft) (ft) (ft) (ft) 65 3 206.5 1.0 66.0 19.5 300.0 19.5 l 66 2 179.5 1.0 78.0 6.5 300.0 19.5 3 179.5 1.0 67.0 300.0 19.5
,67 4.5 68 2 213.8 16.7 84.5 1.0 300.0 19.5 69 1 151.0 11.5 53.5 28.0 286.0 13.5 70 1 223.5 9.0 56.0 25.5 286.0 13.5 71* 1 151.0 81.5 0.0 168.5 286.0 36.0 Material: 1 = Air 2 = Poured concrete (density 2.?s5 g/cc) 3 = Unfilled concrete block (eff. den. 0.78 g/cc)
- Zone Definitions:
Zone 1: Bodies +1 - (2, ... 11) -46 -47 -71
-3 Zone 2: Bodies +2 Zone 6: Bodies +6 -7 Zone 8: Bodies +8 -9 Zone 12: Bodies +12 -69 Zone 14: Bodies +14 -12 Zone 16: Bodies +16 -12 Zone 17: Bodies +17 -70 Zono 18: Bodies +18 -17 Zone 20: Bodies +20 -17 Zone 39: Bodies +39 -12 Zone 71: Bodies +71 -(12, ... 45) - (4 8, ... 70) ** Wall thickness of Body #22 was inadvertently assigned a value of 12" instead of 6" ; has no impact at the receptor locations analyzed.
Note: All office walls were conservatively defined as 6" (instead of 8" ) unfilled block walls.
NYPA - CALC.# JAF-CALC-RAD-00023 -REV 1 PAGE NO.: 92. PROJECT: JAF 93 I My NJ.XT PAGE NO. : PREPARED BY: DATE f/JV/f/ CHECKED BY: /(/ DATE /gy/yf l TITLE: Power Uprate Program - Technical Support Center Postl l Accident Radiological Habitability Study ? t Fig. 8.1 - Building Arrangement in the General Area of Interest j (from JAF Drawing 11825-FA-2G) A
, TOP OF
- AR AFE T l E L. 4 34 ~c' i
}i
, i , . - - _ _ r
'4] i ,e A4 ',1 - J 8 i 1 "' P T :li . i
.11 *
] ,
' $ j'EEACTOR BLOG
.i lY ' EL 3- 0 w.
L 380 ~ ' , , . . T. r i<
- /b'.'/ &: 2 I ra ..s I 4
'; ! $ TCP CF PARAGE T
- l .
j + $ EL. 313 4' 4 l'f, j e e ra.ec .k. , el ! < - f j
' d TE.,7 l ,
I
'[ ' - ra lw., cr crpaqsat, i; .
**- rc set 1r ,g g ,,t.- ,,
EL 3C2 6' J., e's-n. o m, o P1_- 5 l
. . . . . , .,..n ..,
" --o com 0 rL L
.U
, ii !lill
.Ih c 1 I '!!
1 i I l l! i. r.y-rr- ; -- i - i -P"~ --t' 2 " c' ;
.M l
....... ..... , . _ _ . . . . .. l gang
- N,' g y g g gaggg acqgg pgg{_
. Deme. sine 6TR at tape p,, Lag ,
l g ei - s* y3
! art.*
-i,4 -. -.-- - -
g-- e
,g.
.g g l
V/ F.ET J L. use==am B- A L II . I
. . k Y PEACTCR eLDG. i '
l: ( l
***sa 6 LiNE 8,'
h. [ , jll FA IIA } [lh kj L _n s.m Jl i l
/,..,, ,
/
- gg --
T. r ec. . n l TOP OF PARAPET t EL. sav-cr bas.ess ' !!*
; FA- rt A 4 9-
- i. i !
,,.,g. . w' . o* -a s' **
l
@ @ A-A PART NORTH !
1 NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: 93 PROJECT: JAF NEXT PAGE NO.* *t s/- , l PREPARED BY: ##[, TITLE: Power Uprate Program DATE 9 4 F/9 9 C H E C K E D B Y : /[f Technical Support Center Post-DATE g/,ty/P/ l Accident Radiological Habitability Study Fig. 8.2 - Adminstration Building El. 286' (from JAF Drawing 11825-FA-16A) I
, .:.. s.e_ _ e ,. e e I #
- . :L . & . c.- I we * * *:
.'.2l..y.y.gr. nm"4 .v
.. ...- .a I ... t~.'"" .r
~j&
i
.'a
, 3
.i.e ^- -
-; f, ^
+3 !
T. ' .. . . ...^^^^~ ,
.. r . - . . . .. I .
, %. .t . .
mr* -N+.- w .__ J. .g ;
-6%-)a 4w .b. . .
. I p,.l' c 2rm=g .... . <. .
=. w s i ! . n. .. -
3,
- g. . -
p =
.i - ;,-
-e l m ,_
s I - 4
.n.
c z : . <t Le n . ,, 3 .. . .r dlllE . ' L.bg
=wPEW...:: _.. m .r.y:
v,.m o,c . a _ _. .- e j
- ~"r! i t .
8
- m. i A._.Le, w* ! fi=
wn ' :4..__3 ," ,7> 3 I 4 4. i
. t_ l .
u, _n > =.e w+7 :' i
!p ev5~.nh t
(= y f rt- *r .p'e v, Q., -,:.5
$ %m't, , 7w. .L,..Ip ~g
_\.--Q_.., ;. _. , j. . e f' :u- c
~
) ,
.m.~ .
ef g y a.c ,c., h-
- e ;
, r-1 ,
3 m-. p- g -- . , 1..g. a
%y-i m.. '-.:rJe 1 : ', .-;e m Mi i
[ 11 -- j,
..r;;;; .!.: c :.< g ~.
. ===
T;- l l_ a r a ~;.'p
- k E _,
. -:n .
g i w
, .s t<~~+ ~_:
r -- n a
.. 44 f.
*14 1
I.g 4 .
%--Q a ne .. g.- i i .).. a 3
- e
.L 1
Jg
.L .
h l g D _9d. A .s
.-ww-- z ,._ 2 O q --
- s. ~ ,. 5 g
*- I st"
* !O tL . - Q:- g d
j i=q.- t e Ii . g mo uvwn e.o u. L"attra -
-t .
, t
. ,._1,r *
. r a. ... .u
.Qq .i . , - ,
w= ll 1 e *
'2 l
,l
)*t > ..,_._
3-J - . ,& --f-SECdUD F L o o e - M. 28(.' O
1 1 1 NYPA - CALC.# JAF-CALC-RAD-00023 REV 1' PAGE NO.: 94/ PROJECT: JAF. NJ.XT PAGE NO. : as r l PREPARED BY: N[,- DATE 4/zV/f1 CHECKED BY: f(,' DATE e/pp/f TITLE: Power Uprate Program - Technical Support Center "Postf / Accident Radiological Habitability Study Fig. 8.3 - Adminstration Building El. 286' (from JAF Drawing 11825-FA-16B) Q_ , _ _$. . . .. O % \
..<r c sel**
hi. s../ . _ . . l l h I, -
, - - . _ -. c . .g
=&
2.. I
.. .s '"<s. i .
6 m.ac.aos.
---r .ac ic5.mr ~c 1 , E, M . ! g ' ~ e a <
i D.x . E T !,( I j ar.,1,g '- 0,2._Mi _ _ _ , ,--,,,_s l h,s ,, _y l m , -
,Jc._a wl , 0ga -
c I
. = j g WC '.? l E
,, j ..
C ... j c-
._ga;.____ 4_
9.. _ _ - ._2
] .3 g '
! Efi!E ! , .,
- l
+
n EE 8, ? %""**.dIk 4 e u.r; . a < w -- ' , . ..
&._. , *e g~,m. ,j g. >
,y 11 . - .
e- J .. .a Jv 4..--- i !=f
,L
$:.=J-
[i e-* Q - --
., j .
- .. . ..,,j
., --O
; e.*ce w g t.... ;4
., 3~.. . . .y D eiyqj f;$[g, LA r
i
.. i . ..
a . s y;I ..
- i,
.-- v1- '
l - l w ' a:ha-2';p [
' ~
T *"* g '
~ -- i- __ _ , z. -n i@
.; . 2lr J,g m- ~E
- t si r :-&D % n.
j A. .e w=.
.w M.. r.:s. ; ;
+s.. . - - -
s e.m s s, . pra - Fisj e
~ j,,o
- t
-+-t. - - L --- _ j 4
. ..i m. .... j.
.t i 3 y;
. . u.* 4 4-
- ceNo) El:E E E "1 .
i *=y I ! 4 e 1 a..s _h ! 't w- ' ah t c p* $.=
-;i Ns .C g 7E*,
= .g. O L
4 g. a sme- ' 5-.r - - t r u.ie o F6o og m.a u - it. Soog. , 4
1 NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO. if PROJECT: JAF NEKT PAGE NO.: og PREPARED BY: 4 DATE q/gf/91 CHECKED BY: M DATE /pp/97 TITLE: Power Uprate Program - Technical Support Center p' Post' Accident Radiological Habitability Study l Fig. 8.4 - CAD-CGGP Source / Receptor Geometry (Direct Shine from the RB Refueling Floor - Part I) l El. 429.5' l 5 (Refueling Level) 4 f
/l 2
/ 6 (MG Set & Fan Rms)
El. 369.5 8 I 9 11 3 , , , El. 322' 7
/,/'/:- El. 300' 1 El. 286' l
El. 272' l l l
, , 8o i '0?g. 8 3- - ya 5 . DN eW4 ~ y a 5 :. Nf
,M g .M~ hp EW e}. g ,Y. EN %%
ge 5k O? 4al . *ng O,, w8. e " (gn f" RnE8" t FIS4w? =s.r n *gc4 eEnbi" a$Ej 5Ma" Ns' "." EF* pgAY o eg a$ y s$e %Xg ' ?" M- . Z y 2 3 s 4 4 4 u A _
.o b .
a 7 3 4 _ 3 a" 1 2 3 3 3 3 vm 7 _ 2 m-
~
mo 5 1 ~ 1 Y ~ 9 u^
^ .
7 1 n 6 2 m" W
NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: 97 PROJECT: JAF PREPARED BY: pf (._ - DATE 9/2,1999 ' T PAGE NO. W CHECKED BY: DATE. / 9Post-S _r/f/ TITLE: Power Uprate Program - Technical Support Center Accident Radiological Habitability Study Fig. 8.6 - QAD-CGGP Source / Receptor Geomet27 l (Direct Shine from the RB Refueling Floor - Part III) l N 1 N l
- n w
64 68 4 wil ! m , f% @ 4 , wil 62 60 e l e ' m n m G 58 5; m m
.m l
54 CowTacL ROCH
NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: f[ PROJECT: JAF- NEXT PAGE NO.: ~ 99 . PREPARED.BY: O DATE . 4/Ap/ff CHECKED BY: _ /// DATE 7 w/ff
/
TITLES.> Power Uprate Program - Technical Support Center ' Post-Accident Radiological Habitability Study 8.2 -Direct Shine from Post-LOCA Overhead Clouds
-Dose rates and cumulative doses inside the TSC pressure boundary due to gassna radiation emanating from overhead clouds are presented in'the subsections which follow.
8.2.1-' Basic Data and Assumptions Clodd' Gamma Spectra' The post-LOCA' gamma spectra in the released radioactive cloud were extracted from ELISA Run Case #1 in Appendix A of the present calculation. Note that these are for an equivalent semi-infinite cloud with uniform concentration, and were arrived at by making use of-the finite-cloud gamma (X/Q)s (Ref. 28). It should be noted that, the dose rates and doses in Rev 0 of this calculation were very small and negligible in comparison to those due to shine from the refueling' level. Therefore, the gamma spectra and QAD- i
.CGGP input data used in this revision are the same as Rev. O of this calculation.
Source / Receptor Geometry The-QAD-CGGP body geometry employed in this part of the calculation is identical to that described above in Sec. 8.1.1. l The only difference is the source region.- To simplify the analysis, two sets-of QAD-CGGP runs were carried out for each receptor, as follows:
- Part IALsource region covering.the entire space of interest and which includes all solid bodies in the geometry (namely, a box extending from -100 to 600 m along the x and y axes, and from ground level to 517 m above ground).
- Part-IIA source region covering only the MG set and Fan rooms, and the Administration building.
. E-
NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO. 8l$ PROJECT: JAF NJtX T P A G E N O . \ea , PREPARED BY: TITLE: set (a. DATE 9/2Mfi Power Uprate Program - CHECKED BY: #[ DATE Technical support Center Godt-
.g/pdf7 Accident Radiological Babitability Study Radiation fields were then computed for the two source cases, and the not. dose rates were obtained by subtracting from Part I the contribution from the assumed airborne radioactivity within the MG set end Fan rooms and the Admin. Building (Part II).
8.2.2 Results I i As noted above, the time-dependent gamma spectra needed for the ! cloud-shine dose analysis of TSC receptors were extracted from the I ELISA-Run Case #1 in Appendix A of.this calculation. A listing of the spectra may be found in the MATILDA output for Run Case #2 in Attachment A.of the present calculation. Post-LOCA cloud-shine radiation dose rates and cumulative doses at the various receptors identified in Sec. 8.1.1 due to post-LOCA drywell leakage are shown in Tables 8.2 through 8.16 for each of the 15 receptors. These were prepared using the results in QAD-CGGP and MATILDA Runs cases #2 - (for Part I) and #3 (for Part II) in Attachment A. The not doses and cumulative doses are equal to the differences between the Part I and Part II entries. Refer to -Sec. 2.2 for overall summaries and discussion.
1 NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: /00 PROJECT: JAF NEfr PAGE NO.: /o / , 1 PREPARED BY />[bL. DATE 9/M( CHECKED BY: A DATE .gaf /f / TITLE: Power Oprate Program - Technical Support Center 4ogt
- Accident Radiological Habitability Study l Table 8.2 l
Cloud-Shine Dose Rates and Cumulative Doses Within the TSC Pressure Boundary fram post-LOCA Drywell Releases 1 Receptor #1
~
Dose Rates- (rad /hr) Time Net Total (br) Part'I Part II (I - II) 0.0 4.936E-02 4.517E-03 4.484E-02 l 0.5 1.926E-02 1.790E-03 1.747E-02 L 1.0 1.486E-02 1.397E-03 1.347E-02 1 2.0 1.181E-02 1.130E-03 1.068E-02 8.0 6.525E-03 6.744E-04 5.850E-03 l 24.0 2.086E-03 2.349E-04 1.851E-03 48.0 3.068E-04 4.228E-05 2.645E-04 96.0 1.017E-04 l'.859E-05 8.307E-05 168.0 2.663E-03 4.935E-06 '2.169E-05 240.0 1.714E-05 3.172E-06 1.396E-05 l 744.0 8.748E-07 1.659E-07 7,090E-07 l Cumulative Doses (rad) Time Net Total (hr) Part I Part II (I - II) l 0.0 0.000E+00 0.000E+00 0.000E+00 l 0.5 1.599E-02 1.473E-03 1.452E-02 1.0 2.448E-02 2.266E-03 2.221E-02 2.0 3.776E-02 3.525E-03 3.423E-02 8.0- 9.121E-02 8.822E-03 8.239E-02
.24.0- 1.535E-01 1.549E-02 1.380E-01 48.0 1.758E-01 1.819E-02 1.576E-01 96.0 1.847E-01 1.957E-02 1.651E-01 168.0 1.887E-01 2.031E-02 1.684E-01 240.0 1.903E-01 2.060E-02 1.697E-01 744.0 1.930E-01 2.111E-02 1.719E-01 L
I' l i NYPA - CALC.# JAF-CALC-RAD-00023 PROJECT: JAF REV 1 PAGE NO. /d/ PAGE NO.: /o 2
. PREPARED'BY: pf & DATE 9/a#qq CHECKED BY: o DATE 9/pr/f/ !
~
TITLE:~. Power Uprate Program - Technical Support Center //Po4t- l Accident Radiological Habitability Study. Table 8.3 Cloud-Shine Dose Rates and Cumulative Doses l Within the TSC Pressure Boundary from post-LOCA Drywell Releases Receptor #2 Dose Rates (rad /hr) Time Net Total (br) Part I Part II (I - II) O '. 0 8.439E-02 9.035E-03 7.536E-02 ) 0.5 3.303E-02 3.646E-03 2.938E-02 1 1.0 2.555E-02 2.877E-03 2.267E-02 2.0 2.039E-02 2.366E-03 1.803E-02 l 8.0 1.150E-02 1.503E-03 9.993E-03 24.0 3.756E-03 5.633E-04 3.193E-03 48.0 5.799E-04 1.187E-04. 4.612E-04 I 96.0 2.081E-04 6.076E-05 1.474E-04 1 168.0 5.478E-05 1.625E-05 '3^.853E-05 240.0 3.526E-05 1.045E-05 2.481E-05
.744.0 1.797E-06 5.436E-07 1.253E-06 Cumulative Doses (rad)
Time Net Total (br) Part I Part II (I - II) ! 0.0 0.000E+00 0.000E+00 0.000E+00 0.5 2.738E-02 2.969E-03 2.441E-02 1.0 4.194E-02 4.593E-03 3.735E-02 2.0 6.482E-02 7.206E-03 5.761E-02 8.0 1.579E-01 1.862E-02 1.393E-01 24.0 2.686E-01 3.394E-02 2.347E-01 48.0 3.095E-01 4.079E-02 2.687E-01 96.0 3.269E-01 4.494E-02 2.819E-01 168.0' 3.351E-01 4.737E-02 2.878E-01 l 240.0 3.383E-01 4.832E-02 2.900E-01 l 744.0 3.440E-01 5.001E-02 2.940E-01 1
l NYPA - CALC.# JAF-CALC-RAD-00023 'REV 1 PAGE NO.: 1o 2. cntOJECT: JAF - N g PAGE NO.: )o3 ' PREPARED BY:' M (p- -DATE R/$FMi CHECKED BY: // DATE 9/gy TITLE:' Power Uprate' Program - Technical Support Center 4ost-Accident Radiological Habitability Study 1 1 Table 8.4 l l Cloud-Shine Dose Rates and Cumulative Doses
~
Within the TSC Pressure Boundary I from post-LOCA Drywell Releases Receptor #3 Dose Rates (rad /hr) ;
' Time Net Total (hr) Part I Part II (I -
II) 0.0 6.891E-02 7.783E-03 6.112E-02 0.5- 2.691E-02 3.108E-03 2.381E-02 1.0 2.077E-02 2.440E-03 1.833E-02 2.0 1.650E-02 1.994E-03 1.450E-02 8.0 9.085E-03 1.242E 7.844E-03 24.0 2.907E-03 4.508E-04 2.456E-03 48.0- 4.3323 '8.745E-05 3.457E-04 96.0 1.469E-04 4.149E-05 1.054E-04 168.0 3.853E-05' 1.106E-05 '2.746E-05 240.0 2.479E-05 7.111E-06 1.768E-05' 744.0 1.268E-06 3.692E-07 8.986E-07 Cumulative Doses (rad) Time- Net Total lhgl Part I Eart II (I - II) 0.0 0.000E+00 0.000E+00 0.000E+00 0.5 2.233E 2.546E-03 1.979E-02 1.0: 3.419E-02 3.926E-03 3.026E-02 2.0 5.274E-02 6 .13 6E 4.660E-02 8.0 1.273E-01 1.567E-02 1.116E-01
- 24.0 2.140E '2.815E-02 1.859E-01 148.0 2.452E-01 3.347E-02 2.118E-01 96.0 2'.579E-01 3.643E-02 2.215E-01 168.0 2.638E 3.809E 2.257,E-01
-240.0- 2.660E 3.873E-02 2.273E-01 744.0; - 2.700E-01 3.988E-02 2.301E-01
7 NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: /d3 PROJECT: JAF . NF PAGE NO.: /d#- 9 PREPARED BY: //ds. DATE 4/21//94 CHECKED BY: DATE TITLE: Power Uprate Program - Technical Support Center f/#pPost~ / Accident Radiological Habitability Study Table 8.5 Cloud-Shine Dose Rates and Cumulative Doses Within the TSC Pressure Boundary from post-LOCA Drywell Releases Receptor #4 Dose Rates (rad /hr) l Time Net Total ! (hr) Part I Part II (I - II) 0.0 6.995E-02 8.214E-03 6.174E-02 l 0.5 2.737E-02 3.308E-03 2.406E-02 l 1.0 2.113E-02 2.606E-03 1.852E-02 2.0 1.679E-02 2.137E-03 1.465E-02 8.0 9.239E-03 1.340E-03 7.899E-03 l 24.0 2.972E-03 4.981E-04 2.474E-03 48.0 4.556E-04 1.040E-04 3.516E-04 96.0 1.623E-04 5.284E-05 1.095E-04 168.0 4.269E-05 1.413E-05 '2.857E-05 240.0 2.748E-05 9.080E-06 1.839E-05 744.0 1.405E-06 4.728E-07 9.321E-07 Cumulative Doses (rad) Time Net Total (br) Part I Part II (I - II) 0.0 0.000E+00 0.000E+00 0.000E+00 0.5 2.269E-02 2.697E-03 1.999E-02 1.0 3.475E-02 4.169E-03 3.058E-02 2.0 5.362E-02 6.533E-03 4.709E-02 8.0 1.294E-01' 1.678E-02 1.127E-01 24.0 2.179E-01 3.039E-02 1.875E-01 48.0 2.501E-01 3.643E-02 2.136E-01
'96.0 2.637E-01 4.006E-02 2.236E-01 168.0 2.702E-01 4.217E-02 2.280E-01 240.0 2.726E-01 4.299E-02 2.296E-01 744.0 2.771E-01 4.446E-02 2.326E-01
NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: /47 e' PROJECT: JAF N p PAGE NO.: /of. PREPARED BY: 8(s. DATE 9/f#/4( CHECKED BY: M[ DATE g/gp/f TITLE: Power Uprate Progrs= - Technical Support Center Gos(t / Accident Radiological Habitability Study Table 8.6 Cloud-Shine Dose Rates and Cumulative Doses Within the TSC Pressure Boundary from post-LOCA Drywell Releases Receptor #5 Dose Rates (rad /hr) Time Net Total (hr) Part I Part II (I - II) 0.0 5.615E 7.039E-03 4.911E-02 0.5 2.193E-02 2.805E-03 1.912E-02 1.0 1.689E-02 2.198E-03 1.469E-02 2.0 1.336E-02 1.791E-03 1.157E-02 8.0 7.184E-03 1.100E-03 6.084E-03 24.0 2.262E-03 3.950E-04 1.867E-03 48.0 3.346E-04 7.555E-05 2.591E-04 96.0 1.125E-04 3.538E-05 7.710E-05
~
168.0 2.948E-05 9.426E-06 2.005E-05 240.0 1.897E-05 6.059E-06 1.291E-05 744.0 9.733E-07 3.149E-07 6.584E-07 Cumulative Doses (rad) Time Net Total lhgl Part I Part II (I - II) 0.0 0.000E+00 0.000E+00 0.000E+00 0.5 1.820E-02 2.301E-03 1.590E-02 1.0 2.785E-02 3.546E-03 2.430E-02 2.0 4.290E 5.533E-03 3.737E-02 8.0 1.126E-01 1.404E-02 8.858E-02 24.0 1. '.' 0 8E - 01 2.505E-02 1.457E-01 48.0 1.930E-01 2.968E-02 1.653E-01 96.0 2.008E-01 3.223E-0? 1.725E-01 168.0 2.092E-01 3.364E-02 1.756E-01 240.0 2.109E-01 3.419E-02 1.768E-01 744.0 2.140E-01 3.517E-02 1.788E-01
E l i NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: MI PROJECT: JAF.. NJXT PAGE NO.: /0 #
' PREPARED BY: AP6t_ DATE 4/#/// CHECKED BY: /G' DATE 7/1 #97 TITLE: Power Uprate Program - Technical Support Center 'P61st '
Accident Radiological Habitability Study Table 8.7 Cloud-Shine Dose Rates and Cumulative Doses Within the TSC Pressure Bc,undary from post-LOCA Drywell-Releases Receptor #6 Dose Rates (rad /hr) Time Net Total (hr) Part I Part II (I - II) 0.0 3.064E-02 6.370E-03 2.427E-02 0.5 1.199E-02 2.556E-03 9.439E-03 l 1.0 9.182E-03 2.004E-03 7.178E-03 2.0 7.145E-03 1.629E-03 5.516E-03 8.0 3.496E-03 9.829E-04 2.513E-03 l 24.0 1.038E-03 3.544E-04 6.839E-04 I 48.0 1.580E-04 7.162E-05 8.638E-05 i 96.0 5.668E-05 3.545E-05 2.123E-05 , 168.0 1.490E-05 9.467E-06 ~5.436E-06 240.0- 9.586E-06 6.085E-06 3.501E-06 744.0 5.011E-07 3.177E-07 1.833E-07 Cumulative Doses (rad) Time- . Net Total (hr) Part I Part II (I - II) 0.0 0.000E+00 0.000E+00 0.000E+00 0.5 9.941E-03 2.088E-03 7.852E-03 1.0 1.520E-02 3.223E-03 1.198E-02 2.0 2.332E-02 5.033E-03 1.829E-02 8.0 5.395E-02 1.271E-02 4.125E-02 24.0 8.635E-02 2.256E-02 6.378E-02 48.0 9'.757E-02 2.681E-02 7.076E-02 96.0 1.023E-01 2.928E-02 7.303E-02 168.0 1.046E-01 3.069E-02 7.387E-02 240.0 1.054E-01 3.125E-02 7.418E-02 744.0 1.070E-01 3.223E-02 7.475E-02 1
NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: /ddf PROJECT: JAF /a ~ PREPARED BY: Af/a_ DATE 9/g81 CHECKED BY:13}EET
/([ PAGE NO.:
DATE TITLE: Power' Uprate Program - Technical Support Center - Accident Radiological Habitability Study Table 8.8 Cloud-Shine Dose Rates and Cumulative Doses Within the TSC Pressure Boundary from post-LOCA Drywell Releases Receptor #7 I Dose Rates (rad /hr) j I Time Net Total j (hr) Part I Part II (I - II) I 0.0 1.123E-02 4.017E-03 7.213E-03 j 0.5 4.418E-03 1.619E-03 2.800E-03 i 1.0 3.376E-03 1.270E-03 2.106E-03 2.0 2.605E-03 1.032E-03 1.573E-03 8.0 1.204E-03 6.174E-04 5.870E-04 24.0 3.483E-04 2.226E-04 1.257E-04 48.0- 5.810E-05 4.598E-05 1.212E-05 96.0 2.406E-05 2.323E-05 8.320E-07 168.0 6.369E-06 6.207E-06 ~1.627E-07 240.0 4.094E-06 3.988E-06 1.054E-07 744.0 2.184E-07 2.096E-07 8.810E-09 Cumulative Doses (rad) Time Net Total ' (hr) Part I Part II (I - II) 0.0 0.000E+00 0.000E+00 0.000E+00 0.5 3.651E-03 1.319E-03 2.332E-03 1.0 5.588E-03 2.038E-03 3.550E-03 2.0 8.562E-03 3.185E-03 5.377E-03 8.0 1.946E-02 8.027E-03 1.143E-02 24.0 3.050E-02 1.422E-02 1.628E-02 48.0 3.438E-02 1.691E-02 1.748E-02 96.0 3.624E-02 1.851E-02 1.773E-02 168.0 3.720E-02 1.943E-02 1.776E-02 240.0 3.757E-02 1.980E-02 1.777E-02 744.0 3.823E-02 2.044E-02 1.779E-02
1 i-NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: /07, PROJECT: JAF NJXT PAGE NO.: /0 7, PREPARED BY: /6/(p- DATE 4hy/P4 CHECKED BY: #[ DATE 7/pp/ff TITLE: Power Uprate Program - Technical Efupport Center 'P66ti ' Accident Radiological Habitability Study l Table 8.9 Cloud-Shine Dose Rates and Cumulative Doses Within the TSC Pressure Boundary from post-LOCA Drywell Releases Receptor #8 Dose Rates (rad /hr) 1 Time Net Total lhrl Part I Part II (I - II) 0.0 9.097E-03 3.925E-03 5.172E-03 l 1 0.5 3.571E-03 1.562E-03 2.009E-03 1.0 2.726E-03 1.217E-03 1.509E-03 4 2.0 2.101E-03 9.803E-04 1.121E-03 8.0 9.679E-04 5.689E-04 3.991E-04 24.0 2.782E-04 1.977E-04 8.056E-05 48.0 4.531E-05 3.761E-05 7.707E-06 96.0 1.816E-05 1.763E-05 5.360E-07 168.0 4.800E-06 4.694E-06 ~1.059E-07 240.0 3.085E-06 3.017E-06 6.870E-08 744.0 1.641E-07 1.585E-07 5.700E-09 Cumulative Doses (rad) Time Net Total (br) Part I Part II (I - II) 0.0 0.000E+00 0.000E+00 0.000E+00 0.5 2.955E-03 1.282E-03 1.673E-03 1.0 4.520E-03 1.973E-03 2.546E-03 2.0 6.920E-03 3.068E-03 3.852E-03 8.0 1.569E-02 7.604E-03 8.089E-03 24.0 2.454E-02 1.322E-02 1.132E-02 48.0 2.762E-02 1.554E-02 1.209E-02 96.0 2.905E-02 1.680E-02 1.225E-02 168.0 2.977E-02 1.751E-02 1.227E-02 240.0 3.005E-02 1.778E-02 1.227E-02 744.0 3.055E-02 1.827E-02 1.228E-02
NYPA- CALC.# JAF-CALC-RAD-00023 EEV 1 PAGE NO.: /O [ Ao 9 , PROJECT: JAF PAGE NO.: PREPARED BY: M/w DATE 4/2@ff CHECKED BY: DATE 9/pp/f/ TITLE: Power Uprate Program - Technical Support Center ' Posit-Accident Radiological Habitability Study Table 8.10 Cloud-Shine Dose Ratss and Cumulative Doses Within the TSC Pressure Boundary from post-LOCA Drywell Releases Receptor #9 Dose Rates-(rad /hr) Time Net Total (hr) Part l Part II (I - II) 0.0 1.256E-02 5.837E-03 6.725E-03 0.5 4.965E-03 2.350E-03 2.614E-03 1.0 3.805E-03 1.845E-03 1.960E-03 2.0 2.954E-03 1.501E-03 1.453E-03 8.0 1.412E-03 9.061E-04 5.054E-04 24.0 4.273E-04 3.290E-04 9.835E-05 48.0 7.732E-05 6.822E-05 9.104E-06 96.0 3.499E-05 3.455E-05 4.380E-07 168.0 9.305E-06 9.234E-06 ~7.140E-08 240.0 5.981E-06 5.934E-06 4.670E-08 744.0 3.161E-07 3.109E-07 5.250E-09 Cumulative Doses (rad) Time Net Total (hr) Part I Part II (I - II) 0.0 0.000E+00 0.000E+00 0.000E+00 0.5 4.092E-03 1.9163-03 2.175E-03 1.0 6.272E-03 2.960E-03 3.311E-03 2.0 9.633E-93 4.627E-03 5.006E-03 8.0 2.217E-02 1.170E-02 1.047E-02 24.0 3.534E-02 2.081E-02 1.453E-02 48.0 4.026E-02 2.479E-02 1.547E-02 96.0 4.282E-02 2.717E-02 1.565E-02 168.0 4.422E-02 2.855E-02 1.567E-02
'240.0 4.476E-02 2.908E-02 1.567E-02 744.0 4.573E-02 3.005E-02 1.568E-02
~ NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: /df PROJECT: JAF .
NEXT PAGE NO.: //O , PREPARED BY: g[s - DATE d/zFAf CHECKED BY: /// DATE 7/p/Py
' TITLE: Power Uprate ~ Prog' ram - Technical su~pport Center Todt-Accident Radiological Habitability Study Table 8.11 Cloud-Shine Dose Rates and Cumulative Doses i Within the TSC Pressure Boundary from post-LOCA Drywell Releases Receptor #10 Dose Rates (rad /hr)
Time Net Total (hr) 'Part I Part II (I - II) 0.0 6.868E-03 6.034E-03 8.340E-04 0.5 2.757E-03 2.434E-03 3.230E-04 1.0 2.155E-03 1.913E-03 2.419E-04 2.0 1.739E 1.561E-03 1.779E-04 8.0 1.011E-03 9.534E-04 5.769E-05 24.0 3.595E-04 3.494E-04 1.017E-05 48.0 '7.407E-05 7.314E-05 9.300E-07 96.0 3.735E-05 3.731E-05 4.000E-08 168.0 9.980E-06 9.974E-06 ~6.000E-09 240.0 6.414E-06 6.410E-06 3.900E-09 744.0 3.358E-07 3.353E-07 4.800E-10 Cumulative Doses (rad) Time Net Total (hr) Part I Part II (I - II) 0.0 0.000E+00 0.000E+00 0.000E+00 0.5 2.252E-03 1.983E-03 2.693E-04 j 1.0 3.474E-03 3.064E-03 4.096E-04 l 2.0 5.413E-03 4.795E-03 6.180E-04 1 8.0 1.347E-02 1.219E-02 1.278E-03 24.0' 2.355E-02 2.182E-02 1.733E-03 48.0 2.788E-02 2.606E-02 1.829E-03 96.0 3.046E-02 2.861E-02 1.849E-03 168.0 3.195E-02 3.010E-02 1.851E-03 240.0 3.253E-02 3.068E-02 1.850E-03 744.0 3.357E-02 3.172E-02 1.852E-03 1 4
NYPA - CALC.#:JAF-CALC-RAD-00023 REV 1 PAGE NO.: //O ' PROJECT: JAF NEXT PAGE NO.: /// , I PREPARED BY: ' M[s- DATE 4h(//(f ' CHECIED BY: //,' DATE ./gp/Ff TITLE: Power Uprate Program - Technical support Center 4Fefdt-Accident' Radiological Habitability Study Table 8.12 Cloud-Shine Dose Rates and Cumulative Doses l Within the TSC Pressure Boundary-from por,t-LOCA Drywell Releases Receptor #11 Dose Rates (rad /hr) Time Net Total (br) Part I Part II (I - II) 0.0 3.747E-03 3.623E-03 1.240E-04 0.5 1.515E-03' 1.469E-03 4.640E-05 1.0 1.192E-03 1.157E-03 3.480E-05 2.0 9.715E-04 9.464E-04 2.513E-05 8.0 5.893E-04 5.825E-04 6.770E-06 24.0 2.167E-04 2.159E-04 8.500E-07 48.0 4.655E-05 4.647E-05 8.200E-08 96.0- 2.427E-05 2.426E-05 9.000E-09 168.0 6.495E-06 6.493E-06 ~2.000E-09 240.0 4.174E-06 4.172E-06 1.300E-09 744.0 2.185E-07 2.184E-07 8.001E-11 Cumulative Doses (rad) Time Net Total (hr) Part I Part IJ, (I - II) 0.0 0.000E+00 0.000E+00 0.000E+00 0.5 1.232E-03 1.193E-03 3.950E-05
.1.0- 1.906E-03 -1.846E-03 5.970E-05
~2.0 2.984E-03 2.894E-03 8.940E-05 8.0 7.571E-03 7.393E 1.779E-04 24.0 1.353E-02 1.330E-02 2.270E-04 j 48.0 1.619E-02' 1.595E-02 2.350E-04 l 96.0 1.783E-02 1.759E-02 2.380E-04 168.0 1.880E-02' 1.856E-02 2.380E-04 240.0 .
1.918E 1.894E-02 2.380E-04 744.0 '1.985E-02 1.961E-02 2.380E-04 l l
NYPA'- CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.s /// PROJECT: JAF . NJIT PAGE NO. N1. . I- PREPARED BY: M P DATE 9/2#Af ' CEECKED BY: #/ DATE e/> FAT / TITLE: Power .Uprate Program - Technical S'upport Center '@ oft'- Accident Radiological Habitability Study Table 8.13 Cloud-Shine Dose Rates and Cumulative Doses Within the TSC Pressure Boundary from post-LOCA Drywell Releases l Receptor #12 Dose Rates (rad /hr) Time- Net Total l lhg) Part I. Part I.T. (I - II) 0.0 6.047E-03 5.898E-03 1.487E-04 0.5 2.436E-03 2.381E-03 5.570E-05 1.0' 1.916E-03 1.874E-03 4.160E-05 2.0 1.563E-03 1.533E-03 2.980E-05 8.0 9.563E-04 9.491E-04 7.240E-06 j 24.0 3.513E-04 3.506E-04 6.400E-07 4 48.0 7.373E-05 7.366E-05 6.200E-08 96.0 3.766E-05 3.765E-05 1.000E-08 168.0 1.007E-05 1.007E-05 2.000E-09 240.0' 6.471E-06 6.469E-06 1.600E-09 744.0 3.382E-07 3.381E-07 8.001E-11 Cumulative Doses (rad) Time Net Total (hr) Part I Part II (I - II) 0.0 0.000E+00 0.000E+00 0.000E+00 0.5. 1.986E-03 1.939E-03 ' 4.730E-05 1.0 3.069E-03 2.997E-03 7.160E-05 2.0 4.802E-03 4.695E-03 1.070E-04 8.0 1.221E-02 1.200E-02 2.090E-04 24.0 2.188E-02 2.162E-02 2.590E-04 48.0 2.614E-02 2.588E-02' 2.650E-04 4 96.0- 2.872E-02 2.846E-02 2.670E-04 L 168.0 3.023E-02 2.996E-02 2 . 67 0.E- 04 l- 240.0 3.081E-02 3.055E-02 2.670E-04 i 744.0 3.186E-02 3.159E-02 2.680E-04 l
7
< . 1
-NYPA - CALC.#~JAF-CALC-RAD-00023 REV 1 PAGE NO.: //2 PROJECT: JAF. NEXT PAGE NO.: // 9 .
PREPARED BY: /f /, - D A T E __4 /3,9 4 9 CHECKED BY: /// DATE e/a,Mf TITLE: Power Uprate Program - . Technical Support Center W5st-
' Accident Radiological Habitability Study s Table 8.14-l' Cloud-Shine Dose Rates and Cumulative Doses '
Within the TSC Pressure Boundary i from post-LOCA Drywell Releases Receptor #13 Dose Rates (rad /hr) l Time Not Total _{}gi 'Part I Part II (I - II) l ,
- . 0.0 5.844E-03 5.412E-03 4.320E-04 i 'O.5 2.339E-03 2.173E-03 1.665E-04 l
- 1.0 1.827E-03 1.703E-03 1.239E-04 l 2.0 1.472E-03 1.383E-03 8.860E-05 l l 8.0 8.502E-04 8.291E-04 2.108E-05 1 24.0 2.996E-04 2.980E-04 1.620E-06 48.0 6.052E-05 6.039E-05 1.310E-07 l 96.0 3.001E-05 3.000E-05 1.000E-08 l
~ 2.000E-09 l 168.0 -8.011E-06 8.009E-06
! 240.0 5.148E-06 5.147E-06 1.300E-09 l' 744.0 2.702E-07 2.701E-07 1.'000E-10 l Cumulative Doses (rad) ,, Time. Net Total I-
.(hr). Part I Part II (I -
II_). ! 0.0 0.000E+00 0.000E+00 0.000E+00 0.5 1.914E-03 1.775E-03 1.392E-04 l
-1.0 2.950E-03 2.739E-03 2.114E-04 I 2.0 4.593E-03 4.276E-03 3.167E-04 !
l . i L . 8 .~ 0 - 1.139E-02 1.077E-02 6.170E-04 i l- 24.0 ~ 1.983E-02 1.908E-02 7.590E-04 { 48.0 2.342E-02 2.265E-02 7.740E-04 j 96.0 2.551E-02 2.473E-02 7.760E-04 l 168.0 2.671E-02 2.593E-02 7.770E-04 !
.240.0 2.717E-02 2.640E-02 7.780E-04 l 744.0 2.801E-02' 2.723E-02 7.780E-04 l
l
- c. .
l
\
NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.2 83 PROJECT: JAF p PAGE NO.: //sc PREPARED BY: Afh DATE 4/zf/(Y CHECKED BY: K[ DATE .,/a rMa> TITLE: Power - Uprate Program - Technical Support Center Post-Accident Radiological Habf_tability Study Table 8.15 Cloud-Shine Dose Rates and Cumulative Doses Within the TSC Pressure Boundary from post-LOCA Drywell Releases Receptor #14 Dose Rates (rad /hr) Time- Net Total (br) Part I Part II (I - II) 0.0 -6.265E-03 4.795E-03 1.471E-03 0.5 2.521E-03 1.95CE-03 5.714E-04 1.0 1.978E-03 1.541E-03 4.366E-04 2.0 1.605E-03 1.267E-03 3.377E-04 8.0 9.590E-04 7.982E-04 1.608E-04 24.0 3.479E-04 3.014E-04 4.650E-05 48.0 7.291E-05 6.633E-05 6.576E-06 96.0 3.724E-05 3.520E-05 2.0415-06 168.0 9.960E-06 9.427E-06 ~5.329E-07 I 240.0 6.4022-06 6.058E-06 3.432E-07 1 744.0 3.338E-07 3.166E-07 1.724E-08 l Cumulative Doses (rad) Time Net Total ' (br) Part I Part II (I - II) l / 0.0 0.000E+00 'O.000E+00 0.000E+00 1 0.5 2.057E-03 1.581E-03 4.757E-04 1.0 3.176E-03 2.450E-03 7.261E-04 2.0 4.961E-03 3.850E-03 1.111E-03 8.0 1.249E-02 9.939E-03 2.549E-03 24.0 2.213E-02 1.810E-02 4.030E-03 48.0 2.635E-02 2.183E-02 4.527E-03 96.0 2.890E-02 2.419E-02 4.717E-03 168.0 3.039E-02 2.559E-02 4.798E-03 240.0 3.097E-02 2.614E-02 4.829E-03 744.0 3.201E-02 2.712E-02 4.884E-03
l NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: 8M PROJECT: JAF NEXT PAGE NO.: //S PREPARLD BY: /9/a_ DATE 4h///M CHECKED BY: /f' DATE 9/afd TITLE: Power Uprate Program - Technical Support Center '@ost 7 Accident Radiological Habitability Study Table 8.16 Cloud-Shine Dose Rates and Cumulative Doses Within the TSC Pressure Boundary from post-LOCA Drywell Releases Receptor #15 Dose Raten (rad /hr) Time Net Total (hr) Part I Part II (I - II) 0.0 5.490E-03 4.385E-03 1.105E-03 0.5 2.210E-03 1.781E-03 4.295E-04 1.0 1.728E-03 1.406E-03 3.214E-04 2.0 1.390E-03 1.155E-03 2.348E-04 8.0 7.943E-04 7.230E-04 7.132E-05 24.0 2.831E-04 2.712E-04 1.191E-05 48.0 6.054E-05 5.901E-05 1.525E-06
'96.0 3.149E-05 3.104E-05 4.450E-07 168.0 8.427E-06 8.311E-06 1.159E-07 240.0 5.416E-06 5.341E-06 7.470E-08 744.0 2.831E-07 2.792E-07 3.890E-09 Cumulative Doses (rad)
Time Net Total (br). Part I Part II (I - II) 0.0 0.000E+00 0.000E+00 0.000E+00 0.5 1.802E-03 1.445E-03 3.575E-04 1.0 2.782E-03 2.238E-03 5.440E-04 2.0 4.335E-03 3.515E-03 8.201E-04 8.0 1.072E-02 9.047E-03 1.674E-03 24.0 1.865E-02 1.642E-02 2.230E-03 48.0 2.211E-02 1.976E-02 2.354E-03 96.0 2.424E-02 2.185E-02 2.397E-03 168.0 2.550E-02 2.309E-02 2.414E-03 240.0 2.599E-02 2.357E-02 2.421E-03 744.0 2.687E-02 2.444E-02 2.433E-03
1 1 I NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: //f PROJECT: JAF
~
NEXT PAGE NO.: ~ PREPARED BY: AfL DATE 9/268)9 CEECKED BY: /// DATE TITLE: Power Uprate LProgram - Technical Support Center Pofs t'- Accident Radiological Habitability Study 8.3 Direct Shine from Balogens Accumulating on the TSC Charcoal Filters The Tsc charcoal filtration system is lucated in the Administration Building, on El. 300' (see Fig. 8.7). Dose rates and cumulative doses from halogens accumulating % the charcoal filters were computed for the worst-case accident scenario for this source' term, namely a'MSLB. Analytical details and results are addressed in the subsections which follow.
)
I l J j l
l l
.-NYPA'. . CALC.# JAF-CALC-RAD-00023 REV 1. PAGE NO. // /
. PROJECT: C_7
~
' N y PAGE NO.: // -7,
. PREPARED BY: 14 /s. - DATE 4/AFM 9 ' CHECKED BYa X[ DATE gar /Ff TITLE: Power Uprate Program , Technical' Support Center Podf4 Accident. Radiological Habitability Study 8.3.1 , Basic Data and Assusptions Filter Gamma Spectra The. data and acuumptions associated with the buildup of halogen
- radioactivity.on the TSC charcoal filters are identical to those presented in Sec. 5.1 for a.NSLB. Refer tio that section for ,
details.- A new DORITA-2 computer run was carried out to. expand the time array for the sake of improving the accuracy of the-n'userical integration for the calculation of the cumulative doses. Source / Receptor Gecentry Ths QAD-CGGP source / receptor geometry for computation of the l ~ direct shine radiation fields from the TSC charcoal filters is shown in Fig. 8.7. The filter dimensions were extracted from Ref. 46 (Sec. 4.2.4), and the filter casing was ignored. The density and composition of the concrete floor are as given in.Sec. 8.1.1. L Two receptor locations were considered,'as follows: l (a) Worst-case receptor on El. 286' of the Administration Building (between . Receptors #4 and #6 in Fig. 2.5) , and (b) At tho' filter casing (El. 300'). Receptor'(b) is outside-the TSC pressure boundary and was selected for informational purposes only.
p t l l NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: < PROJECT: JAF DATE 4/g#A4 CHECKED BY: // NEXT PAGE NO.: //// [7 I Centerg/1r/f PREPARED BY: M( DATE l TITLE: Power Uprate Program - Technical Su'p port /PoVt / ! Accident; Radiological Habitability Study Fig. 8.7 - The TSC Charcoal Filtration System (From JAF Drawing 11825-FB-32G) l 1l i*
- y. g' t rit+t. Sma.w 24
' 11.F . t e} 4 Fame ".:
l
. ',4g*c w. . mam , ,
. h' * '=* *
- s= s.e } - i 1 j
8
.. :. .;v
~
- L .. ..
..x..,.... .o. .QcG .. . . . . .
. .?
.'. 3 i .....
#2 -ex= :0.<:: .-,..
.m. ..,, . .
w 11.*! 4 lCW nc .,
- .......:s,.u . s6 i .... ..,s .e a ! \ s i.l ' '.'. ,,
s.i. s.a 1 :. . ..\.. 's*
.op.o~ L. .I. . 4...
4
- I
.J 4 i
a4 l ,i s t er t..-w I
~
J' t- .t - I
-4Yr~64ab i
i 4,.a',,.,3 . ' d"' '* i l IC Pt RT PL AN A o.* s u . '., .c i l i l m _t_.,.....- .... ..
,,,g, ,,.
7 FLtt cousa r
< p f r1 ri ri f---] r1 8 m i lI t l t i d [/ I il l l Il l j M a.'t - 4' --'
I M __ f g.; e ppql ..;__. fl (_qgy.4==
/
+N . ..::i
.. ii LJ LJ'.J i
L _ _ J, L e i i-f a(o c et soo'.o* l -, 24 24 . ., SCMt k'8 I* 3*
-a
)
i l NYPA - CALC.#'JAF-CALC-RAD-00023 REV 1 PAGE NO.: //[ . PROJECT: JAF PAGE NO.: //9 PREPARED BY: M/r DATE 9/2F/99 CHECKED BY: N X p[ DATE 9/pp/7/ TITLE: Power Uprate Program - Technical SOpport Center Most'- Accident Radiological Habitability Study Fig. 8.8 - QAD-CGGP Source / Receptor Geometry ' (Direct Shine from the TSC Charcoal Filters) l l 1
= axis Charcoal filter (24"W, 30"L, 6.25" H, from Ref. 45, Sec. 4.2.4)
, Receptor #1 l 6" Concrete
' Floor '
i El.304'- 10" I l i i - El. 300' I j e Receptor #2
<H El. 292' (x=0, y=0) ;
i I
7 'NYPA - CALC.# JAF-CALC-RAD-00023 REV 1 PAGE NO.: //8
. PROJECT: JAF NEXT PAGE NO.: A/ue l PREPARED BY: & DATE 9/J#/19 CHECKED BY: /[ DATE- 9/>p/
@ost y Technical Support Center
- TITLE s - Power Uprate Program -
l Accident Radiological Habitability Study l 8.3.2 Results Direct shine radiation levels due to gamma radiation emanating from the TSC charcoal filters following a MSLB were determined though use of the gamma spectra extracted from DORITA-2 Run Case # 4, and the QAD-CGGP geometry described in Sec. 8.3.1. Summaries of the results, extracted from QAD-CGGP & MATILDA Run Case #4 are presented in Tables-2.7 and 2.8 in Sec. 2.2.3. Refer to that s'oction for details and discussion. I i
-l
-l I
I i i J
l NYPA/CRE CALCULATION No. JAF-CALC-RAD-00023, Rev. 1 L POWER'UPRATE PROGRAM - TECHNICAL SUPPORT CENTER POST-ACCIDENT RADIOLOGICAL HABITABILITY STUDY l ATTACHMENTS A.- COPIES OF COMPUTER OUTPUTS Included in this attachment are copies of the computer outputs pertinent to this calculation. They appear in the following orders. DORITA-2 l Case'#1 TSC radiation exposures fort (a) Loss of coolant accident (LOCA) (drywall leakage) , (b) Loss of coolant accident (LOCA) (ESF Component leakage) (c) Main Steam Line Break accident (MSLB), with TSC HVAC activation'at 9 minutes after the accident (d) Main Steam Line Break' accident (MSLB), with TSC HVAC activation at'12 minutes after the accident l (e) Main Steam Line Break accident (MSLB), l with TSC HVAC activation at 15 minutes after the accident (f) Main Steam Line Break accident (MSLB), 2 pCi/gm with TSC pre-isolated ' (g) Control Rod Drop Accident (CRDA), (h) Refueling Accident, pre-isolated TSC j i (i) Refueling Accident, 12 min. Isolated TSC ; l _(j) Refueling Accident, not-isolated TSC ! 4
, TSC ventilation system operating conditions: I Pre-activation flow 25800 sofm Activation time (LOCA/ESF/CRDA) : 1 hr Activation time (MSLB, 3 cases): 9, 12 & 15 min Post-isolation filtered flows 3300 seta c Post-Isolation unfiltered flow: 1500 scfm Charcoal filter efficiency: 90 %
l
)
l
NYPA/CRE CALCULATION No. JAF-CALC-RAD-00023, Rev. 1 POWER UPRATE PROGRAM'- TECHNICAL SUPPORT CENTER POST-ACCIDENT RADIOLOGICAL HABITABILITY STUDY Case #2 -TWC radiation exposures for: (a) Loss of coolant accident (LOCA) (drywell leakage) (b) Loss of coolant accident (LOCA) (ESF Component leakage) (c) Main Steam Line Break accident (MSLB), with TSC HVAC activation at 9 minutes after the accident (d) Main Steam Line Break accident (MSLB),
^
with TSC HVAC activation at 12 minutes after the accident (e): Main Steam Line Break accident (MSLB), with TSC HVAC activation at 15 minutes after the' accident (f) Main Steam Line Break accident (MSLB), 2 pCi/gm with TSC pre-isolated (g) Control Rod Drop Accident (CRDA),. (h) _ Refueling Accident, pre-isolated TSC i (i) Refueling Accident, 12. min. Isolated TSC (j) Refueling Accident, not-isolated TSC .(24 hrs decay) TSC ventilation system operating conditions: Pre-activation flows 25800 scfm Activation time (LOCA/ESF/CRDA): 1 hr Activation time (MSLB, 3 cases): .9 , 12 & 15 min Post-isolation filtered flows 2700 scfm Post-Isolation unfiltered flow: 1500 scfm Charcoal filter efficiency: 90 % Case #3 Gamma spectra associated with post-LOCA airborne radioactivity accumulating in the Refueling Level of the Reactor Building (for use with QAD-CGGP and MATILDA to_ compute the direct shine radiation levels in the TSC). Case #4 Gamma spectra associated from the TSC charcoal filter following a MSLB.
NYPA/CRE CALCULATION No. JAF-CALC-RAD-00023, Rev. 1 I POWER UPRATE PROGRAN - TECHNICAL SUPPORT CENTER i POST-ACCIDENT RADIOLOGICAL HABITABILITY STUDY ELISA Case #1 Post-LOCA ganana spectra associated with the released radioactive cloud-(for use with QAD-CGGP and NATILDA) 5 QAD-CGGP &'NATILDA case #1 Direct shine radiation levels from post-LOCA radioactivity accumulating in the RB Refueling Level - 11 receptors on El. 286'and 4 on El. 300' Case #2 Direct shine radiation levels from post-LOCA radioactivity in the released cloud - Part I (entire space, assuming cloud has penetrated the TSC and adjacent areas) - Eame 15 receptors as in case #1. Case #3 Similar to Case #2, but Part II - source region covering only the TSC and' adjacent areas (Note: Net radiation field from external cloud
= Part I - Part II)
Case #4 Direct shine radiation levels from halogens accumulating on the TSC charcoal filters (based on the gasuna spectra defined under DORITA-2 Case #4) (2 receptors: contact with casing, and on El. i 286', between Receptors 5 and 6 in Case #1.
)
5 For - the sake of reducing the size of Attachment A, only selected output pages.have been retained for Run Cases #1, #2 and
#3; . these include the entire inputs and the results for each receptor location.
8 1 E E D S O A C 2 C R A N E T U T I R U R P O R M D E O T C U P M O C O
i 1 4 i
- g
. . . : o u
. 9' I
-sm
. a. . ;
1
*"R.
. t; .
1
. 4
. .ma 1
..B <
. . . . 4
. . H
. E. a:.; " n.
. . . . . . . ,c ON
. ni
.4
. . . . 3a ..
AE 1.
. . . ~E 2
. . . . . ... =
En g-. . n. aBu 2., A tte
* * * * !yKdi R. 444 l
..a B
. . . . . . . . . . . . . . . .. 1
.: 8s l! : ::: !
. . . . . G .5s
. ..-B .. B.4 5 .
. . . . . . . . .. . . as m
at ~us b
. E MMM a
. . . M
. . . . ,t u
. . . Og M E 1
i t
~
1 E G A P 0 9 9
/
2 2
/
9 0
)
7 80 878 7 800 7 9 9 000 0 000 0 9 8 + ++ - +++ - 1 7 6 eee 332 E 0 eee 300 E 0 n 5 239 6 200 6 a 4 471 2 0 400 2 J 3 2 141 1 0 100 1 2 1 2 70 778 700 9 00000 000 00 8 R +++99 +++ 99 2 7 6 E eee 525 eee 500 5 0 445 400 1 4 93200 . 0 900 00 . 3 1 99 6 99 6 5 2 931 9 0 900 4 9 1 T 1 60 9 A 757 7 700 7 00000 0 000 00 0
. 8 8 +++99 - +++ 99 -
l e 7 6 S A eee 587 E 0 eee 500 E 0 B 5 P 094 9 000 9 ( 4 Y 87800 3 0 800 00 3 3 B
- 2 / 67100 3 0 600 00 3 1 T )
G 50 L 677 600 M 9 I 00000 C 000 00 C N 8 F + ++ S + ++ E T I T 7 6 0 eee00 525 T eee 500 00 n N S 5 01 049 0 1 000 0 o1 E I 4 5 0 77600 700 00 i 0
/ L 3 1 4 M C. 4 t A 2 / 1 212O0 2 P 0 200 00 2 a 1 P A 1 0 G l Y T 40 01 068 7 1 000 7 o1 N A 9 3 000' 0 5 000 0 s D 8 3 +++ - / +++ - i '~
T 7 5 eee E 5 0 eee E 5 6 , 2 440 0 2 5 400 0 2 n U 5 011 513 1 5 1 1 500 1 5 1 i15 S P 4 = 0 21400 7 3 - 0 200000 0 7 3 m 0 N N 3 T' 6 6 O I 2 0 28100 4 6 0 E 0 200000 1 4 6 0 9 0 I 1 T G T 5 30 A0 776 A0 770 0 A 9 000 K 000 U E 8 0 +++ A +++9 C L L 7 0 eee0 E eee4 S A I 6 8 0 7925 0 L 7908 T 7 F 5 501 1761 0 1700 04 E 4 2 0 74900 4 0 0 0 T T 0 740030 5 0 0 0 - 0 3 4 I L 2 C 0 16501 7 1 8 1 E 0 160031 0 1 0 1 n 0 A 1 8 N g C I G 20 9 8 T0 r
- 7850.0 000
+++0+
5 7 0 4 0 O0 P H 780 000
+++
5 0
+
7 0 4 0
/0 i
C 7 e 5 eee e 8 E e C eee e 8 E E u A
! 6 t
7 242 0 6 0 0 C 240 0 0 6 0 0 O 5 502 349 0 6 7 05 340 0 0 6 7 201 I 4 2 5 5 7 2 4 0 F 0 430005 4 7 2 4 0 9 D 3 6 4 3. J. 4 S 4 0 4 0 A 2 8 0 114 1 0 2 9 3 1 E 0 110001 7 1 2 9 3 1 0 R 1 5 10 24 687 3 2 4 1 2 - 6 680 2 2 2 4 1 2 4 R 9 000 00C O 8 A +++ A +++ B F 7 C eee C eee L E 6 5 4 867 I234768578 4 8 0 2 D 9I2347605678 060 2 4 8 0 2 S 9M234 D 4 1 9 1 9 000 O C
- 3 2
F000000058.000000010.0 0 2 0 0. 020.9F00000005000000.01 A0008150000000000009A0008100000000000000009A000 0000 0.01 0. 0 2020.9F000 0 0 1 J111 111 1 1 <1 1 9J111 1111 1 1 1 1 1 9J111 R E T . U P M D . O t Q 12345678901234567890123456789012345678901234567 C ME 11111111112222222222333333333344444444 CS A ( 2 A T I R O D
b.
.1 ,
!. g_ 1 1 l ?, l i i
,N i
g
.N i N
'(.
O ) I
-f. *2e a
?
4 1
' e4 - b -
M i
's.' - an W: en ' O et O in M
. O O to en e4 M O
th O Oin- 1 N in. e4 M W - m* N. &e - M - N. . O* N. & e e N. &. 4 N NOO- e4 NOO* e4 NOO j N e et
.I N &g
- e. R. R e b .
W NOO N00 NOO
. N. ' In w e4 e q el e O w e4 e w O O.
- N en O
- e4. . M q. Ne in. @ W w e
- 6 40 m* N. In.
M O e4 . &' M O e4
- th M O e4 In - e4N- !
.. .c.. , -w
..Wg 9 M
M W 1 e- : R' .
? R ? ?
e4
- M M = M M 6
W-. en en -N et O W in O 4 O w to O et NOM M.. w . e -
' 9. et. M. O.
es N O.M we v. a4. - O. e4
- e. e4. N.
..i' M .- i 0- N O' N. . *NO O N wNO r et . - w N O "R- e -
' O. : O.
-6' . e4 .O- C e4 O et W WM' Wb O 9M
- te b e4 wM Wb
. In w1 e4
.M
- M
- g4
,3 .--w M; . O. O. N. -O. 'W g O. O. O. N. w y O. O. O. N.
. - e4N - '.OOO 'O N et O
e4 OOO . O. O N a , e4 e4 OOO
'1--
wO - f4 e e4 M O e4
& O -e4 O- e 3 4 6 g4 1 b b e4 en C 6 e4 M in b e4 ,
W. In W N to tO O N C in 40 In MS .-et e4 e4 in Me e4 m e4 e4 in Me
- e .
O. ,
+ 0 ')
. M .' O. O. O. O. .- W M. N O. ' O. O. O. O. 10 M. O. O. O. Oe
- w. O w O OOO N,4 - OOO. O f4 0- e4 OOO 'O M O- en
.. ,4 In . - M O - M 4O M C M
& O O 1 O e - 4 4 .I
-I - ' N' -
. M U M W N N O m N O In w . 10 in ' OW w en $4 O *:P w In w e4 w w M w. ' . O. O. .O. O. e4. - 8 O. . . O. O. O. N. O. N. 1 O. . . O.
N
. ,0 M C M e4 e4 O e 'O O M O M et e4 O O O O fi O M NO w ' in M w %O w in .M w O w
&- O O' O' O i
-4 O O O O O e t > 4 4 0 0 + 0 I N4 - 4 C . g'O - O- 3 5' 5 .28 3 O 2 EW Eb il O e4 . E
>0 en g
e4
- b. O* Ine O e en.
9 e
= O N
b-w W an. , b -
- w. O.
N. O et Eh e4 e e 6
- eo In. O. ene O
W w
+
O. N 6 w in. 9 O. N m et
.e
- b. O In.
. M. O e e e
- N IS w e4 O e4 h b N M M e4 O 10 W e4 O e4 h b N M M et O O to q e4
- B. -
et N w. N H N Hg N M N N le N M 4 le l h te - NNO bbO h NNO _ N w e, O N th N M W @ N b in b e N w e O N th NMwaNN 1 en - S N. bMen t'* w O Oe4Oe4Oe4- NONOe OOOO
- M O O O O et O 4 O et NONOm OOOO *M c -
, M O. N
- O *O +O O eO *O *& OOO *N *OOO *O +O *O *C *O eS OOO *N
- N- W 9 e4 OOOOOOOOOOOOOe o O O w to e4 O O O O O O O O O O O O O O th og O O O 9 to e4 e4 et et e4 . e4 e4 e4 e4 . et th e4 og et og e4 e4 e4 e4 e4 et th e4 e4 e4 I '
W w en en an en en en In in In en w W W W to W W te 40 te b & N N b b b b b b e e e e e e e e e e e 4) Eh th e L ?
L ; l) j$
I ': r L l l
- l. M I
k
.g t
'% N l
X. O d ( m- - , e 80 M M . n .n i e a DOO
. O. :
# O. ++ +
-1 .
.E. E O O. c.M. 8 M55 OmN 9
M N. . 10 N. a.
. N. O. 9. e. an.
t N e4 NOO e4 O M et W N. . . e4 N 0g W In In
, e 2 2 ?
e M ? ? M R. R.
.W' w N. - .n O N. O O e. O r.M W q
R~ g_
-2 4 A
saa M o rd R. Jm 9 O
". Mae4"., R . .
R e4 Wg. .M . M .M. (; N
.. ei e.
2* , ?- ? 2 ? ? ? ? R* R. M M M MM i: W O in O e4 O- N9 w - en g 9 NOM
- e f* O e4
- e4 M. O. . e4. N. O. O. en. e. o. O. O.
- I N O N 9NO O N O NeNOO ce
' "2.. O. O.
23:
+++
00 e O O O MMMOO W e.t M >NM en e4 Wb e4 N e4 N
'N R 9 4
- a o *! a'
-4 9 9**
- N O- N ed ' OOO O N i
ed I
~
et W e4 O O
- . e4 - M e4 m e4 . . .n e O.
O. O. O. O. <
,' 8 i 6 -M en 4) e et M MMM .
W- .O N W en W O
- a f* l
. en -
e4 m e4 et og in - - 'Me M et tn N N M & . ' a . . . . . . . e
'. N O 9M O we O OOO O' M M O. e di to O O 2
-M ce i j
- . in M eO M O Mww t O OOO e be, g 0 a +++
~ L 5
E. en an en Ow N w in O. - oO
$2N H in W l
- W
- M O. O. N. O. N. O. -g . O. O. O. w O. g O. en. g. N. O. O.
e ! N e4 ed 'O O 8 O fi O M e4 e4 h e O W N (4 e4 e4 e4 N, NO in M w O w In M w el MwM in
& O O O O O O -O OOO O l .. :
e - t e % e + e a +++ + t N e M M wt M $ M M in MMM 8 W 2 i W -O O O O O 9OM C Fe O O. - - . W- o O ca A es e. O ,4 W p N,4 95 , 4 m O en O i M' 9 O. ' b W a a O. 40 W 1 O . O.
- l . .
N . O. en. J) g N g en. . O. N e eOe 40. O. en. N W . M. O. w. e4. en. O. en. j j f .N O e4 h & N M M e4 .O W e e4 O e4 e4 t* 9 M M O e4 In in e4 O et : e4 C N e. . N . et -- N , M e4 et , e4 c. .. M .n N l e 000 t @ +++ l- ' hw MMM ' eeO WMw l en . In 6 e N W e . O N S NMWD
- b en f* e N w e O N m N M 4 *
- M in f* e
- OOO 00OON *N M.O OO O *O e4O.ogO O.v4 O .N O O.N O O.a 1
M O OOO O O O *4 *OO o=1
+ O. e4 *ON O. ON O.aa OOO m O O O O. m. N*OOO OOO -
OOO d N OOODOO O OOOOOm OOOgWcIOOOOOOOOOOOOOOm O O O M en N O O O et og et og og e4 e4 e4 e4 - e et et et < e4 es e4 og og e4 e4 et & PJ e4 e4 e4 e4 e4 e4 l
*I I
l' in W e- a N M in W r- e m o e4 N M in W i- e m O e4 N M , in W e e m O e4 N M . in W r- e m O e4
.2A& S O O O O O O O O O e4 e4 e4 e4 e4 e4 e4 e4 e4 e4 N N N N N N N N N N M M M M M M l') M f't M 9 W ce e4 e4 e4 v4 e4 e4 v4 et e4 e4 e4 e4 e4 e4 e4 e4 e4 e4 e4 e4 e4 e4 e4 e4 e4 e4 e4 et et e4 e4 e4 e4 e4 v4 e4 e4 e4 e4 e4 et r I l
' N, I
I L L i
)
r v , i
M-I 9 l l. s I' l E a N N-e O m
.b. 30 M www. b wgw m' & O C00 O C00 m S. t +++ I +++
d I b W M O MMM' OMN M O MMM Oww
- m. m wwm- e wwm
-I W
- m. W. W.
O.
'h M N. O. N M. O. m. W. W.
-0 .
N -H O bNW b M O bNW N . W N NO www www
& 00000 00000 e
b + + + m. m. MMM + + + m. e. MMM N W O mmM M emm i e
'mW O. W
* . wWO m O.
O. wwo l O W M. ' M W N m. e. O. O O w N m. e. O. Ae OO
- m. N & WWh A. e. O. - N h WHb *
- M C 5 W WO M wMW b WMg
& O b 00000 O C0000
. S O e I M b. M + + + m *m.
MMM M' + + +* S e. MMM 8 W O bmW W D e bmW
.w S- m w WOM . m W MOM w w 4 M M. g O. m. M. O. C. O. W e. O. m. M. O. O. O.
4 N N- ' N O wHHOO W W w O WHNOO M 4 N m 20 MMw MMw a w C0000 i 00000 m N ++ + +++
- b MMM A O w ,O O U MMMOO H =W I m e mOg
,M L1 w .
H ONO O HH ONO M w O. m. b. m. O. O. O. O. O. m. b. me O. O.
'N' N N N NmHOO O e H HmHOO M & '
wo . M. MM MMw b WH MMW
- O S COO O M 000 e 6 # 1 + + 4 O 1 + +
1' b M M # MMM M e MMM W m O N N 952 W O H eem M N OH WNb W WNb W M O. H. W O. M. e O, N. m. m. O. O. e N. O. g
.H O. N. m. m. O. O.
H b
.> N O w M O e o HwbOO M e o O HwbOO g g m MO MO MwM C MwM
& b 000 N 000 M e .+++ M +++
'M H
b W W MMM e M m MMM l' N Mmb N O m i N Mmb
'h m.
w O. C0 eMN O O O 00 SNN M w .O. - O. O. O. - W .W. M. O. O. O. O. O. O. W. W. M. O. O. N N H e H O mMMdd O O O O mMMdH M Q NO M w O MwN m Mb w MC MwN m M S O O 000 O 00 O 000 O e 6 6 +++ + 6 0 t +++ + b e . M M M MMM. O MM M m m MMM S W. W O O b- NOM O DO O N b HOM O m O. H a W b 00 mom O O. WW b d GOO moe O H w W N m 9 w H. E w O. e O. O. m. m. N. O. W. w O. w e. O. O. eeme N. O. M. l M e O. N. M. H
'N
- M N O' N M 'M N O bbNOH e O w MH M N O O bbNOH I
HO N N w H N' w MWw N w H m H N H w Mew N l 8 000 000 i e M +++ M +++ 1 b M MMN K MMM W
'm' w een emm M N e O N S INMwomembe N W e OO M N mlNMwCMembe e
M O.NO O.NO O*O N *ON O.N O O.S m O OOO O O m e. N O O O O. M O.
*OOO O MO O. N O.
O W O*N O. O N O. N O O. m m O OOOO O m.b. N.O OO OOO N 00000000000m OOOweMOOOOOOOOOQmOOOOOOm OOOweMOOO H H H H H H & HHH HHH H H H H H H m HMN HHH
-l I ..
f NMemWhemOHNMwmWhemONNMwmWhemOMNMemWhemOHNMwmWhe wwwwwwwwmmmmmmmmmmWWWWWWWWWWbbbbbbbbbhemeesmeme MHWHMMMMHHMMMNHHHMMMMMMMMMMMMHWHHHHHHHHHHHHMMNH l j I j I N I e ! N '. H 1
5 E G A P 0_ 9 9
/
_ 2 2
/
9 0
) _
7 80 7 444 _ 7 9 9 0 000 0 . 9 8 - +++ - _ 1 7 3 EEE E -
- 6 0 011 0 -
n 5 0 9 445 0 9 a 4 3- 0 966 3 J 3 2 2
- 2 7 3' 0 726 7 3 -
2 1 2 70 444 - _ 9 00000 - 8 +++99 7 EEE 2 6 3 0 953 3 5 5 0 460 5 0 1 5 4 3 2 0 0 4 2 4 2 580.99 517 00 0 0 4 2
- 1 0 0 1 60 7 434 7 9 0 00000 0
. 8 - y +++99 -
l 7 E a EEE E e 6 8 0 c 751 8 0 R ( 5 5 e 503 5 4 4 7 D 0 53000 4 7 3 6 6
- 2 6 6 s 0 41100 6 6 1 r ) 50 h* 334 E G' 9 00000 C N 8 4 +++
E I 7 2 EEE00 T T 6 5 904 5 N S 5 0 1 020 0 E I. 4 0 0 0 57500 0 0
/ Z 3 C A 2 0 8 S 1 19100 0 8 P A 1 T T T 40 7 1 334 7 N A 9 0 d 000 0 D 8 - e - ++ -
- 7 E 5 t EEE E T 6 6 0 2 a 889 6 0 U 5 1 6 1 l1 527 _ 6 e
t P 4 8 2 0 3 o 0 25900 8 2 0 t N 3 7 6 s 7 O I 2 3 4 9 0 0 i 0 14700 3 9 0 I 1 - T 5 30 t0 343 A 9 o 000 U E 8 n +++ L L 7 8 3 5 EEE 8 3 A I 6 2 5 5 - 2 157 2 5 5 V F 5 0 0 0 00 812 0 0 0 E 4 0 2 0 0 2 T 0 56300 0 0 0 3 N L 2 0 0 0 0 0 E O 93311 0 0 0 A 1 D C 20 37 4 I0 342 5 37 4 I 9 00 0 C ' 000 0 00 0 G 8 - - - C +++ + - - - O 7 8 EE E A 5 EEE e 8 EE E L 6 0 6 00 0 7 103 0 0 6 00 0 O 5 66 7 G00 908 0 66 7 I 4 4 0 7 52 4 0 0 N 0 95205 4 0 7 52 4 0 0 D 3 4 4 I 4 4 A 2 7 0 2 31 3 1 1 L 0 77201 7 0 2 31 3 1 1 R 1 E 10 4 2 5 1 2' 2 U4 344 2 4 1 5 1 2 1 R 9 F 000 O 8 E +++ F 7 R EEE 6 885 E 5 2 4 8 0 1 2 9 234038570 2 4 8 0 1 2 9 D O 4 3 0.2020209
- 0. 01 0. 01 0. 01 0.6 0 0 0 9F000000572.0000000.01 0.01 0. 01 0. 60 00. 2 092 0. 02 0.9 C 2 000000090000009A000483000000000090000009 1 1 1 1 1 1 1 9J111 111 1 1 1 1 1 1 9 R
E T _ U . P M D . O RQ 9012345678901234567890123456789012345678 C AE 8999999999900000000001111111111222222222 CS 1111111111122222222222222222222222222222 ( A 2 A _ T I R O D
p 1 y n K .
- 1:
a l l l 1 :
)
a
}
4 x ,. ggg 9 gg-L.ggg
; . g gg i j
.l J dd
= 4
~1 d g- l
~
l 8- I
~ ~
B h.
#, a
" l ..
l l E .- B. , g j
~'
j'l k f. k f. .) 7n :g g <
- 1 y! i ia 1 l41!;ll g
l1 !
.a
!1 i ll y.ii g
j. g g l lEl..& n l-l B l.
,g llylnnel'nl0s gjjlnnal ,.
s s, iL 3 l. I
}.g; .
p L l l u...
F-i h i :::
. I asaana y
n c gd- *99999 :::: s E w .4 w w .4 k 3 r R 555555 I: ::::: a;sses as g nn:::::
,b l a MMMMME n dadidi O
M* M l
?= g a
g a :s :s :a :s a.2 g :s :a :s :a :s :a "E 888888 g'C"l 88888: RR*.R** oooooo d E RR*RR9
--saws
, o, g e e4 H
= ,
e < g i I '?????? '
- lD E
,n.
Ee 9 essess
- glsen=ss ::::::
aaaaaa , aaaaaa
- C O
i Eg'Y99999 $$$$$$ -
!0,
!8 E!!E!!
. didi ;
- E ;A;;;
l^D;EE!!! a = M a y b N Uh
$ !$Y9999Y uh-nN $$$$$$
=
U l<gu M R 2
- =
M 88888: g' i C didiAA 3 AAAAAA m i 8 = 8 . O Oo o OOO O asassa assaan
, "o : ::::: 4 ::::::
l E M 3 _ ididis k _ idadds H . H g g
, :s:e:a:s:s:a , s :a :m :a :s :a I
6
- =
diaidi diaiAi d 1
N I . E x. e
'8. ,8 4 g. g.-og.....g.....
- . .. gggg.s.gg
.s gfl.l:.ggElg;snesesensmessa.
. .8 .. . 88: 188 88:88:888 -~~.
't 'd ' did 45444444 didsdd"idaddJidd 999:
1: e d ass: 0828 l- AAJJ 4 -- a, ' 888'88888888 3:3888-E8888S888-eaaaaaaae jflgIlIjg+Igjjaaj3:::::88
++ +
- A-E -" a+++
'3c o
. e .. .8 g s .e..--...
e.. s . ... . - - . 8.-8 ----
. -e e. e e e e - - e. - e e e e.a- s
, g 8
*- Da 2 s
< a . - , . .-.--- ..g.--... - 8 -
8
- g.-,..!g:
. :ve . ::::: ::.::::::
n sne sammassa.angnan nessansan . . i g 3:# N E 8 E * : " : ,. X 8 8:08338:*.- R R-
' dad ^Addidadd iAsAid diAidAdAd E" <-
.' E" . B E
N$ 3 nnnn i gg**** NkNMEMs-.
-l8 -
II"I : 0 000000 R==RARR :::::::: IIIIII NNNNNNNNN E' -
'k E
NNNN N $~ ' Na$ l': .
"-- ----- :: :::::: ==anan :: , g HHHH 8- ::::
I' ~ a.a. g l* - REE
=E 5 NNNN
.g-
- N l
l 1 m _ -)
E 822..222
+ a.
y a [ 8:8::.: a _ sesass; ; a t up 829:444428 N gia 44
.a a d 8028 g a n o n .2 .: .2
-.$M MNM E
5 l 5 8 89f???? ? l s e saugnan m
? X -
=g- s -l 8-s.:sses; GmGSM ; p a 9 8
; 4
\
W N E N 82288 S l
; . 25 aaaaa44
. n i .)8:::88:
g
..-e.-.
b b
. $ H
- 2 -
5 o o--oo.. -o B ! M Eg ???????'?. " l B- t W
-2 - 8838835 8 J 2-5 8
a e E g sna;;ss _ 8::::::= e 8 38
. g. a I n lmE E52--
8 al8 !YYYYYY-semansa 8e8 EE 3u 5 E
$!_8**RERR al s;;;;sa eea u
3 a
- 5 g:
8
- n a 8 8 . .
.8 8:2 8 m a 8 6 8 '444a4aa A E 8 E 80 X88A 8 8' u. !
0 88 " u ! l 2 - 9. "..ma.
" 9 " 9 ." 2g gg g.
5 X ri sW [] E 99999 ggg a i
- l,sann=99l g 8=828:o en li18 a i
a - swaaens I 6 1 33
$Ns l- 1 l
g o 1 a [B Sa88aga sessaae 0gg l 1
-s 8 888888: e i
- l R k4 se.es-o ,
e N e r* s a ! i l i
S 0322211 ND 0000000 I + - - - - - - 0 K . EE5E5EE 1 0281393 S LU )N 0326263 GME 0443424 E +UR G BC( 0815911 A P 0 9 9 E 0223346
/ NT) 0000000 2 IAR + - - - - - -
2 KRR EE5E5EE
/ S / 0100540 9 EN 0630133 0 GSE 0303966
+ OR BD( 0114123
)
7 E 9 S 9 O 0433322 1 0000000
- + - - - - - -
n a MD AL) EE5EEEE 0699175 J GUN 0143114
- ME 0948523 1 2 . EUR 0 2 R WC( 0715911 +
R E 5 0 0 2 0 1 )
- 1 S 1
- T E E 0334457
- 5 A S lT) 0000000
- 1 S O
D e AR t RE
+ - - - a - -
EEEEEEE = S M / 02t 6802
~ *
. A E GEN 00s7049 )
- 1 P V SE 0313616 S
- a Y I BOR R
- R B T WD( 0114121 E *
( / A T T L E
- L U H I M ( E
) F U E S H C S S ) A C 0 O 0110000 U D C E 0 E D 0000000 I U T 5 T D + - - + + ++ D O S N 1 I I . EEEEEEE A I I E / W OL) 0345390 R C H
/ 0 ( RUN 0083584 T A 0 YME 0169898 F L S P 3 S HUR O A R F Y 3 T TC( 0241369 C O O N L E I T U M R C D
- 0 S U E A N
= E L R F E T R O P S V S N N T F E 0111124 I O O A O T) 0000000 L N I T
I E DAR + - - - - - - A E S
- 0 M Y IRN EEEEEEE C R R
- A 0 U R O / 0053169 I ( E
- U 8 L A REN 0647900 R V
- L 5 O t e YSE 0117053 E Y N
- A 2 V R ROR H R O
- V t TD( 0551138 P T C
- E C D S S E
- S R H E
- L T 3 E C S
- A r
- T E O S
- C es N I G D E I I N G G 0555568 I I 0 N O 5 S 0000000 F P 3 A L E N ) + - - - - - - - - H O 6 S R EE5EEE5 N 2 P C I 8 O O M 0514048 O R D 5 D B N C P A
R R o 2 A C 4 D N A Y EN3 R I A%(
/
I C 0423693 0289285 0543255 D E S A B O D E S I E H T E T S Y r I A N T T B N A E F I N O D A V E E O O J I 0111224 N R D T C T EY) 0000000 O U E C NTS + - - - - - - P S S R R A RIE E55EEEE M O A O E O OVI 0881042 O P B I T I BIR 0247005 C X R U D RTU 0206653 E E P P A ICC N R M R AA( 0221922 O N U E O I O S R C E T I O A A N A T P ( R O I A X S
) D I E E B S 0100112 A D T 2 R R 0000000 R A D A
- I M + - +++++ R I R A A ( EEEEEEE A O T 0000000 4 e A R E I t 0000004 T Y S R
O M 0000464 M E H O I G B T D D T 0518297
a 1: ii I j- .
*7 i l. i. i. ? ! i.i.i.
n.
- 1 li8l g _
g -l . . 13 , L , I 18 7 a- !! !!
- _l 1 'l l
' ! 'i l i! !ll il!!!l' l- I; .i~lillI!
ll .l85 l. 8
- l. .iil l
[#[ t el in i li i-l !n innsglllsltai =i. o 11 4- llg~glg a l l lb-E.
1 l 0 $ 888888 t -. I d.aaaaaa g !! . g 3 ":M99999 88888: l a : ,,,,, ggt E 5 : ???? i N gE 555555
- fl* un-
- ss ;;ssse asl ::::::
~
i y mms 5Es l 9
- I k 444444 )
? n l' ' li g s* 8 8 8 8 8 8 lM
- 888888 7
a aaaaaa 888888
- g aaaaaa 2
.3 9a9999 o.oooo aaao l3 g.------
88888: 5g - i
*1 d ,
"! g a !
~
gs ::::: 6N 888888 N gExx,,h,h,
- memmem 5.hihhhh sessee E E l u l l l i g1 :e:
44444 Hl888888 a saansa : i l
'f R U5 23 88 2E 88888: !
E aangna e qqqoqq lo 8 e g ....n 2 --- 4
! :6
" f;t je ::::: e 88888 i llan.nn,, lsee.ses I.aeiestef~'!!!!!!
g , l H l 5 5 i 88 : 88 :: 0 aaaaaa aaaaaa l i - 'a' ::::: 888 :: l 2 8 h _ ididis. _ idadis 222828 - 222882 g g 8:88 g 8:88:: l i l $$5.$.k5
$$$$5.5 6
6 1 l
k \ L
.. l-g; L r
.i
_ g= _.
.o.
n
~*
I
'fgo.: a9gfggoo:oo ooooooooo gge ::::::::: l 885 Egg 58585:55#5g8-!!A555555 88: Soo 88:318828.8 ::::82888 n,oo l
" 1
'did didsdddd didsdd-idddididd ::: l m t
" 8885 :
idid
- .A + ssg :
8
~
-8
- E
'l+jgjl+gggas:::::=:::::::::
gg g
+
l5llg-jjj$l+3 g'*"a-
&&g&&&&&&
No :o:8:
****aaa**
. g -
- -ooo oooooooo onoooo wsonaanoo 1 l ' N' i l .g
.E T. 1 5 ys: g:gssgs s888:
88888::::
&&&&&&ggi lll8 g!!l k
, 'a' -Nw .-
5l *g
. 5 j".j'.g
- oo
_ " ". j gg ,.'*** **** as gogo g- j *j ag$s$44 o ::ssaoo *' _ o*w anwowwww
'.oooooo'*******
ooooooooo j' g nEnE
- w g NgNl n anao j
gggagge :: a** R :::: 33***'* 00: 30 333 8 III '. 0 00000: IIIIII NNNNNNNNN U'.lE lll! m
-O I E glg,E :::
}4 o g.
l
--* *-- - :: :::::: ::::::::: ,gg Higu
====
'i l g.
03:g.3
- g-
- l. NNNN
<g lanElI N N
- n:
m
;g-ll
^l',
dip 8- 8888288 . g I [-8::::.. _ s; ;;;; a n
' N. C 'mM- 8:28:39 gf5 ajjjaju
)
i o j-IX28dNO saaaaaa l t p i 1
=
- [_ snessen sasa;;; a x 8:x::: : -
e M n 8 A a J E N -82:2858 4 8 25 4444444 . l
. 8 i 80 Raza -
j g 5
*a aa"*e
.---.-n I
_ g
'u Y ,
-g a u . !
ga 8 - 829 :: 8 2g li E - a444444 a 8c::=== g 30 2 g y p i
- . . e.-.ae.e ~mm e
- 88 a
e IE a ~E a
.E 8 olg - YYYYYYY g ~f 8 lg ssnsen -
lk_EE*.EEEE .----.-
- f. f g
8 Ia, A 88 5:32 N E-C = R l-8- k- - 4444444 4 t R 8::::8: a8 8' N. 8 y ." n~ essesse """*""' g g IlE
-! 882 288 8 l
g a g ! 8.E 364444 E .k!.E. rs j gg 1 - U E s l - ..-o gea I i - 38 8:88::: asaaaaa g 9g o-n y a -o 8888883 4 gM 2 8 -.-
,XB aa a
. . s. . .s. ee- ~.
m58 o
/
L 1 l { 1
- 1 M
8 kkkYkkh ! : RJ EEMMEMM i l l ogg a 808 88: ddidddd- j l 4 88 38 Eusf aaa:a:aaa
- = 8::::::
? 5-9aa9"a" m - ore-can j
e M kkkkYhY s- - spEcMcM '
? -
n -l ss;assa 8sa: :: - 8 5 a 8 A B a : J M M 8::: ES
- 4 8 in asaeaae ) :
uk 8 :::: - :
~~
g l sl3 9aaaa*1
.---.-n lM :
M l 2 n h'x s O sessman Bl - 8 y -C C gI > -l dJadAJA 8:::8: 3eB 3 b i E
- N 50g <
8 r a 5 - D
- g 0 E iYYY9Y ex nn gh=-
lg l nla 8 g 8:::::: ieI. B il : lIa, ex ;;;; g 8 8 . :
- 5 g 8SBBS82 m sR sk o
l 8 4444444 8 8: 88 8a B'- u= 3 .' g 2 n 99nnen,
- onnonn.
aB n Hg, g, , N m R u I b l 8:2008 n saaessa l50 8 s "gown. 8:* :::.. g= E ls g - b. BUs - l- a l - g 8088aa2 aassaas 3lla U 8 f L E - 8888888 sy: 5 9aaa*** o.-.n.- 3 E8
/
p t
. l l-I l .g:
c. 9 t ~h n . a i !! __ 4 4 44 E
. s I2f' s 8 8
5, 3, ,.-
, =
'I ! k ! k l!! !!! i !A
-lf < li! l!,!lli!lE ,
i l1 E i:1 I g i l,11
.al.i~lilis
=
i # 3 i- i l g- "Etti Illnutige!
;t a l ll g II ll !. l
!, l h.
E l
l l l l 88888 ,
- M I G 2gg se::s:e: s O----
X e N 2 RI.ssss: 8:000 I hkn----
?????
- JE y
44444
- l Mass l 9
a 0:00
$ 44444 i 4
- C0000 g -00000 4
63 4 .g. :: c sens: , E 88888 n5d a 88888 l JJJJJ n flddddi El2 de 9
" U 82 up 88888 J fs :::::
t 44444 52 33333 2 i E,, ['8 ,REE,E nnn ,' 88888 sesse g 0 8 h3 ~ I l 88888 . 3 3 gl2002$,$,$$$ H s,, E6$$$$$ sssss E j i g s mann-lE ----- d 5 . ok220 E lalM::: l8x g a 8 8 nes,- p nenn-
"8$$$$$
lnnn-~. 1s visse visse i 8 0
- sess:
9 9 *.
- 5 999**
E E won - -en - h 2222R 2222R g 8:8 8:8
, :aass I sessa l
I 6 88888 JAiAa 88888 dAdad 6 w
Il 1 F
- . .v.
lL E-t , L % w-L f p ' l
, 8
.9 i 5
E ! ? 88388a888 lo '888'g8g8I$8g sg+ . s 888888 ssas sassssag g.l : 'gl8+*gg.g, ***8,. gg2888.g.8828.g
* * *
- 9 *. a. ggg8
. ... .......... ..m... - *....
- 9. * * *.
4 l 33ag 8888 3
- 4- .< 199*.
,' s- ... o g' g . . . . . g o . . . .-n-.<--..
d I.
^
??? ?++?????-+?????-?????????
g55. Egg 5"g55.'MMERNMM555Eag!!
- 8. 85.88 8::888 :: 89.88 l .8 ddd'iddddddi 4Adddi 4AAdidadd 1i E
,s,t,.!!.s.ssss!.
~
llg b"ll"
-i N
l"
.li -
8: .N. 444449 444?dd44WJ44 444444 44dd4WJ44
.. v.v.v.i.v.v!.!v.
88:8.. 8'::::: .3808:282: g A .R-g 1' g' g~ Q
' g g. ERMA3dar. t 0000
' ~
-**':R#
III .ad:d dd II"""*.::::::::: IIIINNNNNNNNNE'~l
'N
- !.?&t il :::=
Elg',g g l; I --- ***-- ::.=:::: ::::::::: I ,! HHHE 3,, 51 nam 4.g. > M l I. a a i j p o r r 1 l..i . . . ..
0a8-gl1e.$$$8s$ $ 8 9 g 999.. a e 89
=
.- lnst ag:e:: .as e18.:kee A - 9.--99 O - N 9 v4 N E' u i saaese. 4 E 80:4 R 1 i A - E 9"*9"" 9- a a - on-mon a g a 9
- $8lg$$kYYY smemum i g
gll}_:s::RX i eas;; g l
' I ls:
a 8 Eo! s en- _g
!!???? ?
- ss:;:;n
;s ;
=
E~i a 38 f a 1 N 5El-m 5 8 olg$5Y9$$ 8s $ Io 8
& E 8-)scenas EE- :::::
44;4dd B-
- 5 "gu 8 sE 3- s "a g g -- . ::::: m aa o s : sesaae 4 8- E 8 XMa* 5 $.g 9 '
u 99"*9" 2 a5 ; E 3 5 l W - on-nan g gg3 g =5 1 n 5 3 l 4 E - gga i
- saam lna999999l g su =ms ga 8 ,
I 1 u - easa;; g.l! 3 4
**aN b M la ~
gB ::::: o 3 B sesssa
- 3g'yl:
e-E 9=99*9 3 5 8 e . ..n-i
O
+ O. O. O. O.
a g 8:0 ** w $MMMMM 5p- 15 8:32:2 aj 8.jjaa "g1 ..as
?m8I 9o ".a "v9.<" 9a d
s snaman
?
n
- l: -l ?!!!!!
8*8:33 sessww 8 N b d 3 J ; 4 B eM- 8 238 :* A 8 i j l gia "k44444ani i kkkb.kk ! . _ n E. - g n .- g 8
,2 8 88 :: a l eaaaaa l 5
- 8::::: n 3
g et C E ma i 9ne. nee8 g b H w ON. e4 v4 et O 1 m lE 8
!~l 8 E
e E 8 8 o8-2 8- 8a8:88
??????
svens: En]_swases 5eB[ 8E E 8 a g > E "8
- 9 m v 8 a . 88 380 t : R 8 d 5 aaaaaa A 8 8 88:R
- E l '
n -ua .ntana aB "p
-s g -----
g,.. "
.E 5
e i s5 l 0 b 882 88 gn 33a444 Ia8
- l. 8 gs
- g. g o:8:::
- 8 mr.an w b bMMM D E g
s gaa g a i 2 g 8 8:: asaaan 3ga g 6- 888888 le 9* 9'.*.*. l, y5 M 8 o<.nar I e
l. 1 ,
- i. . <
g
~
I l I - 1
~
,3 i is !!55 gg 3
A Ja
, i j- -
13 I . 1
-r ., s.
c :
'f f f k f' l 8
in !!! i ! 'ig i 6 ll!g'le 5 E-l
!1 i~ il i
s-B R s s iik5lllEEE llllEEElE
, i I
l
p n- i 11 - a. l~B88888 e agasa 5 8.888 i R 0 $3 j
- ._- g5g 9a*9e ----
a
- -' $???? y, g . j
' R- mRRER N I"'80 00 0
)
^*
- f, JAAAA hk'au-~~
- },
l -
- =
E a 00:00 l M 44444 l R
.g '
j gg88888 3-9 88888 1
'l '
9i,.!!!.!!. ^!!!!!! j l - _. a J g ! i
!$YYYYY ge ssss 2
-88~$$$$$
!. 9-::::: lsangs 88888 a;aa; j-
.- 4x444 "
l -
.8 g l B
'! ::: I H 88888 L3 E a
$l$$$$$
W enens EUiiiii nuo sesse
+ - ~J g nnma- .lgE ~~---
a s-I 's u 3 Ll. :::= a ::::: Ea 44444.
-f aaaaa
'33838 88888 aaaaa
.&-' 99e1" 2 mmma-. nenne
.g
'! "s i: viess visse suses sss,ss
.K n se. eaan a s ,- 22 2, a aan i
- enn iaaun
' r,l =s =e 8 i 8=8==
=m =a seaan
! I 6 88833 44444 88833 44444 N 4
.l-i 1
l.
rc , e s
)
i l
'M.
i N i.
} -.
L -gJ t' g t. t
- g. 1 8-
?--
'k 'ooooo
'ogo?.?~????!!gI,ooIe!o -?? ? ? ?????????.
o o .4 e o - o o o
-4a . .
55g~55555588 55N#g5. 555555555-a 88a~88888888.8838o8 882888888 -nue
.ddd.4ddddddd dddddd: ddddddddd ????
8585 i e4 ,
-o 2888 1 -
1 i!!!188!!!]!!!!!!!!!!!!!!!! 3
' .g p.s g88..S.gt 88o8 :: 888
. $ . . #. g g o, o, g g o, o, o, .
ssana:88 9, o, o, g g b, g o, o, g g
- ooo oooooooo on. coo- enmuen oo 8 N II -
'A 5 .. ,
. Sg8:aga8 UU aa8 3288 a885
~
.g. l r1
' 1 gl 888:!!!isi!!!iiesisiisisisi!!!
* " ~.
bl,gln ' t ,, a. 8. ~. ~. a. a a =. - = * ~. t . a a =. *. a. ". a o. a. a - e n g- ;g a oo.na.,o n aua n.ou . a g g u- I E i= ini !
,,**** smaassa-. t ::::
i & 2R2:2 2 III: #####d00 IIIIII NNNINNNNN g' 000a000a 'N u
'g
'li
- l.
a o 4
-~~ ~---- : ::::= ::::===== Ell'lE g g!i su 0gg aggs NNNN i
'l' -
~'
s1 M
- l. ..g.
ane: l
.g g-RRER NMNR 1
1 Ll 1; I N I L 2 W E u
/
~?
;g.
.l}
8 .822283 a E g
. [-h.hh.k.kh.
a so.;;s ; h a N- 8388 2 a o 25 *jajj; a E..co-a
- a a a ".
T
>l
"- kkkkkk k 1 5 - 8MEMNM 5 i
.? 82G3 3 8 n -l saases a 8 ; M n 8 4 4 6 . M- 82888 I 4 8 25 eaaaag 808:0. a
~
8 - .! s)2222 l ls 1
!. ,S I 88 8:8 :
assaaa a g 1 5 : E 3 y a, e l 882828 ea=ane on-.~o e-- B
, 1 l l: !
E
. O I B
o i B N- 808088 Sft.aaaaaa 9 E 2
! l mi 808388 IE i g3 9*9*9e
---e..
h-Ml 7 ., q< M . t
- '9 a u s-898:80 er8 s -
a g a444-E 8.8 03 gA $' ., - i '
,5 l u u esseenon-nan ag g N
5 m g 1 g =5 .l " ~ R3e8 n--88:288aasiaagl - gs H [ ii H:sasa;; ., g3 lE
~ = ~
lB Ga8aa $gg 8U i u aaaaa 88888: nH X,8 s ee .e, aea H4 ONON.--
@E $YYYYY E
a
.l a*ls!!EMM a_ o;;;;
- $5 a ln_ad*"= Ia:: j = c e.
a u a l
*b .
o.nant b M E =
- . I i5df :::::
a44444
.io :::::
A e 9* ggM- o.9911 a nnan ; m N o lg=$YYYY9 .
===== : ; glsI[_:s:a::s:aa -
a s lu : l w.- M
^
o O .4 v4 e4 e4 $ e 8 :: :::: - n3* 8 . l~ 4 W
-2 - ! MMMM d E 2 : a E g 8[.:::: e
; ; _ ex;;;; 8 8 g> 8
.- 1 ln #
EE l22e 8 l r u y 8
~ elg??YY$?
sussse 8-i8 . i 38 :
; al, l}_::;es:s
- E a so ! ;
8 n
-s a
. :::::n m
en 8 > 5 s-- g 8;.::: a 4444 - : l
' I s 3 s8abo -
e g * ~u eeneen """"" f- l , Ij5" a p> 8 :::::: saassa Ie8 ss i d ln"g :os :n :e :n o *s E l b g
- ok M M o -
g l O a iu , l
- =
eesses 3gal A :::::: 8 i n!n X e e s e . u,- on.n. ea
4
.N l.
g n;
'3 S
?} .
l r si ,, ii. 3 g gg.
' her hg l -
I- - - 1 ;t ,g : I : I
'ig I!u- l.
. , ,- El..l.l i
a is'
! :n i!
5 lBi EI lE glg-illgl!nns
.i, .;
1 a. a d a n .22 1 e lj EllalllEllll151li El i; i il i i I g-w-
4 R-f$8888
.8 o . g.Ijaae **8 3 U o--~~
E g a. 8. 8 8 a ddadd
.g 0
N e Istytt 5555-
! S : 0 0
.l s j adddd . lg asl gjjjjn ~ .4 9
a 03000
$ R 44444 -
p 8'
?
l l 88888
- 5~
7 'lf a 88888Ga+ E g aaaaa
-N- -
tg 8gIge 2.see o8 -
- 88888 ooooo y s e. s. s .e.
.4 . .4
, gg 4 J3 a .
gg 4 E- 88888 wN 88888 J Y$ 44444 22 aaaaa 2
- j 'E R
,E,R,,E,R 88888 i R meann
- .sesse g
g lR 8 3 ::: I'$ 88888 j gl 44j44 y $ aaaaa
~ 1 1
U5 33n38 g- g 8 e 9991a - N *8888 9999
-i .g g. n o n a .4 l E' . w .4 I I bi U
d ES
====
=4 4 4 4 4 a :::::
52 aaaaa
.- 33a:8- 88888-aaaaa g .j. 9999".4 nema c. r- e- r e-
- -y i n 8= 8::=
0' s S aaaa 5'8333 saaaa 88333
-R .E. 44W44 .44444
- 22222, 28R22 8:8 :. 8:8 g
- e. .aeaaa I abana-I 6
88833 ididd 88833 iAsai 7 g-1
e r
.]
.ig :-
t l l.- xg 8
'E' o 8 1
- g=
"F
=
888.g8888gg8 a 888888 882882888-
- s. a saamaa sassassaa
.agg%i,85 !!i!!i liiiiiiii .
l 35.3. . 4.38 J.
... 9....
, , ,8, W. 8888
.; : .. 1**9
... s ... ... ..w... ..-a----..
e..: ::::: 2:22:ee:: L r r
.l::::::v.gg.
l ll!!!!ill!!!!!!!i!!!!!!!!! 4dd -dddddddd didadd daddadidd
. 888 8882 : 8 ::8 8 8 88 11 E '
- E 3 magg .I 2 3, 88a.gi+g agaean R 888E aaaaaaaaa 822822888 88:
l!R g"$g g-L
' ll ' ~
,k-
. 9 ". ...
... *- "9111a
*
- 5 *.* "
- 8....
..a9=". mu
-- u 3
.l 5 NgNg
'g.
'O MM 2 5AAARaar. ::: :
-a**
2222 ::: gg**8* 2 0000000 L i g_ -III #000000 IIIINI NNNNNNNNN g' gIl,g'D g llll H u9 5555 k_lL5 , l I aa.
--- -* : ::::t: :: anna::: ,gg NNNN ig nnss
'g' . 2000 o RERg NNNN L ,l I a N
u l A Li
1 I m3 8 22:3 i
. g f
aj r. 8.jjaa a2
-: 4 K -
3 on.9*q enn n 1
=N- 8 = g i n j a :a :a :a :g 2
a i man 8"E*an E 1*
- ONHMHN
'S
$kkkkk k sgsamm e
=
- -[ se;asa 8, ::
a-= - 2 5 a- 8 E 88
~
kkkkkk x: = i 4 8 Bj8:338 Q E 8- 4 Aadas'
~
g l E E In: s ,el 88ss:8 : sagean a E ~0 3o 88 E g I sam:n:te 8 e 3,. -: e n - .- - - 88 1" d 'E 2 g g I- 8 g"E8 $599$$ ghe2 o 3 exenns l5-n Elj82:88 _ swasse 5 en E . gI a a M u 8 3 8:308 E%
-1 g"1 I8 ia !!!
s.--.n, a i a8
^
s.n k I. s g - .. gag. E 3 n N I" i s5 8 0 g- 88 23: a saa444 88:=== l gs I lK g k ONPMNO b Y Y a.
!5 5i .
i n is g 9495s9 ss==== 8 8a[ei
<,a.
l g 8a888: swswes l.gg-
l E S.U.U."U.U. i R 888888 4 g 1 { 88 :::84;;;; i e lea $4??9938,us a
- v. } 999999 -- --
N
'* $!!YYY 7 n l Eg8msnSm8888 -
=
- seassa 8 "a
n 8 4 E-4 :* 4 n 828880 4 $ fu aaaaaa i : i 80888* . 5 I *"959"
. 2 :.
"{ E - onamen g
- = .
. _ g g 8oooo i s a
.a a -
sagass g : a 'g 3 2
- n l 88.888 9"****
om---- 88 m o l 1" l 3 8 m e g a g y o- .oo 8 i ggg 888188 g "5 . o Exnn88 e : n g : al]8:2888 Ik g 3 s E E swasss ,
=
E t t.R g 8
't 858 30 gA8 $' .
8 u s 4jaa
' 8 E 828-08 93,3,, -,
H u I S 5 l ~ *""""" ag" e 1 5 l% 88 assaae 38 3 s8 1:g 88p::: Isg g oNN-NO . n- g 1 - s MMM g D M 2 f. i l 838:32 '
~ ; a - sessas 888888 3ggal" 6
l, I- 9*9595 om ..- E EI
~
1 3 - E C A _ 'P 0 9 9
/
_ 2 2
/
9 0
)
7 9 9 - dn a J 2 - 2 2, 4 0 000 50 000 1 0 000 00 000
+ 000 + + 999 5 E EE 0 00 1 0 00 0 50 l 1 11 e
R ( A
) T -
N A Y C D R E O T T T N U ) F
.) t t
E P I t t E
/ N D O V A .
I I = L E I P d = E E I Y e F ) s B -) B N t O t t
) e f Ys E a -AIT YDO N AI t N C
- l G E DO E R
- o N DEC V ./T V U s I
- C/ B%
I CC I O S i T L =G AA =G S t t - S AN t t F I 0 e I. REI = Ss . (F E = 8S D I r .I . ( FVC t t I 8 t 8 t E T p IIs=e C tiI Cs=EO I A GTe l GI SIe l GI F U c E AEs = TAGNI ETESDT L s RSCGeDT l I C C I C A T ERIDEAA NEFI GI R I
)
3RIIACDEAAGMR E P E - PIIAD SLRI I E I F T FTIRI FAD E F S _ L m OPU ATS ( SR ATS R A g HIPLMAS ULI ASI E - C I
/
i TT TALRTCUP A LA 5mPA a TCUP LA S U G C S I b r UiRNICY u I S ENICY D I = SOI G T TENIB LB AT LmESNIB O Tb AT t t O O I 2 t t l lETFI EIAORR mAE VsILtLEGRR l t AE D D A
- O I
ATA TART EOPT L
.RAFEOPT
.I L E
S R T NR SRRRI AEERRRI A a P O KUOOOF E RKOOOF B R I S O CKAAFWF( B EAANFF( O W M L YEI AaNI UETT LRNN I S F O RL( E OFII S - E R E V Y - D A T L O J N D D A - C O R R N C P 3 A R E . T U 9 0 0 C . ( A .- 2 - A - T I R - O .
'D .
H ::: i y
- n. Ie assas 88888 i
wgns seses
. c 2^a i o wwwww j i
a # ????? l
- l ! ===:== '
l 9
- =
as wesas al::----
~
55555 g- 9-a 3:000 l n 44444 l
- i
-: 1 I,
je.....ee::: I g ..... g , eeee: i tigg !!!!! seses DR'l;EE!! ig E e n 82 lc::::: ::: i JEisses I"e'! - G
- n. nn. a!s!!!!
u esse
~~~~~
\
U l s :::: e4444 IH ::: 3 i 3.8Ieses"-s ::: g g :asssa :::: E s nnmas w s o. elgE esses awwww ig g
? 5, 2
!- 2 Ek :::: %u ::::
m IS 44444 cd asssa la*g.
"2* 33:38 E
9*91" nnnnu aaaaa e- r o r r-g w 3 8
-g 3 :::: ::::
. 5 .2.s. 2.-.. .
M E wonar woner b' - 2R222 22222 g ::::
, s :a :s :s g:a 88833
, asssa 888:3 iaddi iAddi 6
5 1
-g.
s. _g
.g-
- y:
o R.
~8 g-
? 888 88888888 880888 882882888 a
e !!!hhhhhf.!!kkhhhkhkhhhikkh ese seeseoomoo ooo oooooooo ee ee'ese es-sesses conoowooo
- g8 yggg 6 8888 A o 199*
.-d .. e a oooo ooo --nooo -aman-aco e .?
?ge555 ????g???
.+ ?????? ?????????
E 55555555 MMMMEE MM5555555
. X
- 888 88888888 8::888 ::: 8 888 - -
_. did dddddddd dddddd dadddaddi 6 I
~babI I -
3 . 283:38 32280a88: glgl 3 N 1: gl gaa 88222:38!!!ii!!!!!!sesseisisissiis ,s.a 5 tw 9. "m '.oo* * * ~.a." ma...
*. a. **111a m aan- ".!.s
- m. *.e. "a.a 9am ao-o.
m g g
' I' 2 g H
a g D - - o g ::: saxamam-. t 8 -** , 88 :::::::::
,I.tB555 NNNNNNNNN se'
- g.
s-III :::::::::: ::: EE n llll
.- a nlg=e,n g < ::::
""" ***"**2
- **8 . ::: M ,gg NN3N
,, ====
AAAA g3 ' I IEEEE 5$
* :: =
NNNN
.g $ l l 2 = 1 l<
.d:
1
, w m _ m = e _ w ur w =
=
_ = _ . m =
=
=
S 011235 1 a ND 000000 0 I + - - - - - - 4 KL EEEEEE E _ 3 SV) 005088 6 _ RN 090492 8 GTE 011161 6 E + NR G BI( 021377 3 A P 0 9 9 E 013469
/ NT) 000000
_ 2 IAR + - - - - - - 2 KRN EEEEEE m
/ S / 009890 m EN
_ f 002693 C GSE 040632 e
+ OR m BD( 014723 =
s
) ? E
_ ? S - _ 9 L O 022336 2 - 1 SD 000000 0 e
- + - - - - - -
n GL B EEEEEE E - a AY) 031493 2
'r J GRN 013524 3 m
- TE 098715 3 1 w 2 . BNR 0 2 WI( 031415 6 +
E 5 0 2 0 1
)
L E 024470 1 - 5 S S T) 000001 1 E S EAR b RR
+ - - - - -
EEEEEE = O A / 063445 x D GEN 061530 ) l SE 041116 S BOR _ e L R _ R A WD( 026121 E ( V T R E
- E H T ( ) N E M I S S )
C O 011590 1 U D E H D 000010 0 I J N _ T T D +++ - - + + D 4 N I IL EEEEEE E A I E W OV) 017780 8 R C
/ ( RRN 075400 2
_ A YTE 066550 3 F L S P d S HNR O A R Y e T TI( 031280 5 C O N t L E I T a U M R C
- l S U E A
_ o E L H F - s R O P S i V S N - N - F E 015800 I O _ O e O T) 000100 L M I r ++ - - ++ I p E DAR A E S T D Y IRH EEEEEE C H R A I R O / 050700 I ( E U C L h REN 035400 R V - L S O t YSE 079600 E Y N - A T V e ROR H R O A V - m t TD( 024100 P T C
-==
E D 2
- S S E 9
=
R M E L m g 3 E O S - A T E O S - C
=
_ / N I G D E
=
_ I 1 I N G G C . r e 045681 I I 0 N A u S ER 000001 F P 3 A T E NT) + - - - - - - - H O 2 S RN3 EEEEEE N 2 P C I D O OEM 059483 O R D _ ~- BC/ 097494 N C P _ A RNI 028550 O D O I E R D IOC R E T
'B N AC( 032545 E S D E S R L A E A E H O S B S T Y -
_ P M Y E A N - T M T B N A E F I I N O D A V T E E O O J I 001247 N R D T - C T EY) 000000 M O U E C NTS ++ - - - - O P S S R R h RIE EEEEEE R M O A O E O OVI 093532 F O P B I T I BIR 092554 C X R U D RTU 032391 L E E P P A ICC A N R M R AA( 011212 T O N U E - O O I O S R C E T T I O A N A T P e A R E I A X S _. ( O ) V D I E E B SFL 000112 I A D T = 2 R ROA 000000 T R A D A
- I H V ++++++ A R I B _
A A ( DR EEEEEE L A O T NE U t 000000 e AT R E I R EET D N 000004 000464 N U D A E Y H S O L
=
=.
O ITI C G B T D e D TA' 018297 _
=
=.
w u
=
x r
r 3 l. l L L 8 Ia.gga.g , m L
- glI--gggass
- .e .n,888 ., . ,
.g
.a 5
e Ilg??9999 l s- .gl1 ganas' E-9 e4.999 N 19 E I e :. :. :. :. :. 5 7- --lMMsMM
- s -lsesses .::::: -
R n 8 -
; a a : !
; n_ 8 :::a :
;- l se agaaea a !.
.a l sll: 394558
- ~.--- l l
1 l -
,el 8:::::
as+3ga E-g 6 e a 1
, y. n I s:Heen
- e.e n n. n. n. s8 n. 8 i 3
-n l E' e 8
.= ~
1 .. ....
! a ua 8
a g :a:sses tte gls .
.9 g.
HIW g n !l_ 89 898 8 - s 3 g i
.a - .g $. . M. " :*
-5 s g h 8
- j. s. E:
8- " l' lI sasss::i$$$$$ 8 4 81l 9 g 2llc ense.ne
- ... .. a8 -e gg g.
I5 E. n I 3 1
- EI 88 (8 Ins !!4??9 s i ne i 1lHannn a - saaa;w g3
~ p I.
4 5g
" l5 I' 'I'IE E E 0 98 i e
usass s E D a.48889 5,s.EE g
1 l l e h 5
- l. 9
-3 -
=
'$ $. $. $. E ! !.$.$.
3, ha: l - l I _ _l i
~
t ._ l : l1
!!l
! ill.!ll.Il u.. i li# ?
il
!l le ,e .l.inlal lE na i1i0l i~l ll !.ll u
il s ii f14,h. ElEEEEllllEEEE! ll g l: l "g . 1
r 1 L l I .'
, a i
! n 5 E g I e ':s :g :a :s :s < l 2 2^"ie88 ssee { ll a
?????
IAE"244AAA :::=:: :: :hsg= ----- g 1 2 ????? i B nsss: i g 'S m A4444 .
. ;:- l s :::: .I R- :::
E - gg:!!!!i 2- !il!!!!! ggyseses _ ,. I, e s s. e .s
.a J
a
'! Ig????? ggl?????
Im y ssnes s
- .i ssAAAAA ::::: [n:ssse ::::
. g 3 JAAAA 8 g lC l g' g f :s :e :s :s :a I B ::::: l 3 ot s :::
g g asssa ::: n - ...-- - s o. .....
,l g AAAAA -l2 g AAAAA g 8, E C 2
! R :::: , "u m 2 : 2 8 1?lsisi#4 ll!!!!!
5
- e e -
g g ln - seese. g. 8 E n.--n ..--n j . ????? sses
?????
seses W- a. e '. **
- n a r-
. - s '. e '.
K - e n e r-
~
M M g s :a :s :a -:s 3 s:a:s:a:s
- S 88 23 daaAi idasi
) " ). $ \ f t
Tk :f x; l l w R
-2. :
~. $ '
ma : e - iI,, . :: ::::: ::::::::
,,gss.ta. ,
lll.flllllll
........' II
.... a.ggsa,.s.s.; :.. gigg a ss 1
- e...neg. ... . .
e.- assa
... . . . . . . . . . ..-e.
. . e.
s .- e... 1 b . .: 'na.g.. ......... , 8 9. : gg.fggg! v ..e ... :::.:: ::::e:::: a I -3.gIIglgll!-assgggnsassxsse ag
. . o :s... ::::::::: -- - i
_. ses;sesssses sessse sesssssss = l .N ss sE
'g g' 222 2 s:'::: I + :32:22 :::::::
~
i 5 m
-l I
gjj :ajia: 5.
.-- . j5j. j:aaggi'AjjiajGj:i
- . . t . . :.s. ,k3- l$
l l E ts a t. . 9. - *a "m. 9 e. 9 5 = 9 9. a ". a . a a 9. a 9 a o ". 9 m w . a m wwa n .wr.. e m 4 g g g 9 4-e. l 0000 ll
... ..-am.... RE r.. .' E ennemen R A A E d ":R' .g llll III:00000000 IIIIII ENENNNNEN D' j Sl
!!. ,9 == !
l s t l---:-----====::==rllg,gg ,gg vans
====
l- 4 4.
=
g . II ---- 1 H g:'ig. - a la 'I l 5 g ..
,l:
l
l-' 1
- n. !
n-E- s 2: 4
.y. 1
\
.p.
S' ! ? hi -
. ? ? ,+ ? ? ? ? ? ? " ?' ?
l N 4
.8-4 55g55ME5"!!EM 88.32*SMI: 8-
- i. ~
didi4Assi44 J 4 4 -
. .e 28882::::"8
++e e+e +e?+ +
g
,- .8 R 55g528Mg.
.gg:2.a:: 5:
-, e
-; didsdaididd J E
E' l , 8
. :::::::::: =
gjieaa4j=aGa == ae* l
'3.
t B x
-9 gegaan:N
.9 9a999a*9 NH NNNNNmM W
. . M....HMNMM. N 8' ??????????? ?
B: . SMEM555MMME 5 0 m8d ::::: 8:::: : I,l5 iedadsJJAJd a g-
- 8
- ::::::::::= :-
.g ::siesega sse a*
" - "9
'8 g' 0.
3. 8 w
**""**9**".9
.. ann wwww.
9 I 3
.g g' 8888::::::: =
l 4: -$
.8 l
,I'NE"III:a:::::=N 00000000. -
i l b $ M Y~ l - N I L l t t
'O g' I .a. N ' d E 'M . 4
?
O a .8 !!!!EMEMEME M J d 88802082888 a i didAAidAddd i ! A p a l
. 00.. ....O ~- i O
E' .8 ME!!M55MM55 #
.. d.
888 8M8 8 :
- AddAdiddAdd a
....--.~... -
2& N
'g- m 48 O
e MEEEMMM55#5 WMO.WNWM .O
" * *
- 1
- 1 9 ' ". 9 "
MM
,_ g w On**wwwwo n ,
W l M M WMO.WNMNWNO N 5 5 O ??????????? ? ng M!aME5MMuss M Il' U B d O
@ E E. 5 E 5 *. E. E 9 8 E'
,aOw.n..-no O0000000000 O
l 1 j i I "a
~ f ddddddddddd d 1
- l. .' .
.O O
C0000000000
???????????
MMMMMMMMMMM
?M O
"9 8-l k. g w
8 8 8 8 8 99*9*
*9'a*
C0000000000
*E.8 8 8 .98 O 8
N
.e
-8 I N
$~
M e...O-- N HMMHHHHH
... g 'g '
I
g. E i R - mang..aw.neogoo. - 1
.: ? ?.? + * ? ? ? ? ? a ? + ? ? ? ?
2 a
.8 555g58M55M555555 5 a mano 8::::a88888 1 4444WJ4444Wddddd.4 R -o-o -am.cooo 2 " . -o M ?????+? g-????????? ?n 1 D .8 555558g5MM555555 N 1,
e
- 38:8. :::88888 :
d4AssiAAAAAddddd a N o 2+++ i 3 E8:25
++++++++++4
- 2+ I J .8 555MMMEM55M555MM 5 4 $ 4 x1388 ::B ::::a* =
A g. 4AidaisiAAAdiais i J. '- 2:
- E o 2:28.:+28:3
++ +++++++++.. Jas :: 3 8 M8 M55555MEM555g555 5
- e a 8 88:::::::, :: :
5 g 4JJ4444444WiW44; 4 l g. 4 So$co$$$$$$$oo $ j:::::: = 0 ll $ -l' a 8, am..jj ajj si ianaG44G a n- . ~ d
, g- a'a1'."1*11*1aa9*
WPHHNHmMMMMPMWNN w a m -5 .gggggggggggggggg g
. ld . ,k,,h h , h,h ,,, h,h,h,h ,,,,h ,k k,h h h h h oooooooooooooooo o u O I5 5 8 8 888 8I I 8 8,8 5 5 8 Hi -
l 8 i m D
- n. 11111lllllll1111 i I
I i 1 oommoooooooooooo WSN oo 8 9 9 9 9 a n a a
- 9 a ".a ". " ,- E
. HMNNMm' N
Ih 22:28 8888888888,
- g. * *
- 9 9 1 a '. ". eaannM.e *9*99 2 5-822:288888888888
-8 a 9 a a ,1 " a ' ". a
- 9
- 9
- aannM<
n a u ;.
.1:
e . s ; m . g. - t ,l :::::::ss: :
-e g. +333 63++ s-8 1
N
- 9.3-gj]:;gE
',' i.-E8ee.999.9_88.!8555 9
;C' n
- f..f..-n--..-mg.
6 t: I agnInsmannenIIn g e. Ei: n::::
- =ns==
st.: : 3 asasaaaaaaaaaaas a 3 .
. . .: :: ::::ste,:
4 2 M a J I.I.:::g.------.-.. MEII!E5::28E55555
- ::::::::::=
^4dAddAddasAdidA4 J
'4 .
t ig-
- s. 2:g89.s:::::::::=
singasggggiassa-g: i g y
- " "3 ..B884.35.988.e84isi I
... . ...--..- . 9 y
E ..g...-----.... . g- xl. . ~ ::::: : s .*A n:a:s:si:
- gsE:::::Isensem 1
- l- asassweasaassgas s E
i-
*l .- li1.ll.ll.l........ 111ll11111!
1 8.... 8 . .......
. e e e .8 . . s e s. e. .e : e t.' l, ................ ,
8- 11
- 1. 11111111111111111 8 .
t
' i,s:!! iiiiiiiiiiiiiiiii nI l: 4 " ::::::::::::::::: 1 l:.:.:.:.:.:.=.u...:,:,,::,:,,:g
=
l l
- g .
Re 8 1..e g:8ggg8g *-
. s . . .
w '
--NNM -
N #-
~
1~ t 8:20:8 28888888-
~8- * * * *
- 1 2 . ". ".* *****
--unn.
4
e. 9 n s .......*r..... o . N ????????????"??? ? k e 5
.o8 5gMEREMM5MgMM555 5 4 . 8:n===8.8:888 s N 4444444444444dd4 ;
P .....or..or...oo 8 .l~ m :e:::::::::::?:: :
~
W .g.. RgMEM25 J 8 88 :gM55M555.8:::::88 :
't -
=444444444444445& d 888888388888:385
+
8 '
.'98 - 8 jEjj:i&&&jj 44 Gaa4 a 1
- I, -
*a199*11**a".9aaa
- .. nas r'
.-- g ..wors.-an.am,-a
.;. n-
'2 g o88888S88888E80: 8
~.
E EL "9" :eGGji* Non!sjijsaansa a 8::::: G A
.o
- "
- 1 9 " ' * *. '."." * *. ' " * "
mewoNHW9HWN.*Ng. g . 9 oooooooooooooooo o o O EESS E
~8 5555555555555555 E "
^
d 8888888888888888 8 dddddddidddddddd 4
'E'8 o
...............S . ,'
8888888888888888 8 dddddddddddddddd d
-l k g
O- . 3855 88 88 55 I E ,a I B I 5 i 8 I
^
D. a 111lllll11111111 i
-~ '
IN A g: l~ $ 8 RR222:38888888 i 2
- a. s. . 8 8. :. :. :. :. :. :; :; :; g ,8, t
22:R828288888888 4
****11a9".**9*999 awann.
N N 2'8:20 8 828888888 8 -* *
- 9 *. 1 1 a 9 ".--unn.*****a p
)
L'
l E ::::: : N-I gll$$
- 999 m. e ownnw I
{
'E R gN- :::::
N 2 gII'A4Agas i :. I l
?E m - 9o
- n*. 1w.w 11 .
E n j 2 aa
- ja44 wma: :
a 4 n g I 9 " a " ". 9 *
- ownnwn w $
g a !
't 9 k
5
- lg'!!!Ykh- '
8 5#58
; 8 Ej ::00 # -
8 C8- dididi h
' 5
$$$$Y! !
2* R.
.g'.
E o W.
==ne:
M 00k l 825555 d44444 4 3e5 E u E a g u n R I ! I a :::: g!' Ell d g i 8lg'$$$$$$ I 58- 9 9on.. *
- 9. *..
gl5 g m g b h N lsi $4 m 9 e;e1
-E g g Reg:
5 "E go l ' 2" O - E. E. *. *.
- k 2 ownw.* g S
h E 5l Ig g I i *' li8 l lg ::::: nIg. sun:jenjnef
- n g5e g 3 ' o ,- a n . 2 E E - d 4 4 4 4 r* lg 5
a"N
- a n
i 2 38 :::::= as::ss g Bgo 8n " u X,8 999 1,!uEe8 8 >< o . n a r. l 4
r- 1 l Sagaa , g5 I l g al$$$$$$ o oma.nr d44666 2
- mp 8 2288 l' a 2*
gf5 aa4g44 i 8 G.38
?
m - E ***111 o.aw.* E I" 8 2200 g 444444 n 802*** l 1 A
=
C l *a*=**
- o-wwww g
g 4 1 8
- 9 . l
- E lg999993 ssenes '
glCl}88c:8n. - g seweg; l : 5 . I E o 5 m - g C g 8 888aga R l i - E S* R GaeaGa g 5 E e 5 l 8 ."-r*** NAM "! * *00 3 " b.d6 6 o y
' hg3 $
5 E g g g oo--oo
- ggg ?????? g"5E" .
l
- smanns s8 :
-g aR)888E88 i 58- d444dd 5 :
2 5m :
- 5 N
g gg= "
'g 8:::88 .m8 o
g I 5 8 aajese E 88.38: ga$'l u 3 ' g O .* .-.-
- 1. a *** . 0 5 -g
, 4 2 -
gg g. 8
=
8 e
~
i B E a% E g- g a s888 a a :e :e :a Ia 8 gs e Em 9".a"** 8:n88: *E t i I 5 a W.BD o**.nr [g a gN 0 p 2 = a a
-g 8885 2 sassaa 3g$
5 yl o 3 888888 6 M le 999***
.-. .e M E 8 l
j ..
)
i E- : ! i w . 2: i l. i. i. ! ? i.i.i. q7 g g g; . -- _= , D i 8 l g-t1, ._ I : I i .l l
+
1
< r, 1,1,.i. Il .
, 4 1
_il. a.!! . I
! ~
i! lliltlilllii!
- n. _gEd .
; i ldlgi ggllol2 !.
o I l,I rljjlullnl;aill*l ;giaw 1a ll i i l 1
p l 8 *
. I ~. 888888:
assassa g d
------- glon 9999999 9 8 ??????? EQ e
a lI sammmmu
- I g -------
n
- as y
essssse as :::::::
~
8888885 8 ::::::: c 4444444
?
s g Im g a :s :s :a :s :s a2 g -s :a :m :a :s :s a
? .
c 8888888 --* ::::: 5 9999*99
- 9999999 n -------
N R 9 s En d * ,G g 3:33333 mN 888888: N hhhhhhh
, m
[E hmennene E h 9.9999, g5 5 999999e E U 4 k 1.i; si sensass ee :::::= u e8 ::::::: sd 888888:
, : s sediasa 82 addAAAA - a y s e os N !!??YYYYY ,8 h
a - -n ??E9EEE se===== n g ga:emesse:::::= ::::: g a <E sedies; i desssss
- !i O
O b d
- = ::::::
$" U Aaasssa eaassas , n ::::::: :::::::
8 e sisisis sidisse R222882 228RRBR g
- s :e :e :e :sI :s :as :e :a :s :s :a :s
- = :::::::
asiidsi dedissi 6 7 5 i
-3 Ll .g-N' k
o G-8 l!!!iiiiiiliiiiiii!!!!!!!!! 5 9 88o
***- Sj8o888o
* *9'*** 882888
****** 883888888 9** 9a*99 ooo oooooooo cooooo conoonooo 9888
; g ;;;;
J. 8888 4 5 o **99 f.
^
ooo ocoooooo. memooo ..n....oo j
. e u ??? ???????? ?????? ????????? I
!!! !!!!!!!! 555555 NEM555555 l
.. X 888 88888888 ==n888 ::==== 88 --
-. : ~
.ssa assasssa saassa saaaaaass e-0g$af a n g s men m,imimmemimi T88 i a1.Il n-1 B
8. 5
===
55 55====,5555 =,55=5 xn85:e5xn
==== ===8==88.
' sas aasissiA siAAAA A Aisadsaa' g Ent 5-l- g 3 5 w ngng
~ n U a !i ana.
g , . <. B :::: S *** ORMRRKRX !E**** 3,,333333l 2 g l l III : :::::: nHEIII:nnnnnannag',g'g N llll
- W-
--a glg9 mann l .
1 i
~**--* : :::::: ::a:::::: ,, g E555
.g N AR$5 i g '
- I lmmng unnu
-l % 5 a
E a l l
-e i 1:
, ' c
. , y ;- g i 8 n i ?~ t.
- 4
. m. .
d.,
,'8
- s. .
88 8 l83gl.8888888.888888~888880888 -
-lgg - il3gg858-888888 g *** *****9 ga3882888 3
****999*
- .. g . ..
a o o
-o o o o o a a a aaaaaa aamaawaaa 4 I-a " \
d ggg ggagggoo aouaoa .. .munaa
)
+ +?+++?? ?????? ?????????
E. ' 2"- gI+g+85"I8888 8558 58 M55 :!MEM5MEM g o85o 8 8:888 :::88g888
-- 2 ddd dddddddd dddddd d4d444444 1l 1. .I
') (3'
~
"I! 828 Saga 8808'gasa 8 22 22' 88 jajc I'j:ajaaja jaaaaa 888:8sej:aaaaaa t
3-.8. li= Nw - n. w a
. w ne,8 n . . e m s. e t wo- wawn-ax , ,- n e. -
- - ::38:
- s e o. n. nwas nar en LI: j' El Es gg 5AAA5ds-.
lR. - l Mo "IIIE ::::::: IINIII
- R ::::: 8-** ::::::::
NNNNNNNNN 7.
, EL '
s
-M l l l-t .,
l 11 I. g' M a
I i l 8 :: ::::: : l
' - $$AA$$$A E.NNN A g O g P, y ., O, y O, O , ., . . 2 - .. .O. an.. a I g-m' R - :::::::
0 gf51 +ae
$8:gggj* e k OOe4 n or.
NOMN
. O Q g
& - es444s44 .
R h i !!YYYYYY Y E 5
? g l 555MRREN
- sesa;;es a : ,
M ! 4 4 6 2 - 8:22.:.350
++
- I BEMMM5EM '
J, - .
.l]_::::::;:;:;
i sesse i I I E a' 5 l 3u R W a g
$$Yk!YY$ $
55555558 8
- = s
- isasedis lk
,e d
- O Y
2 . E g I- $$$$YY!! I ge8
- mems:
1-l' e a 88ll]:::a::::: lE ss asass eEl E g Wm :::::::: Ecg.l R l . l 1 :sseeegi:e 4 e8 Bo.a
- . 3 1 a g l 2 - .2------e 2 . . . n r a .4 g gg g.
E1 ' n g i 3 5 l 4 ..---... - eE ::::vete s lg a I E silI E
- g Is i a -l-852RRRMM
- essa;4;s g I 5 g!g -
i !igo g 1 n g8 8
- ::::::: e se64assal at***5*5 eyl .
I. ..... .e o 3 5 8 r 5
l l l m3 8888 ::
" g a+4jgaae sa:
gg . .-.ag*** ! 8 2.
-[df g ~~.
a 0 W g 8 8. . . 8. 8. :. *t' ! e samannas- 1 8 olj88:QMBAN 1 l a - sesessa; 3 ! R ~ E I ???????? s - smenssag I
? g 88: 888. -
n' - n - sasaaaaa ? m i
- . 8 d: s lg?8?????? !
a. a 1 l-lll8.gnanssa a s sesse;;s. 2 l :I 4 .,,, pg
- a
,a l
-88 8888 a 3 y' -
agassaae g E 8 e 1 3, , i s.8:8888
.e.naann.
.- ... 8g g w
lI E E g
'g a
- E B -
E
?'d"***???????
555M55gg- f=E E" 2 l'ga lo l)88*8N#88 seassass E E u g M
'E :
- U R E 8 g .-
88 : 88: ct a 8
" U
.R 8- E *eaaagjjj 8 882.. .
g a $' . 3 E y l En - .*..-ne--
. n a- g5 g.n "
. i 8 % E 88 888 e 8
-l- I n n s a :g :g g a e a gs i Hj!!::EEE E E l aE- sswaasas- ag E y 4
~
mC g . E- 88 8::: i go j E 2 $$$$$$$$ 8 sE
-8 X.
e
. .- 2 ,2- - 8. -
.... 3: Ea l
l
w_ . 2 - 5 - _ E G A P . 0 9 9 - / 2 2
/
9 0
)
- 7 D
C 1 n a . J w 2 . 2 _ 2 , 4 0 000 50 000 y
- 15 0 000 00 000 _
a + 999 ++ c E EE 9 9 9.' _ e 0 00 . 1 D 0 00 0 50
. s 1 r 1 11 e h B
( 4 2 A _ ) T M C A Y C S D R E T O T T T N d U ) ) N E e P W W E .
/ t N D .
C V A a I I = I N P Y l o F
=') S E
B ) E B I _ _ N s C ) tt R YS E i TOO N AR N C _ - G N AIT DEC E DO E R V /T V U n I /BA I CC I O S i T C F =G AA =G S E m S AN I C I 2 I L REN FVO= SS Nt e RF= F ( tt SS E ND D E T A U 1
- E GTN=GI
( IIS AESOT Ec SIN =GI OS EO I F I _ L RSCGNI C =TAGNIETESDT C C A V T N ERI0EAA NEF1GMR
) ACOEAA 3RIIGRR E
P _ E F FAO F E D PIIA4E
.SLRBI T
FTIHLE S L I OPU ATS ( SR ATS R . A C HIPLMAS UULNAS E C C TT A LA EAPA LA S I G A TALRTCUP N UENICY MH J ERNICY t TCUP U - O I G N = EOMTENIB T Lb AT LBEENIB O TD AT t t O - C I I L N N EI2GRR IETFIRAE VDLEGRR NILRAE D ATA EOeT RAFEOPT L _ D E O E _ A U I TART L I S R F T NR SRRRI AEERRRI A . R E R P O O Kr OOOF CKAaFNW( t ES KKOOCF EAAFFN( B _ O AEm t ETT S _ F - L YELw LRNN I _ O RL( w OFII S E F R b e V Y D A T L O J N D D A _ C O R R N _ C P 3 A R E T U . P M O C A ( 2 A T I R O
. D
1 1
= E 88888888 !
2 > I
, 2* 2 0-saassaasDe es,,, e, :::::,::: i s
.,,,,,, , 33R E ???????? E a
.0 " 55555555 i
- I 8888 000 ~ - J
- ls ;;;;sses n! . nsee:eee:
oun 1 EMMMMEME ' g 2 09 0000 e 44444444 7 % 8 I gf 88888888 I l 88888888 s-!!!,!!!!!,
.a ,, ,,,,
oooo.
.!se 2 !!!,,
lgN.,.,,!!!,!!, ,
, gg- . -- g -i 9
e is
~ -E 8%
c :::::::: 88888888 ! i i le,, si, s p sis,s,i,s luuni!!!!!,!!!, i i eeeeeee, . 4 0 E l l }' s i 2-ljjjjjjjj
- 88888888 !
1 ; jl:::::i, sis,ijis ,, s
,,,, eso ,,,,,,,,
, g me....e- lgM --
8
; a on g
I ,N
$ lI899999999 m
-' IEE5555E-H essens== ::::::
r B l8E :ss : :es: :s g a es: : :; I88:88888 sasseess
- .W i
R e :: 8::= ::: 8 : 0 E AaaaaGGa 44444434
. 8888888: 8888888:
2 i . 4644444J 44644444 28822222 - 22222228 g 8 ::::: g 8:28:8 :
, .seasessa , s44eessa l
5 88888838 dddiddAi 8888888 dadididi s H-
p 1 i p l 1 I . ] ! E l l l 9- ! e ! n. s
. kl a"
o
? f 5 !
7' 888 88888888 888888 888888888 ' N ana sanasaan nasaaf anasaanae o e 888 9a*- 888888*8 99aa9a8 9 8.8288% a
- 9 9 *. 9388888888 ooo oooooooo oo ooo ooooooooo a t a a.a 9 9 9 8888 g 44;g
-s o 8888 j J- 8 o 9999 l
. a e ooo oooooooo memooo .. mew..oo ""**
I d. E' 2 e '??? ???????? ?????? ?????????
" !!5 55555555 !!!!!! MMMM558:5-
. N 888 88888888 88g888 ::::88888 - -
8 :m ~ ass sassssas asssas saaaaasas e ; 8 9 ! l 3 s Ba e 3' 5 555'55555555 555555'555555555 8.gb N '*
-U"l n annunu nun neuemum ,
. 8 8 "n - 2888:R80-2R883: 2N2888883 R~3~ i i sii JdsadasA sadaad disadAsis g clat
-g-1 ! 5 NgNg n -
'3 M yy*.
- annusm-. can ;
RAME: 8 2 0000000 Ia-"III a:ddddd## II5I:55 NNNNNNNNN ' glg,g't j ffll i j
,x un
- - - - = === ununu 5555 l
I l-~a 1 ,gg === namm i g ' E
=nS :::::
a' l555g NNNN l I E N R N i j I ; l 1 i i l
)
a s,t- -
; jlt 1 - 2
)
+
x:. )
< q i ,
n . 4
-*Y .
I
' i
..s. ;
- l. l y ,
I
>ll y
, x,
. .8
, .. n i:
,8.
1 . OO,00 000 x
. .I .I gOgOg. : . e . II s. ft:
O O :- 55858 55555g'E$:::::g:55 555M
-8 5 :
l
+ 8 8 88888 888880 888888088-did:didddddd-dddddd disdddddd
*t .-
F . 5
-8g g g a. 8 ;8 8 33.3:.22288 1"': }
L $ $ g 8 8.
r 5.'
ll
*=
lll5l ,lE*1l..
***.=*. =
- 88- e1 33
- 555.sh;g;
.I 1_NM i O C 0'. O O O O O O 9 0 - ONOOO , O.OO 1
_l t I7 4 llllilili.lil_l!.!!llilli!!.!!.!_!!
,_ ._. __ ._ . _O_ O O_
1 gl; 1 1, ERAAAARr. k II l
- a-"
' RNRRXg*.gg""-* 00:03:000 lR g III: add # _d IIIIII. NNNNNNNNN.
8ly' l_ l""a=----: :::::: n = = a n = = = = = ! l- l l fs -f ., l: a l g s 1 l lb i l 5: g_ li. , a g . f '. I
~
t l L x8 88:30 88 a
=
lE 434444444
? I 991-88ano ::: 8aa
= - o o n aa-sa. a a .9 .
j A 1 l N- 88882:882 1 555
" ansaa4444 2
a a k 880s:282: 3 9 oonoman,- 9 9 9 ". 9 - a ". c
========= =
?r .
- llkkYkkkh!!Y 88::E ::: 2 i - esasa;;as x 8
5 a 8 V U N- 88 coo $o$N
; 3 = 15 esaaaaaae .
- - 8 i 882:82 :: -
]
2 N g - 5 oonamann. 999a*9-9* 3 g 4 w a M i g sannexxx: a 88 g n- l ssw;;;aas
- 88::::: 8s : o 8-
-1 e
W n Ig-I Y l B N- 88
- g. 88: 0 888
*88 a l s a : s :a :s a a n s 8!
a-l g o o N N m e en o o be Q- NN .kbd .m h 1 g g k 0 5 $ g - 88 :::8sa cea 8 a:4444444 8a8l. o
$ g 880828:22 l
"1 lg l s a 9 9 -- 9 9,- . sy a5 e 3 - oonn.-n.a gga*g g .
n g
" 8 4 E l
0 E
????????? "
===x==l ie8 38 ng===::::n=
lnS 88
!,g!i a 24- sea;;;;x; ,, 2 n g - 4 g.
oooooooo La a saeasssas 8
- a i :6ea 8m e
R. 9-90 8888,88888 99---
>< onoma.ner
.a 8::::::::
r Q gsaa es
* *de ggR.oonnan,,"
*8::ggj
- 1 * ! a a a :
l - , R-M- 88885:882
- *h k
? Ek*hhhhhhk
.8- ooannan ***t9'a t
p
$$YYYYYYY E - 55M52255" ?
C l 88 : 8223 ddAAAAdda
?
M a 8 A > G A :
.W M- 88 388 8 :
A $ $ 15 saasaassa i :
. . i 880 8R* : -
~
s 2
.. lg .I 999 ""
oo---191* nn. 2 :. t l i 3 i r Ng s
- seenxmum g 88:=8::::
i al
,e
=
y 1 C - didddAAAA 0 8 3. lI l2 Be
- 8 8g!
B 1 . B R- 8822 8*.88 San asssssssa . :
. 1 88** G:88 E ~* :
E 9 9 a " * ".9
- 9 :.
l , D - oonan.noo g5 el8 g a -
. i
- !i a g s 8
8
- 889.8 as aaaaba ::::
, san g ajD
$" E n 880,0:8:20 o ,
"8 l oonn 99 n,*n e8 99 -n.n -
n y E - gg g. E n i s5 0 b l 88 23:888 g8 assas44aa l8gs 8
- u 88:::: 88 a a
9 8 9a*9an991 l a 2 - co---.-n- 8 g d $gl n-o .
-e 2 I
$YY99555E
========= 5
$Sa. 2 g
888 8888: saaaaaaaa lg" mg
~
a a 8 5 E G A P 0 9 _ 9 .
/ -
2 2
/
9 m 0 .
')
7 9 9 1 n a J 2 . _ 2 . 2 - 4 0 000 50 000 1 0 000 00 000
+ 999 ++ 999 5 E EE 0 00 1 y 0 00 .
a 0 50 c m l' . e . 1 11 e D R _ ( e _ r
- h .
A
) 4 T E 2 A Y C D R i E - 0 T T 1 I
B C U ) ) f l E S P 5 8 t l E
/ T N 4 O V A I -
1 = - I N P d = 5 E I Y e F ) S 9 ) B N t O ) tt R YS E a YoO N hR N C l G hLT E DO E R o N DEC V /T V U s I /BA I CC I O S i T C F G AA = G S N - S AN RF O t I ret t= 8S B = sS D I o L FV0 6 t t t ( tt t t t t E T n ( A U E IIS=GI GTt t AuSAT E0 SIN0S ETESOT
=GI EO I F
L A T RSCGt TCt ERIOEAA )
=TAGNLC ACOEAA I
C E V t t EEFLGMR 3RILGBR P I E .PIIA4 F T FAO F S D SLRMI E FTIMLE - L A I C CPU I IPLBkS ATS ( SR UULMAS ATS R E C C TT A LA 5lAPATCUP LA S I A TALRTCUP 2l U - G N UEt ICY l 1 ERt ICY t , O I G N = BOMTEt S T LD aT t IB LREENIB O T D AT N O O I t I EIECRR VDLEGRR I L i IETFLRAE NILRAE D D A E C ATA EOPT RAFEOPT E U I TART L I L S R F T NR SRRRI AEERRRI A R E R P O O KUOOOF emEAAFFF( CRAAFFF{ KKOOOF B O AEN t ETT S F = L YELI LRNN I _ O RL( E OFII S F R k V Y A T M L N C J N O I R D R A t l C P 3 A _ R - E _ T U P _ M O - C - A (
'2 A
T I R O D
I t. 8 8 8888888 MhMhbbb l g s 8888888 M c ggg seesese O000000 hD 3 l .N OOOOOOO NNNNNNN n n ;;;;;;;. as : : :::: l 2 I 8 g 0000000MMMMMMM a t M H b bNhhh R I Y l 6 gg 8888888 !H8888888
? . saamass e e5 sasssas a N3u 8888888 1 C"I *8888888
. . 9 c. 9 9 a. *. g 999a999 g e4 e4 e4 O O O O e4ete4 ,4 ,4 4e4 l ; a 5
1 I l YYYYYYY
======= n"hh!!!!!!!
l
. Ess ::::::: k M 8888888 lg=======Y h 9 223:3B3 ! $ 8888888 a
O MMbMbb l E 1 y
=5 8888888
~
- . 8888888 1
* * ". ". ".wM
" ".4 9888R99 i g _g MM l* *N .4 ed e4 4 4 e4 ,4
.: a 5 L Ud lg .
f !!-??YYYYY bN
-n $3E5655
=======
Ie l
- WAN
- g l$*::*:::
n aaaaaaa 8E8aaaa 5 saaaaaa M aa O la ???!!!! ???!!!? n====== s nsen===,
-s,s,- Sens-s, ;
R- i g,Nem.Nor ,Nmm.Nor h !f282R222 5fREERRRR i
- O M M M O e4 e4 w O M M M O e4 e4 H M 5555555
- 5555555 1
5 999a99* ONmmWN. 999a95* ONmmeN. d l k
8-I t N 2 e
^-
8 S - -
?' 888 88888888 88 888 883883888 N-333 $$$ain$e GanGe4 444334Gaa o
e' $. . $. b. b. $. ! ! k k . !. k k !. b. k !. !. . ! ! k !. b. b.2 88
; ooo oooooooo comooo ooroorooo 4ggg g
a 8888 a 'yo- ;o "" " ooo oogooooo memooo ..m....oo j-
. e 8 e =??? ??+????? ??????'?????????
- . 555 55555555 555555 MEM555558 r !! E 888 88888888 8"P888 ::R:88888 --
==
; ass'saassaas aaassa aaaaaaasa nial 3
l0 - 3
. 5 )
l
=
1gl:!!!,!!!!!!!!,!!!!!!!!,!!,!,!,!!,!
,- ,_ ,,, ,,,,,, ,,,.,, , , , , 8l!l
!n !
- v e- m -* ne-arm ..w am a me-o w oe w g - [m[ .
B o 2 2 Jea. ) i zg4mzgm :::
"""" l
- 3 330 333 l-l8 g
l"I"I"*RMNRAMX I :::::::: Hann 3!:*itu:nunu:nunn[l'g'g , M llll i lW
- l-------::::::::::8:na::: gll9 , g EHHH
==== !
8 u,5 'l I ::: l"anng naan -l' I $ E n E N a i i r- . w . l
U l 1 1 i f? 1 ( .:
}.
a 2. o , l t R
,g 6 i ? 888-88888888 888888 88888:888 N
gja aaaaaaa .aaaaaa eaaaaaaaa
.o8 88888888 888888 88388E888'
- g. *** *9a***9* 9*9**9 ooo .oooooooo-oooooo conoowooo 9999*a999
.s 8 a "
d'
. ooo oooooooo conoco ..m.manoo l
??? ???????? ?????? ????????? i E . 555 55555555 555555 55MEMMM55 '
-i 2 g 888 88888888 N82888 288388888
- .ess sessssss asasse.sewesesss I
i 2 eU
- 8 ::8:: 88:
i1 2 1lSaaa8888!,!!i!!!!!!!!!!!!,!!!!!!,!!!!
- 99 ,-,99999 9,,9 9 999 ,,9, )
Dw. wwo- en. newo wnendo nunwa. wow 4
' H I 4%
3RAA3dSr. I-l"'; .
"'I" II ARMNRARE 3*x *
.in:a:ni 000 n 00:00 nunnnnnan l
j 1 E-i i i
**0N NO ONN ESSNN25$$
H. l .' II I I 1
."6'
- l F !
I l
mE 882:a:ES 0 " E sa444444 4 E 88N08:: 0
?
A E
- 999 O O n .9N-N.". "! 9
- 9N
$ M 88888888 y bnn 3G3344a4 "g1 8800:s80 To2 00NNNwg-AQ" 99""*aa9 6 M
= m O O 8 O E 33444444 a N
? .
E g 88 ROE 888 8O 00N-.Nmg -
-* b Mhkh h M
a e6 8 = a C000 08
- p o E" u 25 344a4444 ,
; 28 _
g 8 - E 9999*91* g 2
, 5 y
R8"k - 88:* CONNm.m. y o y r a $ g l 5 g
' g g S 8 88aga0 8 g 3a443443 a
@~
g 2 - e ae g 88:c8:28 OO..-n.O 3 H N-* g $$NNNEMd g 5 O g g g i 4 l 5E!- h
. ! 8 g
s. M' eng M 8822:288
. assa44aa 88:::888 OONNgnOO 8.ll an y p g
b bb h j 0 W n g
-a8 :
5N l g :- - 8898:8:n ea444444 Be8 a
- n 8 E 88ESERON 5 4 @H B
n E u $
, n 999 OOnnN 9999 N
- a. a8 -
g R 30 M h l" g 5 0 5 !l3ga a
! na????????l 8 enname l$g8 3
l 2 E"44999999
- 00-- --- .
s!g! n
- 4 u
2 H
. g e 7 " 00008000 0g- a g 4 E aaaaaaaa g au v$C g g 88888888 O OMogwg g M
'N N b h N N d p* "
i
e l 1 i a 8 8. , v :. :. 8. :. :. O g 55MM555R M ogg a 880 ssasaaasp320 as g l e l 8888888: lNns gag . l B c g1 sis:gieseSiiE.
- 00NNN99M I
c
? I ssexm=== a ln [- seasaaaa
???????? ?
- ?s 88n:: n: 8 - l n
a 8 5 1 u 8 i-r I8Ilg!!??????. 5 samenex: ' l sl)88:::::: g j- ssaaasas lg
, aI 88 ::::8 sseesies a:
- a g
H 3 y 3, E g 5- a -l sesennee 88: 8.:8 aaN.n..a nu 8g i a 0 3
- n m
! h-8glg$$EE??$$ gh E"lsemanss88NN:R88 El ssaaaass Ee8 eE g
l s n-g
- U 5 5 888:28 E" s a l
I. 3e$= 8 E sasegees 88 3.E:
-3" 0 satino
- aaenn,tt g, B g 3 en g y .n E -
n g i 5 ag g 88 88
- E 5 e
g lnnsa:s:s:e:ese E 882g:::: Isu 8 9*59*tt1 5 - l ! 5
- g eogI 2 - ooww.wnw 5
0g0"
- 4 d g
1
~'
28 :: o a 5 a. 6 a lBl 8seeessas d yu l l -l58888888 X, e-ene-s-N4 ONmeeNee HEa
f- I gE 8822$$$$ ii$$$$$$
. -d-l Tl 99999999 N ooMMNNNN zE- 8888888 2
g25 asanaa44 88002 R: a Tl1 N - I 9 9 9 9 *.a a ". ooNNN99H c h ?!?????? 5- - !!N55555 7 E g 88 88888 diAAAAAA
?
m : l u 8 : I a G A : : 4 R M 88aa8382 : : 4
- i, 8 25 882::
444444.j4 : :
~
. 4 - : :
g $ lE 5 -999a*99* oo ... g :. :. i j! M
;l 8 s - smannmen Bl -
N 2 g i - l g 88::::::: n ss444444 o 8-8 8 8 1 8 2 0
, IE 9 8
- 8 9 3
B L B R- 88230R88 8 afta saa eaes 88:j:888 @ l. 2! : :
, - a-* : : ,
D M 99aata99
- ooananoo M
5 g
! ElM :* :
lg 8 5 5 8 : ! n g i - 2
???????? E ??l g
3 g H w88:: :::::enn:an ,8 -g . g a e dedddddd ' e gage i 8 aI 88::::88 n: asa:asse le8gs i
- M 8 e 8 a.8*R::
**9*
oows.991
..
- 5 E 1 1
R W - wns [g
- gI d 0 rg 1 -
830280s: 5 =g a y a 2 e :4443: ; 3 3mg 8 8888a888 2 E 8 le 9 9 9 a a 9 .* ,- on...a 9 3 5 8 N
.)
1 4 _ 2 _ E E . D S _ O A _ C 2 C _ R A N E T U T I R U R P O R M D E O T C U P . M O C
r l l
- R 3
I. k-
' $.9
.... '"9
* 't9
..g-
=
. 2.. **B l, "".
- r. N"4. n E
I 8'n d 2
.... Sa .. n i!
........* ..* *:. '2% E :,, R
. "3".E
.:.... ma 3 %
N tt4 O O O
. . . .. .. ... . "..NI ..
2 a 555 E
. . .- :11 :
- : .... 0 u : 5
- 5
- 58
'! B" U"c5 g g2g
. ~ ~ l th
... ~
...... E
1 E G A P 0 9 9
/
2 2
/
C C
)
7 80 874 7 800 7 9 9 000 0 000 0 _ 9 8 +++ - +++ - eee 1 7 6 332 E 0 eee 300 E 0 __ n 5 239 6 200 6 _ e 4 471 2 0 400 2 . J 3 _
- 2 141 1 0 100 1 .
2 . 1 _ 2 70 778 700 _ 9 00000 000 00 _ 8 R +++99 + ++ 99 7 6 B eee 525 eee 500 2 - 5 0 445 400 1 4 93200 . 0 900 00 . 3 1 99 6 99 6 5 2 931 9 0 900 9 1 T 1 60 9 A 757- 7 700 7 _ 00000 0 000 00 0
. 8 S +++99 - +++ 99 -
eee eee l 7 S E E - e 6 A 587 0 500 0 D 5 P 094 9 000 9 ( 4 Y 87800 3 0 800 00 3 3 B
- 2 / 67100 3 0 600 00 3 1 T ) 50 L 677 600 B G 9 I 00000 C 000 00 C N 8 F ++ + S + ++ .
E T I T 7 6 0 eeeO0 525 T eee 500 00 n N S 5 01 049' 0 1 000 0 o1 - E I 4 5 0 77600 0 700 00 i 0
/ L 3 1 4 M 4 t A 2 / 1 212O0 2 P 0 200 00 2 e 1 P A 1 0 G l Y T 40 01 068' 7 1 000 7 o1 N h 9 7 000 0 5 000 0 s D 8 2 +++ - / ++ + - i T
7 6 , 5 2 eee 440 2 0 E 1 7 0 5 eee 400 2 0 E 1 7 n U 5 011 513 3 5 5 1 500 3 5 5 i15 S P 4 = 0 21400 7 3 - 0 200000 0 7 3 m 0 t 4 N 3 T 0 0 C I 2 0 28100 4 6 0 E O 2000O0 1 4 6 0 9 0 I 1 T G T 5 30 A0 776 A0' 770 0 A 9 000 K 000 U 2 8 0 +++ A + ++9' C L I 7 0 eee0 E eee4 S A I 6 8 0 7925 0 L 7908 T V F 5 501 1761 0 1700 04 E 4 2 0 74900 4 0 0 0 T 0 740030 5 0 0 0 - 0 3 4 N L 2 c 0 s 16501 7 1 8 1 E 0 160031 0 1 8 1 m g 0 A N 1 C 20 T0 5 7 O0 780 5 7 /0 I G 9 8 ti
- 78500 000
+++0+
0 4 0 P M 000
+++
0
+
0 4 0 i C D L 7 6 M 5 7 eee e 242 0 8 6 E 0 e 0 C V eee 240 e 0 0 8 6 E 0 E 0 u O 5 502 349 0 6 7 05 340 0 0 6 7 201 I 4 2 430 5 5 7 2 4 0 F 0 430005 4 7 2 4 0 9 D 3 6 4 S 4 0 4 0 A 2 8 0 114 1 0 2 9 3 1 E 0 110001 7 1 2 9 3 1 0 R 1 5 10 24 687 3 2 4 1 2 - 6 680 2 2 2 4 1 2 4 R 9 000 000 O 8 A +++ A + ++ B F 7 6 C- eee 867 C eee L S E 5 D 1234768578 4 8 0 2 O 9I2347605678 860 2 4 8 0 2 9M234 D 9 O C 4 3 2 F0000 0 0 0 5 8. 0 0 00000.010.0 1 2020.9F0000000500000010.01 0 0 A0008150000000O00009A0008100000000000000009A000 0000 0 0. 0 1 2 9 0 0.020.9F000 000 1 J111 111 1 1 1 1 9J111 1111 1 1 1 1 1 9J111 R E T U P M D . O RQ 12345678901234567890123456789012345678901234567 C AE 11111111112222222222333333333344444444 CS A ( 2 A T I R O D
Cs s
'4 l
. N.
/
. s N'
N
=) ..
1 e8-
, - M .M. M
- e. *>
et
.. b.
- o. .
- M o.
M
-0 .W o o in a o to o en
; ' in
-9
.n e4 M
=NA N
' 40 et M & o o.
en c M
, - 7 M: 'e e e a m= N. e. N. m* N. e.
N Noo e4 -Noo e4 Noo N = - e4 . N. b g2 6 .i .
-2+ 2e
'N
- WNOo in 9 e4 e : o Noo w e4 e a N wco.eo
.-' e4 ': -9
- Ne In o e O
- M w g
- N.10e e* g
- N. in.
e W W
- .As N e4
.*l o e1 ' m* A M o e4 m M o c.
.4 - Wo 9 M W M g S
. . o. 2*
- o. o. . R* o. o. i i
"A .. G. Nn 8"M*4 8 .n t e4 nom 8 .n 8 -
.- nom 9
- o. e4 e. W e4 N -
o. M 9ee4. N. - e 9ae4e N. e s o e
-1 N 4Mo o N WNo o N *No e4 .
. as In g . ' .
- 'e.. .'
e4 o e4
'. b .
'W- 9M WM WM
@ Wb ps WM ps * **"
W6 i i
-.3. X **" *- 4 9 **." *o -
4 '
. ).
ooo . N g ' .o o o N g . e4 oo.
.Nm'
.e M .- M . 4 I
.' -= ...~
e-6 M e4 < M e4 g4-C b e4 o. M e4 e. C 64 W
- en MSW N o 6 --
In W - N 'o- 6 - In W
. In , M M' en e4 en .' Me M M en e4 in Me
-W *
- yooo'a.-
' o. o. o. : ' o. . o. o. '. . o. o. o. o. 'm 1
.I,1 M o M. N O. M. o. o. a. o. J o.
- M. o .4 o ooo .o M o e4 o ooo Mo M io M io M o
.S ' 'o. u o.
_ en . .- W ' N .. l p:- M
? ', -
A. D .N N .M '
' 40 4 .,w o o o, eW e 9 In' 9-
.o o
' ,n - .. In
, o, o o, _q o, - q- ,
N- o N o, ,
, ,o
,5
.a 3: M o M - .4 , .o :=M o go M o M e. 4 o- e o go mom
. i . so .- in . M . so .
N8. b . .
- o. : . .n-O.
M o M e. M o e a
- o. o.
M o. M
' W, me '
O- - - 'W.o o meO oe W- o o meo an e4 m *o *y '
- W b N o e4 e4 & e o o+ a W 6 N O e4 e4 e .b e o an b' en w * -o .* e b + in o en w b. an w m b &. in e 4
. .d li =a*** '.9 W . N. # *
- o a eO * *
- 9 9 +
- o* o * *O
- N W . 4 e v4 6 c. N M .- M .4 o W . e o *4 6 N.
c N M .M e4 .o W,- i ce g ; N v4 ,N 9 . e4 N 9- N e4 ' N 9 e4 N W E- : W: Mbo- _ bbo 5 e- b o 4 L l, ',Il828*"8 9% __$=Sai. EE.EE,2EIEiaS9595.iaE.=Ig EE.EE.29 i II 8 0 8.8o% "8.4 c....
- N ..W- o a W-
- c. < - .-- e4 c. o o. .
;c .... o.
e 4 e4 W - e4o *4S e4o o co. oe4o o-o o co. o o et e4 1 11 l W N W e
.N:
'~
1
- : 4 1 ;;p
y 3 E C A P 0 9 9
/
2 2
/
9 0
)
7 80 3 3 455 9 9 0 0 000 9 8 - - +++ 1 7 5 ' E EEE
- 6 0 n
a 5 4 9 2
- 0. 0513 0 9
064 092 529 2 0 475 _ J 3 9
- 2 1 200 1 0 514 2 1 _
2 70 455 9 0 0 00000 8 9 9 +++99 7 EEE 2 6 00 1 5 4 0 0 2.1 8 0 483 766 5 3 2 9 6 9 425 4 301 0 9 6 9 0 0 727.99 314 00 1 1 60 9 3 .4 3 434 0 0 0 0 0 00000
. 8 9 - - 9 - +++99 1 7 E E E EEE e 6 0 501 0 249 B 5 4 03 4 870 2.1 2
( 4 0 1 0 1, 0 58000
.3 4 . . - 2 0 2 420 0 2 0 28700 _
1
) 50 345 E G 9 0 0 00000 .
C N 8 +++ _ E I 7 0 1 0 C EEE00 T T 6 43 S 713 N S 5 1 67 T1 212 E I. 4 0 . 0 002 0 . 0 06000
/ 1 3 4 '4 -
A 2 0 2 1 000 0 2 1 16100 P Y A T 1 F 40 3 1 3 F1 445 N A 9 0 d 0 O 000 D 8 - e - - ++
- 7 E 1 t 71 E N' EEE T 6 2 0 7 a 56 0 E 497 U 5 3 3 5 l15 38 1 S1 572 S P 4 0 3 o 0 000 0 0 S 0 50400 N N 3 0. ' 0 s Y O I 2 0 4 3 0 i 0 000 0 3 S 0 83500 I 1 -
T 5 30 e0 3 S0 344 M 9 r 0 A 000 A E 8 p- - G +++ I I. 7 E F EEE A ,6 C V E I F 5 4 00 5 2 0 5 2 S04 ' 24 T 0 0 5 000 0 4 0 F O0 0 693 156 54200 3 4 4 - L 2 11 0 8 0 - 0 30311 7 8 0 62211 A 1 N C I 20 9 5 3 4 m0 g 4 5 3 4 E1 343 5 0' 0 0 0 0 0 0 P 000 0 C .8 + - - / - + - - O +++ + D 7 e 8 E E 1 E e E E 1 EEE e C I O I 6 5 4 0 0 0 4 0 6 7 0 6 5 0 7 4 0 u01 9 98.8 1.9505 0
' 00 0 0
2 3 0 6 5 0 7 4 7 5 3 e V1 I 0 403 305 41505 0 0 D 3 0 5. ' 4 - 2 4 2 70 . . . 2 0 S A 2 01 7 7 2 3 3 1 0 64101 1 7 4 3 3 0 M 1 55101 B 1 10 2 1 -2 4 -1 2 4 3 1 1 4 1 1 4 345 2 R 9 000 O 8 B A +++ F 7 L D kEE 6 s 0 R 634
'E D
5 578 2 4 8 0 2 77.7578 2 4 8 9M2349.23000010101 0 2 9C234643578 O C 4 3 2 0000.01010.0 000 0 1 0 0 9 2020.9F00002 000 000000000000009A000461000000000000009A000352000 000 0 0 0 2 0 0.0 209 9F000000092.000 000 1 111 1 1 1 1 1 9J111 111 1 1 1 1 1 9J111 111 R E T U P M D . O RQ 56789012345678901234567890123456789012345678901 C AE 99999000000000011111111112222222222333333333344 CS 111111111111111111111111111111111111111111 ( A
'2 A
T I R O D
4 _ E G A P _ 0 9 9
/
2 2
/
9 0
)
7 80 3 444 7 444 9 9 0 000 0 000 9 8 - ++ + - +++ 1 7 E EEE E EEE
- 6 0 011 0 011 n 5 9 445 0 9 445 a 4 2 0 966 3 0 966 J 3 2
- 2 1 0 726 7 3 0 726 2 . 1 2 70 444 444 9 00000 00000 8 +++99 F ++99 I
7 EEE EEE 2 6 0 953 3 0 953 5 0 460 5 0 460 1 4 5 3 2 6 9 4 2 5 8 0. 00 517
- 9. .9 0 0 4 2 y 4
2 580.99 517 . . 00 1 0 a 1 60 9 3' y 434 7 c 434 0 00000 0 e 00000
. 8 - a +++99 - D +++99 l 7 E c EEE E EEE e 6 0 e 751 8 0 s 751 R
( 5 4 D 503 5 r 503 4 1 0 53000 4 7 h 0 53000
.3 s 6
- 2 2 r 0 41100 6 6 4 0 41100 1 h 2 -
) 50 334 334 .
E G 9 00000
. 4 - 00000 C N 8 2 + ++ +++
E I 7 EEE00 C EEE00 T T 6 - 904 5 S 904 N S 5 1 020 0 T1 020 E I 4 . C 0 57500 0 0 0 57500
/ L 3 4 S d A 2 2 T 1 191O0 0 8 e 1 19100 P L 1 t T IT 40 3 d1 334 7 a1 334 N A 9 0 e 000 0 l 000 D 8 - t - ++ - o - + +
- 7 E 1 a EEE E s EEE T 6 2 0 7 l 889' 6 0 i 889 U 5 3 3' 5 o1 527 6 1 527 8 P 4 0 0 3 s 0 25900 8 2 0 0 25900 N N 3 0 i 7 n O I 2 0 4 3 0 - 0 14700 3 9 0 i 0 14700 I 1 e m T 5 30 r0 343 0 343 A 9 P 000 2 000 U E 8 +++ 1 +++
L L 7 5 EEE 8 3 5 EEE A I 6 - 2 157 2 5 5 - 2 157 V F 5 0 00 812 0 0 0 00 812 E 4 0 0 0 T 0 56300 0 0 0 T 0 56300 3 4 N N L 2 2 1 8 - 1 E 0 93311 0 0 0 E 0 93311 A 1 D D C 20 3 4 I0 342 5 37 4 I0 342 5 I 9 0 0 C 000 0 00 0 C 000 0 G 8 - - C +++ + - - - C +++ + A 7 8 E E A 5 eke e EE E 1 A 5 EEE e
! 6 0 6 0 0 7 103 0 0 2 00 0 7 7 103 0 O 5 1 6 7 G00 908 0 3 66 7 5 G00 908 0 I 4 4 0 7 5 4 0 N 0 95205 4 0 52 4 0 3 N 0 95205 D 3 4 4 I 4 0 I A 2 7 0 2 3 3 1 L 0 77201 7 - 0 4 31 3 1 0 L 0 77201 R 1 E E 10 2 2 4 1 2 U4 344 2 4 1 5 1 2 1 U4 344 2 R 9 F 000 F 000 O 8 E +++ E +++
F 7 R E5E R EEE 6 885
'E 885 5 2 4 8 0 2 9 234038578 2 4 8 0 1 2 9 234038578 D 4 1 9 000 O
C 3 2
- 0. 01 0. 01 0.0 2 0. 020.9F000000572.0000000.01 0. 01 0.01 0.6 00.2020209 0 0 0 9F000000572.000 1 h00000000009A000483000000000090000009A000483000 1 1 1 1 1 9J111 111 1 1 1 1 1 1 9J111 111 R
E T U P M D . O RQ 23456789012345678901234507890123456789012345678 C AE 44444444555555555566666666667777777777888888888 CS 11111111111111111111111111111111111111111111111 A ( 2 A T I R
~ O D
fC s t ! I-
~l y.
h:l-l
- an > ,
r i h: :," ,
% i N. '
i
. k ;.
O. ; l l F e-m '. eO S 4 e. O-
,ww OOO e-O .1
.A S I +++ 6
.? . e4 N MMM M -
.t w -
O ee e4 0 -1 an ' O. g w en - O e ' K. N M. O. . e. w. w. . N M. . < 4: "
, .N: t- M O. e- N w e- M l
" R.
. ???22 ~!
N. :' c: M O. NRM
*WO
-M e4. ' .
'TM in -
O in O. W .. 9 in. 9. O*&O O in O O. w
- 94N. O. N
-N ,n ,4 e . 4 O. N
- m. . O O og n. .M. r
' e4
. -.. W -M
'? ?
MMM ? ? R. R. ? M
'a
- S, . an te -
- e. 'O. In e en et In O M e. O 40 w 9' W 9
'M w h. . O. . en. M. O. O. O. . w P.
;I N w ' tp - 5 O g et e4 O O w w we 64 ,
em - In O A. MMW
.6
.9 W O+++ O O O. O.
6 - - N. MMMCO to in - mOe in
.. ~. In O I e4 - ONO O
; :H. %-1
. O.
.g M-O. U, O. en. t . nn. O. O. O. O.
. N- O W_ ., g et e4 A e4 O O O e g , f! .. , e MM. .-
1-8g . b: - ;-
? 4 e4
'1M.
c
???
MMM-
?
M d .w'-N> t= 4 SSS' O In : . '. M - in e4 v4 40 N p is. W
'9 e.
p ;o N. - O S M- O. M. e. O. N. in. S. O. O. p N. O. y . ~. , N ..
,4 M.O 9' S- .O O . . =g4 O et w t* O O M 'S O
- < In < 49 O &O MwM'
# 0 000 S R +++
- ' Nw,. 9 N- M' M an '9
- 10 MMM N'. e4 en r=
S N in 69 en en O. O' O OO1 9 e4 N 'O .O O f 1* 9 M, O. . N.' ' . O. 0. - N. . O. . tn. is. M. O. O. O. ' O. O.
.O O . O O N^ O' O e M v4 M e4 O O O e4 .
, M f* - 9 O. M9N to MP W' M" ' N O '. OOO O O. O. O. +++. + O, O - O. -
-c1 0. - . 3. : - p agg 3 g.g=
-wS r,.
g-
.I.S".-.3 OO O O.
, I,n ..O.
- c. O.
. , .e
- : , . . O. ...N. . . O. -
O. . . ..n. N. O. .n. . O.- in. N. . O. O. O- .
.P N ' M e4: -49 e4 i-e4 O b & N O e4 P O N M e4 M e4 e4 9.?
e4 C .. N .. e. .N N . M.. N . M .n e4 N e4
? OOO
- . .e - +++
b MMM
- e e en
; N w e O et N
- 1 N M w O M S InP 9 N 9 6 O e4 N
- 9
' MNen.'OOOOOOOAOOOOOOe
. O e4O O.e4
*O O O.Ore O. o. O ON=S O. OOOON
- O. N*OOO O oOO9eMOOOOOOOOOO&OOOOOOm e o O OO O en =Ob. N OO O O O O.O e4*S O. e4 O e4 0. o. ON O og - e4 ., e4 . e4 e4 - e4 e4 & e4 e4 v4 e4 e4 e4 et M et c4 et v4 A I -
e 2eea c es ce M X E 2me 2.m 0000000000
~
O'e4 N M = m w e e e Ce4e4
. . e4 et M e4 e4 e4 e1 et e4 ed e4 N N N N N N N N N N N N N N N N N N N N N N N f4,s1 N N N N e4 N in w e e e4 M e.4 e4 e4e e4 N e4 e. Nm.N O N N*4NNN Me4 = in w e e N.
_; L
f 0 i n- ..y
?
9-
.n . ,-
4
'1 .n ooo no ooo J" ? N-
- [ ' k E. k lg E.kk
= ::
- [ . A' AA
~i l l-l 5g - -
2
" : . . i: 1 -l i j, ill: i 11 i;
!l 1
iliL
![2 i
l i li
.i=
lli ll i: 3
,g- . i
. i lillal a l_ o(s anntgjjltenii _
.gy a lly 3- -l ]
I
- g. ,
o g-
n Ig lg888888 asssas 888888 .y e g eessse e M ------ R N = - 3" 88GGGG ss5555 llan---- es 888888 ln 44ssse ~
##MMMM g 9 000200
~
- m. 444444 8
Y s gg 888888- I3, 8 888888 y a sasssa "-" e asssss I* U" 888888
' 99999 4
o, gl,o.9999* ooooo lMl a 888888 E N i i e
$EYYYYYY 28
-8 $$$$$$
E R 8e 9 massse 000000 888888
, g w
e 4xws44 g l==sss 444444 g 8
$ YYYYYY -
E e
~ Eld u
s sssgn 2 c =$$$$$$==nse m :::nen ass 888888 i k' E 444444- ggM 444444
. o g 8 u on i hY99999 ,l$$$383 h
- s
======
g e lI:ngegn :asna
,<e 444444 5 888888 5 444444 g
b *i 3 Ysisse
======
Y!!sse es,ess, sense, ese, , E m .n.n n - n o r. a g 8:88: g 8s88:
- sasssa e saassa I 888888 di4aAi 888888 d44ddi 6
1 l
w 1 l 1
~
.g ..
- . t
.o i
1
.c l g:
1 5
? 888 88888888 880888 888888888
-E a
e
!!!hkikhkhk!!!!!!!!!!!!!!!
*aa
' o o o. a.
- a a.a a a
- a. a.". 9 a * ' 99'o9aaaa gggg l
w oooooooo oowooo oowoowooo
;. g 444g
~d W E888 a .. o "9"9 add"
~ 3- 'ooo. oooooooo .e-nooo c. . w '. . c. . o o e ??? ???????? ?????? ?????????
E ik" 5"5 55555555 EMME!! MMMM55555
. 5 -I" SI8 88888888'S#s888 8080 8M88 - -
- t ddd~ dd dddd d d- 444444 644444444 5
- o. A 8' - Nabh e = ..
1 8. 88ES888S SE8BSE'8888BS888 ulul 8g 2 y lSSE!!!!!!!!!!!!!!!!!!!!!!!!!! w
**". . e!".9a**a*
@ e4 tr4 , N N W & e4 e4 w W 1 ". r: a a. *. 9 a
- 9 *. = 9 a 1 W e4 P M w W w W e4 o N e4 o e4 e4 - g m4 a,a ,
e4 14 H ' 8' k:N 5 ERMA355r. ::: a g a** 220:2X
- 33**** :an ::::
- l .III :::::: 'IIIERI NNNNNNNNN fl,g'Ng -llll t!. r :::
l 4f -"( ~---- : ::::: :::::Ana gll9g 5555 I'- l , h,
====
"1 ggg5 g l I ::::
I"EEg E NNNN
- l. . il 1 g I
5
.7
.N 1
f.
7 I l l mE 800:22 :
. g sj .20 0 2
] E-I aemm 8**9"*"*
jaaja A* l n 1 E' 35- 8 ::::: 2 aaaj gf51 802.jaa . o U g.OMON.3WW a dadadad C I b 8?????? ? s 7 s ::nnans e gl 82 XCE* ;2 s.:sasw;
= ,- -
a 9 8 A d 4 "x s 8 233 2 ! 4 8 Na f aaaaa:aa- i i 8 8:".S::: a m . n m r. . B - 4444444 l 1 M
- 2 -
$ 'R g $YY?$$! $
< M $
3 8 g p
$ l EM5EMMM82* 00 8 g8 a d444444 4 l5 1' -
l3 2 yE* I a n 8 ::::: $g 8 Sa{. aaa 83:j.aaan= = 8-2 g E *11*a91 g-R - . .--n E 5 W H u e -n y . g
- .I R E E
8 . . 888:238 : a 8 e 'N saaaaae "8 a 8 E giaj82:
, .,-n Iaga $'- o, g g l 4 - ..aamm , gg g g
n- 5 i 5 H 8 D B 8 g3 88:24j.4. yay:4 l *
-l .
- 82.223: I 5
B * " * * *l *
- E l .l .
- ana-ann lg N
. g l*
b ~ h
~ Iu -
gs 8:88::: assassa 8g 8-8 6 g 0 g88883.3 5 M N. Xp 8 s a e 9.n.w (
n i i r-E .8 2 ys: 8' d h !k g eg'l999999,
. - . - .-- l E
e
~
88.:.2..88 g C 858558N 8 .sj8:::a:: !
$8- iddaddA E'
N j s8 8:20y2 l g g. A b.jjemje9.b. E k 2 . a g. R - r-n.--- g
. E a
-J. - 9 .
U lj $99YYYY ' EM555#5 .:
;- I -
- l g: g - sl)a8::::e l sa;;;a; :
, . i
- c
. .--...- B 3"
lO i g'gl E ??????? EM55MER' 30 l i E
'3 8 8 382G8 g a i
y R R l 5 A J A a r: A
- 6 8 A
d M-ElW E
" g-
.l-u 8 8 gig 944444? gi8 a 1
8*:2::: .l-85)ssansam : ; I:g g 9-a E8- dWW4444 E E a M-lg l. I i
- E= R i 5
8 . 888:588 m t : -
'8* 6 -
4444444 A ! 1 a E 80 0 9a9. ga28Sa 3 ag $' o=p 1 l 2 -
. m e m a m m_
gg g. ! EI= ????9?? 1 3 l8 E 5
- '-l$"
l aE l I 2 lE 8:8:::= l-555N555
..d444444 B
- g. g 6 -
0 C$ =
.a j I .g 8088 ::
+444
$g,l o j
844j5888 n
,l- I-
.9.;...**.*5
-...- l$5
1
.n i
1
. j -l j
n
!!! ;;sii
[ i H i I;li : -
-l-j! :3 ; L la
- - li al._l la a ll llg 1 g 11 ii ! in I i i !! il li l!
i l
,1 l!
ii il illa ylli l
., g gg ,i innsggllstasi ,
it ll~lg 3 l l
- j. [
L 1
r: I~ L. E
. I e :m :a :s :a :s :s
.g g" o 888888
, 2
,,---- -ln.sessee E
e
??????
samenz-lg n I 8:30 Ja_444444 3 I hk~~~~~~
??? 22
~
R MMMMMM g 9 a m Au4444 8 0 g y
. oooooo e Te?::: I2a l oooooo . . . EsJess - e M8 355 a
- 2 :::::: a5d 88888:
ggddddde EgM 444444 1 NE e ,- In d g ::::: mM :::: N H- xx,,,,
-E a memeem lkhhhhh sesses E
5 I i 999999 8i!!!!!! B - af y8 nnness B u nennen m *
- :::::: 88888 a iddaid gt ulnd addAAA . iud 2 8
l b=sassa a H ::see se 4.:a. en asssas u 88888:
.82 Eg ".aa".aa
..wn- g 999999 I
- = :::::=
3 aasaea 4444aa
. e ::::: ::::::
R 8 idddid iAdAis 228882 - 222222 l =a =s =s =a,- =s 8:::::
=s seassa 8888:3 ::::::
diuidi didaad 8 l
? j 1 :
o 1
- l. i t I l
- c -
i 1
. :: ' I
'l lj g;
- 1. ,
A l
- y W
8
- 1. ,
g- l
~N 7
- 888
+aa 88g88888
+ +++ 88E888 888888888 1 a
588'jlIIIIjaaajaaaaaaaaaaaa*****g o o 88 888 88088:888 o 997 oo.
* .ouo
. * * " .
- 9 oowooo oowo
*. 99'**a9a* 2888
;. g -. -ooo ggg
~8;888 d' l d . 9999 a
.??? goooo...+??????? ??????r....o.oo
?????????
=+
e E :555 55 EE5555 MMMM55555 l 888 88I"$"5"8j8!8. E#8888 2080M8 88 -- i l
- g* .did ~ dddddddd dddddd ididddddd y 1 -
- n.nl a B g ~, ..
8BB 88838883 888888 888888888 gllg$ 1 R aaaag aaaaaa aaaaaaaae $d e,l 1
<gjj=888g jjj'.888888
-8 ---. ..- 888888888 y _ ;
M r. 9 *. " a".9 ******
- 9 9 *
- 9 o. 9 9
- .-- an. *aa*--- ....
ooooooooo g mN.
-- 1
.g. i: 5 NgN
- n. 9:
- B a a.
s ,
~e... REme...EnmanRER xxx.3 . [ .yE :::
g 4 III 00000000 IIIIIINNNNENNNNf',gj llll-
! gIlgG un g, - - - - - - . u = = :: :: :: = = u .g3 NANN l - ::n::::
N~ < l- <ega 55:5-y: l'- 1 l RERI NNNN
;g } l l 2 2 i La I +
! l l l E ESS y: sagg 83r.jua .20 a
. 5 1
"E Ra
- ?
m N **"*
- o-19-
-.- m a
mM- 88 3 2: l 2 Ef5 saaa444 ' s e 80:282:
?lD I
- a a 9 a a "!
E u
- 8 88 2388 :
saaaaae a
$'. I- 83,:3282 :
.a
. sn ,,2, - a -
ourr-8 5 lgYYYYYYY g " snsnnes = inl-s;;; 82:Na24sos n g g
^
'o -
O h . . ge E 82 :::: 8 8 seasaae a
!.5 3
E E I e.: Sc 2::: 8 s-ne n 0 g
; RR - o --unn - 88 N
u I3 e I l
!- 5 u
geh a lang.YYYYY9Y 1
$lsenxmen8:22E85 !
el sesa;;; eE l'Ia 8 u g y .
- R W 8 8 - 8 222:2 ct R 8 k" 5 saaaaae A E 82828 5 3 -
8 a n sen..,42 - n- a: a5 $' n
,. g g .. ee.
gag. n I" i E 0b u B b 8 ::: Ea8 gs l gna::a:i:asal
". 8m g
*m.8.:
g .... . E I g - h 3E5 38 8:88 :: E Rg$"8
; a sesassa o 8 8 8888888 g!a
.es X
e e.sse--- a -.u.e
S 0554333 ND 0000000 I + - - - - - - 5 K . EE8EEE5 1 0024780 S LU )N 0188883 GME 0691735 E + UR G BC( 0156122 A P 0 9 9 E 0554568 / NT) 0000000 2 IAR + - - - - - - 2 KRM EEEEE3E / S / 0550014 9 EM 0403605 C GSE 0320535
+ OR BD( 0791523
) 7 E 9 S 9 O' 0655444 1 kD E 0000000
- + - - - - - -
n a M. AL) EEEEEEE 0704169 J GUN 0515558
- ME 0702178 1 2 . BUR 0 2 WC( 0218222 +
E 5 0 2 0
)
- 1 S 1
- E E 0555679
- 5 S hT) 0000000
- O d AR + - - - - - -
- 1 D b A
e RN / EEEEEEE 0248286
= * . E GEN 0522572 )
- l V SE 0252003 S
- a I BOR R
- R T WD( 0111623 E *
( A T I E
- U M C M ( E
) S U E S H T C S S ) A C O 0321110 U T. C E - H D 0000000 I X T t T D + - - - - - + D A S N 9 I I . EEEEEEE A I I E '. W OL) 0767840 R C H / c ( RUN 0176438 F T A YME 0856991 L S P 5 S RUR O A R F Y / T TC( 0621371 C O O N 0 L E I T 5 U M R C D
- S U E A N
- E L R F E R O P S E V S N t
t G F E 0222234 I O O A O T) 0000000 L M I I K E DAR + - - - - - - A E S
- T A M Y IBE EEEEEEE C E R
- A E U R O / 0693563 I ( E
- U L L h REM 0663507 R V
- L O t YSE 0199352 E Y N
- A T V M HOR H R O
- V N U TD( 0331141 P T C
- E E D S S E
- E S R I E
- L O 3 E C S
- A P T E O S
- C M N I G D E I O I N G G C 0777780 I I 0 N O S ER 0000001 F P 3 A L F E E T)
G + - - - - - - - - H O S S I N3 EEEEEEE N 2 P C I E O OEM 0308015 O R D D BC/ 0347933 N C P A - RIeI 0029454 D O I E R D IOC E T A N AC( 0235334 S D E S R C A A E H O O B S T Y P I Y A N T T B t l A E F I N O D A V E E O C J I T EY) 0433346 N R D M 0000000 O U E C E I TS + - - - - - - P S S R R R I I IE EEEEEEE M O A O E O OVI 0369204 O P B I T I BIR 0373808 C X R U D RTU 0635458 E E P P A ICC N R M R AA( 0812111 O N U E O I O S R C E E T I O A S A T P A I I A X S ( O ) D I E E B S 0100112 A D T 2 R R 0000000 R A D A
- I H + - +++++ R I R A A ( EEEEEEE % O T 0000000 6 9 A R E I M 0000004 > T Y S R B 0000464 A E H O O I G B T D D T 0518297
l: g. a B i
=
1 -
... !!s.i..
7
- a aa j
i n
- s. g
!g 3.
1 i ._ [ _
. rl all.Ill.ll
- ! ,I Ii i
lilllill!!
!!i- li .l !i s l .ll!Ell all n a ~lEli!na s
. lsulae j llggl nan lgjjjaansj iggle .
s
.l _
- IR a. l l
'?
I
y l [ l l-L l I - oco i
- g ???go +?
4 !
-l g .2 8 8o8 E a!"Eg5 i ?
aaaa 8tatt
.. 0 S.
. +44gg gI* * "! "! "! .
g r r. l
.g 2l sasay g' gjeam 8 .g - 4 8 3!nE.E.E EE 2 -
i l 88888 elf iisii 88888
.e
.-ainiii ggyeesee
.. ,. i,0.e e e -
000 g a. J. g 4 N- ..... ooooo Igs ?????' h ?*??? j
~
55555 E Enn. E O.E. E. , l!!!!! 88888 E 8 I il gI :'eman99 i G 88888 . 444Ga
-: HI Esx88
~
l-l
- 88888
- H:****
i y a g.
*9*1a nnnn- g E --- 9
= . E 3 u
g-l$::gs: s l_ ER 44.44
.$ln 8,f Assas a
33238 88888 aaaaa-s 5 ***1" nnnus error g
- 9 le *
-l seses 58sse 55555 M- .. .
2 a.nor s . n . e. l 2 2 2 2 2. 22222
.M~'8:852 E 344A lu ~ Sa82 A44Ga, 8383.g I
6 dadai 83833
&Aidi a
I .6;
-l.
I
l l i l 1 l 9' . t
.g 1
- o2 I
,l 1
. , 4 A-a
'ggg'ggo9ggfg..
.....8 -
oo
- gooo :e:::::::
o o .co o - o o o ;
~558:55gg8585 5 5 M g 8 5 - !!E!!g!!!'
888 88co8888 88:o88 88888o888 -~~o i ddd dddddddd.ddaddd ddaddeddd ???: 1 I MMME l
": o 2888 4;;;
a-
- 2. * '888 88888g88 882888 8a203:388
- - +j+ j+4*ggja Io 8 ajgees assaa4+as8888xi38
.. g co o 8888o8 a..888 co. o. .co .coconoco --
ddd.-dddddddd dadddd Jaaa4a4dd i
~
l"h"
,1 i l 9,9! u. !.sessses. v.v.444!.u 499944994 sl a . ,l au SI:u : ni not :: 8un un 8:8u88 u a.il a.
+ -: aaa ddaaaaad aaaaaa aaddaadad
'B !.
aN n QQ&& I'*-~
' NA'gg**** 0 EmAARdaro -
ded:
- 0000000 '
,'a "III** 3: 4:2:: ::: Illlll u:nnununn t',lgm
g k$$$
l .. g.
--a
* ---
- u = : n nunun g!lg HHHH
! _5
===
qmga g ;{'. [E 'a a 5 Inna mann [.. l l l a a l I,
.n; f
-4 ?
88.:a88v :- is* 8:88:: : M
..l[
s--SMN15R 3 saaaaa a a 8
= lNss882 n
N 3 h!.iAAAA- EE8 -- o - . 5. E c 3 dI 899?i? ? s
?- l l 8288 aSameng : -: =
n - swaass a : m ; 8 4 a
; a n8 988:
a I sl}H5:g gie as sa . !
; 8: 2 -
g esse;a l 1
- ~
s z ,a I 88:8:8 sase a g
.E g -I o - - s. e - ,
e8 -:=As8 a: 1 :
- nn -e o - -B 3g E. g .
1 m 1
.' 8 a 8g!
5 i B M- 8:8:88 c RnN sseass. 2 H
, a e l 8se R - on.enee
- 88
.oo 3-E 5
& 9 u a
g-
- 9 5.
n W-g."
- c. e .
g - - . 888:8: 2 9 - l s$$$$$,$$ laensneg 8 a8 -a
$l %
3 g a - o,-e-,
, yay.
E 5 n I i i l g"-
- 0 -
N. I 88 238 S lB 0 8 l lg g :: se , g H I8!. 4 3 a - iesee la I s;;;;; , l : ng" l 6 - 8 80s: g d E8 0ga U l a a
.lB sasssa -
i A*
-l 888883 5 !N '
s 8 Ie -ns... e - . a . e-e8
__. -w -
)
l E 8E$$$$ E 2 Eh ,, 19,h,hh,h N lCaE Sa889 ajea. 4
= 1 8. :::
2 E 9995
- o-a.59 --
8 82 aay j- aa444. e dr 8::8::
.A a Bgg 991aaaomanau a
N a O
- . I En=== :
a g I ll) 8::::n g a sessas g l i 5 . 8 B g n al oo----
- e:::: s8 0d .
3 j l
.l W
!!!5555 g 88:::: .
3 ~5 s44444 0g b
~
l El 2 O E - E
' a 2 o 1 I Md 0 B
i o 8 N- 8a8:88 RfB AAA4Ga a 5 g!
=
n 8 i 8:0*88 2
~
gI **9=99
.~.... gg :
,lil 8 s i
;, ;. _ i m ?? !;i l
I g ## MENS s "s g g , 8::: 8
.3 g a e ex;xas e, , . g.
E E n l'E l1 E
,,. gggggy le8
- i. 8.....
ii E I1i
.g-l Sun:n sasaa; .g i "n
5 g N
'n 6 m l
Sa8aa: ceassa 3lgl c 2- g88883
- 95*5 6 - N 8
5 e -.~.. 3 5 8 s
p--
. l.
!= l 5
.i 3
=
a is j
~
A AA l l3 grg s l : 1-1
-g 1:j !
.g a
ill i n i i 1l
'l l i,g j
E i I e 58 e! ! 1 il e. ll ~l ii I liII Ii i !s 4 l1 iljlallnlgjginaj j ii ll , i l
.h-1 i
f:' l i N O0000 4
-4 "C sags d E"H ;8.8$"8 g
8$$$$ l ;;;; lg#jjj 3-
. ea A"
rre A g gE
-' a a a a h'E EEUUU
. ag g !lEE.gga99E I i It'88888 E l'88888 a
? asssa sassa N
.cg.8888g M-9 88888-
, gg m.
...e g y-se -----m i
6 g
' E YYYYY Eh 8U $$$$$: i En :::- sense
! Es : essa ln!88888 l
, n~ ddddd """""
~~
5 2 l
-3 4'
{o y88yy e 88.gg. Il88888 gg gassa
-k n
- ==o-.
.8 8888 ooooo
, 5 g AAAAA gl JJAAA M5l.
= s a
.I-- -,
og g I h
, -a -
.nssss g l<8:sssg :8:. m 88888 ,
g y' C AAAAA 3 a:r:r:r:r:
+ il la {
'j 4????
s-
?????
asses. l
- 8*8*s l -
o
. a e '. * *.
l r8=8== i 8Y==$$
=
l aaaaa saaaa '
.6
{ 6: 1
-l l l
l- f I
h x-i , 1 l- ; N J g N-W O 1 i: 8-1
- 8 7 888 88888888-888888'883883888
'N aae anaangea aaaaaa-aaaaaaaae 888 88888088 880888 888,888888 n- E 9aa - **a***99 *9'a99 99 999 OOO ggg8
. coo C000000o COMOOO CONoo.999 gg g l A 8888 A o 1998
-s ooo
??? ooo!g??? ?????? ?????????
-. . oOo conoco ownwwwwoo u ??? + <
E: 555 !!Eg8g!! #25555 555555558 !
. 888 888.8088 8:0888 02:28P888 --
- ddi'dddddddd dadddd daaddaddd 8 2 t -
- glagls i
-3 1
2- 888 888agga8 2y8308 8228 588 .l.l g 4 g ll_
!,,!!. ,!!!.!,,!,!i!
.wn Oo.nne-O
,, Anis,si
,.,, , , sis,i,s,si,ii m.unnu wn.Onnow.
g
=d_n
, , s ,_,_
- j. E- gg<mg<m l 0000 e - .E ---
unnu --- n 55 5555 l n
=.
g' 's a i Ill unann= !5m i n I I I n =a n u :ns,'a ,a nnn-llll 1 _l H l--a .---- a ===n:nnun g![lg HHHH MM i
,, ====
55 a AAd5 g -l- 0000 l555l nunn
),
-l t 2 =l 3
l4 7 m
E o ( T ug 8 ((k- .8:553n E E E 98,. 9s
..-o -
l
@ v 44499 e- Iis 3: 1 ngmanE
- 9. . n - e. 8. 9.< 9 8 8223:S 2
.j' - $$ki$$- $
w n -l-8 :::: a saaaaa 5
" 9 5
- Il88lgkkkYYh l samm==
g
' 1 l
'4 a ni)8235N saaaas a i
. g 1
~
[
,el E
888: 8 : 2 34- aa8 E ^8 y 1 3 I83.st2 et w8
.--e..
a
. 8g ,
, 1 6 I !'
I. . .i g B N' 838 88 ena 8g! .n Ig
- l n.
anfgge55.! ll\889..
- ... !5l
=
.g . ) .g_
5 8
~ g
- "il l 3 I
- ?YYYI?
E !!!!!!
"8"Y B. ? ll a8 Iy: y n e.----~
- m ee g g g a
g i 4 5 I - 3,99,, -semanal ee 8 - la 8x 8: 18 1 i a l- a;;;;; l g glE
< Eglg .
o In l itg !?!!!! E 38el l 5 ::::: g<'s. L l l Ien 88888.5
.....- 5 NEE
E E
+ a a. s.? a.
N o -8 :::: ['555555
$ - dAAAAA E
mR .8a880 'N
- [Nd 8: sa'.ges 1
o e o w . r- n w
& - d4dAdd
$h!!!!
E 5M2555
?
n' l 82N 2 d4AAAA f8 C - a o lg$YkYY9 EMENEM '
- a g :8 l} ssssas sax::
a j v u
^
f jh
~
8 oo w 4 b t E'g ??????
. f. g Ng5555
- 8. :::
$0 .
g 3 [ d44444 8 eO g ] 2 - E
'1 U 8-8 a 8 :; 8
!lC s.!
0 5
. 8 N aan asee:8a 8g . :
H l8::88 en~- es g; :
- one oo .
5 <
& E M u g N
-- gg
-- >t "n '
-8 8
d 888:80 62 2 8 Ajja44 A a5 8' .e ~~ 8 5 3 i-En 8es,e o .:1,8 n E Il 2 - on.4ana ggg. n 1 5 3 l% j. E n n 88::88
*aseseg
- e. 8 gs e :
g Sn :8.4. o E l g -b au
~g .
N Ia sos $$o sessas Q - 888888 5y"
***5*5-o...-- 3 l$
ll E. I L
=
8
= -
. . $. ' b. . .
; > ~
i ,j
!$i 13 ._ I. Il "i
. - ,i .i l ..i l5l' .ii .
! 1 !i i o ig l5 < lh l 1 e
~
l,H
!! 1 ! i .i!
l .e =
=s i
,g 1
s 1 1ll !=ala y lll stas l i a l1l ants i 1 l . N.
- . g -
p.. L R~ > l ***
.s< ~
-l 88888 g .E.8.5.is.8 N ,
'[s N
l I EGGGG
?????
senen . g ~ k* J R 'A A A A A. hs ??? ~~~~?? y- ~ ENMMM. La. ~g- C2277 R AA44~ R 8-6 e 8888'8 l 88888
'n 7 - - gaggg o
g sagas
.e
,.,E.egs..g .. gy.8888essee r .; a A g
~
l-Y?YY? h
-a5 $,$,$,$,$,
r nasms
-- Es 9 00:00 N 88888 e E~ AAAAA 3-AJAAA I
E u 8 R
- g8 29202 I 88888 l-lg assas -
3 -
.s . H 8 s.e
- .-~ a 4 4ns4e.nsa .. ..
ff,.h88888 A;AAAA
, 1 g AAAAA a
- E I5 i ud~ d y 8 n. ::::
lEassa: a A4444 en.assaa l 33838'
**91" 88888 alaaa g . s& e nena- . ernne
- 1
- j. e
~
j ' vesse sense v$sss
. ::ss
- 5. **5*5 **9 r K nonen non99-
! s 8 8== , 8=8== aaaaa C agsag l 8.83. 88833
- .iAidi idadi J
? 1 g 1
.l. l 1
)
I
l '". k l 1 i i I
-l I E
N l 2 o R 8 1- i 9
'? 888888 88 883888 i
~
!-88888888888
!!.!ij!.!!jje!!!!!!!!!!!!!!!
n 9 **9. . 8.- 99'*99 ***a99aa9 g888
;_ ooo _oooooooo conooo conoowooo y;3g 4 8888 A o 1999 j A i $$$ $$$$$$$$ $$Y$$$ $$933Y$$$
- = :::::: :::: ========= l
, 52 888 88888888
- 888- 8888 888 l
- did disidsdi 4Adidi JAAA4Addi 6 8 E- -2 g l $ s 3a0 1 3l $$$ $$$$$$$$ ???!?! ???!??!!? "l'8 susens N
,1 m
=
SM: 88::8:88
- =
28:8MM8:n 44A id4AA444 AJAAdd AAddAAddi g 8:a-l a-0E0l
'l 7 5 w NgNg
- s*
EEAR5d:n. t l l inin i y& '
- gg""88 ::
III :00:00 00 IIIINE MNN"NNNNNN
- 5' '
z: [g g ly 9
-a
*-- ** : === =====
glg.lt g , ::: 1 HHHH g , I ,lg == Ng ag nu
' [. I- "
=0 la I gansg NNNN N
E N i I A 1
k'- 1~ l I gE- SShS$$ $
" B c $$2 AAi A a
3 g e3enu,
. .nn-sAidA4 4 n.
a l a N N 88:252 M MM o o 8:buo.::. A ~. dAAAAJ P-
!kYYkk Y s - e n
? - n -l saaaaa a sgnx 8.5000:
- 8 e
a 8 a a W E M- 8283 4 E- na 3a4444 .
. 8 1.8:222:
g!ObmbNO .
! E - d4444W
' I N
g a 00 b o asseas a 2l2
. g 5 - 88#RR8
- i 9a99n9 n s82 l
- 1" C
l
- om-nmo n E
e
. 2 2 B i o
a s R- 8:0088 aan a:assa w 8:: 88 8"! m-m
- i ;
i
.. I 9 a 1 ". 9 9
- onemo. E 5 I a "
!g= l s.5" 8Ei 8 l
. 8:::: eea3 i 8 6 5 a
aaaa a 8:enj- 8 A l
, 8 8' og 3
l 2 0 ==anaa
- on-nan o
g a5 - 3 gg E. . E n y' n-g I" g5 g 0 l-g 889 :: angaeal lgs 08 t a g 88mS. g,g g oau.CO. E sagese , 2
* $" 2ua d
.'; i a
as so 8:8 :: massas g Bgo,yl I l 888883 l [
, l mR AH H4 9 aa * * '.
oN. Neb lM5 8 4 i l 1
p i m3 Syagga ! .g g agajja g ?. -I ..,.kEEk k8 ----. h M Say S N
= lfEas.sw-::::jj 4 i
M o--.,-- m O 8 892232' h,hkk,k,k a C i e ,nnn, a n e g N a O exi . :
; glCl]::ege x8 s s s e ,:
g l : 1 .
- =
.- g
,a I g
3 88 ::: a sa:s:: 3 1 52 - 822 33 5 3 R-C i- san:enn a nnun 8b , o y i j d I
., n lE: 8 a
5
.olg$599$$ gh--
yl sus === E 82*#88 : g
~l e sesass EElg.
g : n E 8 : aa
- B M E
. '82:Saa t t R o
d 5 4Aaaja E 822R_: gA $' = ! i- 8 1 8 n e-nnen a5 -e i 3 l- W - on-naw gg g. ; 5 n I 8 E l l E sa4444 e8 ! le88:::
" 8::::: Is E a g on-... m = 1 l
d( 2 2 - d44444 5 n g gl j i
~ ~
ia g 8::::: l l
- aasssa 88888:
0 gong l ' I *
- 9 *.
- 5 on.nor 3 g 8 I
i I
m 1 ~ 3 _ 4 t e _ R _ 3 _ 0 9 m 9
/ _
2 2
/ w 9
0 .
) m_
7 .. 0 - e 9 m 1 m n _ a m J- m 2 2 2 _ 4 0 000 30 000 1 0' 000 G0 000 m
+ 000 ++ 999 5 E EE _
0 00 _ 1 0 00 _
- 0. ' 50 _
l 1 11 e . R m ( m_ A
) T E A Y C D R _
E f T O . t T m 3 U ) ) t t E ' F W K E _
/ N D D V % _
A I I = I N P d = R R I Y e F )$ B - ) B N t O ) WR YS E a .AIYDO N - AR t t C
- l C T E DO E R _
o O S DEC V / T V U _ s I /BR I CC I O B i T C F =G AA .=G S N t
- S AN t F I
C e I . rete = SS F = .SS D I T r p L FVC ( e B t I ( t 0 t t N E EC CSt = EO I _ A GTtIIS=GI t sit GI F L U C S E RSCGl AESDT I Ce = TAGt ETES4Tf C t I C A T ERI4EAA ) ACDEAA E V EEFf GI R R 3RIIGRR P _ E - PIIAD F T FAO F S SLRNI E FTINLE - L u g OFU ATS ( SR ATS R A G IPLNAS I r ULMAS t E C / TT A LA EaPA I A S I G i C TALRTCUPF B TCUP U N RNICY EOBE TAmIB ENICY U D I u
= G T L k T LmEENIB O TB AT t
t O C 2 I 2 RR VSLEGRR I D A - t I C I IETFI ATA TAPT EIR*PTEf AE L I I RAFEOPT ILRAE L D E S R T E I R SRRRI AEMRRRI A R B L P O C CKAAFFW( RUOOOF KI OOOF E EAAFFN( B O S L AER B I ETT S F M O Y2(LN L W1 E LRNN OFII I S E F R G V Y _ D A T B L O J B R I D A C O R R N C P 3 A R E T U P s e a C A ( 2 A T I R O D
2 l. s si!!!s l_l88888 E t
----- 5 NE**9
~~~~~
E I ????? E ["I 25555GGGER g ----- al sexse hs :::::
.nMMMM B-g 200B0
$ 44444
.R.
g
?-
E lf 88888 88888 7 d" AA$A$ -
'AAAAA
- N . 88.8o
. 9a**
... 9 Og. *9999 g
88888:
-~~~~ , g J- du d gg 4 .- J .
l-88888 U asaja
~
h 3 EEEEE
-f aajaa g 88.88 a
~, - I *as ****
nannn a . 9*99* 9 I 222y:4 I $ 80888 31. E
'HI 22:28 4a4.
999ta gd- aaaaa 88888 U3d 999*9-
.. g.
g mann- ggt* l E" b ug h 3 55555 l f38 99999 8t "I 4 O .s i g I"E5"h"E"s
< e s s w al#RE85 - as esess s:
'E' -"
. .. . oo- a g i ????? ?????
8 0 55555 55535 N. 9* 9*5 9 9 9 *. *. R E. .
..n . . . n.
b RRRRR R_RRRB R 888 2 -le ~~888aa U- aaaaa jaaae I 88883 daadi
.8888 ididi Il l-
1 I E II E e v s. n lI!L!III!II!!!!!II!!!!!!!!! 8 ! 8 8558 8 ff sass ::::- ese88ee8 88:-!8se 8e8 .seesseees ::
;. ooo oooooooo conooo oonoo<ooo y;;;
J 8888 4 o "998 ooo o --nooo -nnnn-noo
. e p ?*? ?ggagogo
+ T ?????? ?????????
E gas.ig$sn+T+? ig ::::= ::::::::
,l os: sosassos :::888 ddd didsdddd didadd 4did4Addd s:ssa:88 - -
N i .s 00 I 11..l ??? ????????=??????
?????????
- "lil-8 i
=
- n:. = s:semenf o :s=o 44A dd4AA44d
- :::a :::: x :
AdaaAA AAddaadAs R:s-g
} ll c l ama.
-n.. .o-un. o MRen.. ,,ARnnMR An <.33 ig
.g ~ a III 00030330 IIIIII NNNNNNNNN U'E=$ llll g [
-~a l
g HENN 0 <.4.
; - RRnn l "
I. 5 -l.
g- . i l E gyyyyy y l X I'I g -g55555.M EEE8*- - . . . E, 4 s- . 8-te tee 2 g 1
~O glg l.!!.!.!!.
q ., as A w . e4 M . N M . ll1.l!!!!!i:,.
^ '"
g2::ES 2 'N I i il}_.Ikhk.bh
.-e so;;;;
^Y i ::::: :- l 5
1g l 'I(( ,8e;98 e jijiiii 4 E'^l 8 8g
] ,
g..
.ma-a.
I1 . 2 .R gE ~
.I j 82:*88 "!
B R 883jikiij 8! al, a in ,s,Es,
- i. ,
8 1 3 E. I l9"l . lli,!i$,$$$$.,8~.
$. l 1i1 i s
; l l -[,.;
i _ 8 ,, === l I ,e
.! l.1.jiji 8i...: ', l I8E-I. .
- s;;;;; g gg y l s: n .
.h IB .$$$$$3 g*
l 1
~0 In R.EE!.E.!.-l0 E
hag l l l-l
r 'l i 1
.zE Sayaag " g f 8:3 s4 j .jj
- a I-* annnnn
"
- n 9 =.
R- an 800:38 N Wii
- i .: *jjeas e i
2- J o .u g omw8 ao j
$ - d4NdNE '
R . T S
?
- g -l EEMnNN808 :: -
N R - 446JJJ : M n' 8 A 3 A : 6 - Sy33 S : iy ' ljlennm inssis 2 i
, - on.--- g .,
E. . 8- .---- g- 8 n. R n W al - e :::: 55555M $a8 .
- "5 g 88 :::
3, y g
- sesses 38 8 i
i 1 8
,[, sinii ll si!
8
? sunnss. - -
l W lj88:M88sssaes E aE g
= ,
a g a n .
- > n g 8
8 W = m 8 8 a
" ^
. sen 8 y j *a :a y a $' u E E 800e2%
t - l e enn nn a5 - n E 3 2 - ona... gg u a
=
g n g B *5 5 0 88 23 8 gn aseee g l
- a8 ::::g- gsg g O9OO.. O l $1 m w b MhMN g
0 25 D l5 a la -l 888 32 asssas 3g,a a 8 E s - 88888: $ $N X u s e. m. . .
.. na
y m 6 _ 3 t e h _ P . _ 0 _ 9 _ 9
/
2 _ _ 2 _
/ _
0 _ 2 __
- m 1
7 . 9 _ 9 1 - n a . J _ 2 . _ 2 2 4 0 000 50 000 1 0 000 00 000
+ 999 + + 999 5 . E EE 0 _00 1 0 00 _
0 50 l 1 11 e _ ( R _. A
) T _
E C A Y _ C S D R _ E T O T T T - N - U ) ) t t _ E P t t E
/ F N M O V _
A F I f = L N _ P O = E E I _ Y F ) S R ) B N N O ) R YS E E T G YmO At T N E hR DO N E C R m S N DeC . *' . /T V U Y I / nA I CC I O S S T C F =G AA =G S _ l g S AN t RF O B I REO = ss F = . Nh SS D I k L FVC a t I ( ra t E , T G ( II C Ec k U F F E A T cS=GI SIR I
=ATESOT I
F I m L O RSC C AGNLC C
-CCOEAA GTm=mI A ERI mA ) E V - EEFT uR 3RILGER P E PIIm F T FAO F S N SLRa r FTIWLE - _
L E OPU TS ( SR ATS R A C P O HIPLmEIASA TT k UULEAS APA LA E S I G s TALRTCUP t I R I TCUP ERNICY U E TENIB ENICY NREEl t O V SOB t IB t t L I = eT EIEGRR LD AT TD AT O O I S M t t DETFLRAE %WLEGRR B ILRAE D _ D c ATA EOPT RAFEOPT E A - I TART L I L S R T E I R SRRRI AEERE RI L A A KUOOOF t s a D R P O O CKAAFFF( AEI I eEAAF7F( t uETT KKOCOF B S F C L YELI LRNN I O t L( I OFII S E F R M Y Y D A T M L O J N I D A C O R R N C P 3 A R E T U - r d a t C _ A ( 2 A _ _ T I R O _ D - m c r L.
1: f i R 2 s g
, l"gl88888+;8 AE
. 18.88 E C
,, lg*9999 E ?
l*,.,,??? N 8:00 Ig - -- B g- lddddd 8 5 5 ".pas M i e n aalgiggj ::::: d4444 , p 1 8
"g.' g 88888 l2 B.
a 88888 assaa E ameaa N 88888
, g]"8888g 99e9.
... gg99999 d e2 9 Bn
' s 88888 a esase mg 88888
; e. assaa 2 E 88888 E'E "n *.8888 99*9.
aaaaa 99a99 u g
.I g' g* s:ista s l,988888 3 .
al es8:8 a massa 88888 E E 9999a U 3 u. 99999 ig g - nnnn- jgE -----
. a s a B on g b *N :288 lI:::::
I5 i m g
.a 46444 a 33838 g 9999" M M M N v4 en aassa 88888 99999 e4 e4 e4 . .
M e 4
" I 88 :: 88 :: 1 0 43344 aaaaa B
s' D 88:e: Addis 88:s: didis
* - 22222 2222R v s88 3 888 :
b saaaa = sanaa 88833 88833 d4444 J4444 5
- l. g 1
rx?:- , a 1
's 5 _ i s -
j,.
.g
.R lC l
g i! . 18 1 l R u
,g 1 1
g 1- IIi,.g. f... gg....
. ..e::: ....ee :::. .g!. :
888 555558 Eg5855555 i 888.8 8 88 8888 8888-882888-8.888*888 oooo
--444:4d444444 444444 ddddddddd ????
~1 !!EE a
a- .. 8888 agg; 888 888g8g88: : 3888 ::::: 388
'I'1 4++ +++ + ++
I* -gjaaes eagg4&sas M 28. 80888
.N 1 $. . . . .. a.*I .I . . . . *****E.
aaa .aaaaaaaa. ...oaa
.~088*. ".l ' a!
..*.19 9. a a.
- aa 6 6 l g' -- :g l1l1
- :::::= ::::::8 :.
Rai l
- 1l:igi;42agigiiaassaAsiaa$asa 4 4 .in gag:s .
r-e.. ..
-e.4 .4.. e.a.inna -- .
easiaaia.
, 5 g I8 i RMN XRX 33 III-Q #ducta II"I"N"*I I 3R AR3db.
- :::::::: E' NNNNNNNNN
'N 0000 xxzz
(((( g l- El'l := l, i :-aa -----*: ::::: ::::::::: -gI,g HHHH
-i 2' ' l !l ====
g.g. g: l8
~
- S 5 l- Iang n NNNN ll I- A
=
N a i
- c g,
}lj j ', > x
's .
' .?: a s e
w-= sc , A
-l ' ,
- g=
a R- '
~8' p !
8 .
?
k, . l O a-4
.8 J' ,
g88882"5555 088888I 888 8 2 1
. i' 7. :iddiddddddd 'd.
'd 1
-J a --
I. .E O. 0 8 8 8. . :+ :. :+ M. "? .3 2. ' ! - .8 M 58 55g5 AMR5: 5'
. J* " N 8 8 8 2.8 R 3 8 :
# aOOn,-.w.-O - i l
.U '
.O. a. n. 8 8 8 +..
2 8. :. +8 + . 3- g .8 5# SnEg55N258I$" - g t
. :::8 AAdiAAda554 4 l8
- 8888:::: 8
;g lg u
3: igi!!,iiiii,ii e.O,,
. On-n--m.sen, O
~
g: l 8. 9: 8 :8 ::: j= ujjjajaaaae i L8- [ "9 "CaOS, 8*aa***E=N: *0 i 8
- n
-d
..- ..----. a "=.
s 8 - 88888888888 8 E D 8' eannaaeGana a u 6 4-
"9 gg8gggg8888
..a..... *=** 8 g- ;
.00000000000 . 9O e
I .,
- 8:::=====
I. -k l IIE00000000 l d'
-]~$~
? e.
;g.
e l
e E-4 N
- 2.
O 0 E-
'?
O $$$If 9$9$$$. 9 l n .. : gs:55M:E 58 Ma 4 4 O: 82 ::0:2 i: n . d d's A a a d A d A d 4 4 l -
- =
[
~
"9 Aag4jjejesa a
- Og*. 8. # a 1
*99. a=9aas.1-OOne.MonnO o I 5
W l l , x:::::::::: : 1 l8E
~
1 5$$l$$$$$$$$ s : s- . ..,~n..n,e.
.-.e a
i 3
- =
g 44344444444 4 g' "9* 238 2"20988
' MMOHNNwwWNO
* *
- 9 ". 8 9 ". "
- 9 1H g l l "
- =
l
- E.
l- !.!!!!!!.!!!!. !. 00 00000000 O
- ::::::::::: =
R .a O 8. aaaaa+aaaaa a
- I :::: 8
% a 2e8 22222222 sO 00000000000 I
a
,I NB I II::::::::::: : :
6- {* $~ 6-lg 9
-s }' ~
Fr i i h pp .- 1 : 2
~4 11
^
E l
%.. o- ?
" "? .8 I I ?" 2. M. 2 8++8 8 8 8. - 0 1 2* .8 ~g5g 8 8M8 8 MA "8 g88- M 4 a3 o 8:383 I8o88 R
- Aidi Ad A AJ4 Addid&! A 3 :
E H H n N
'8 ,
t???? ?? ? j.
,.I' J*'
T@*ITIMHHun!!!oo-58l8g8R85gM8g88g'
- .8r8282n 8o880 M' 8 ;
.7" W> AJAdAdAAAAAddidd A g.
882 ::::<
.t .
- 8 8 8. g 38. :...:. :! I. n .; ! 5 n g -e- 5g1 ! !. ,. n sa-2,n l. 8 . nen.
e !.s! 8 m : R
- 4 -
a -g '::888:888888g82: 8 i I
- s y ofe *i : ,8a .:===8::: :
I:iginijkifi36ii1i l l _l
'[ .
^AJAAAAAAAJAAAA4A
...-. .........a .
A-1 c
- E:
- -1
.' -n R
~f'
-a T
m a TT 5888t:i"?
. 8- =na::::= :
8888888 8 i S s g JAAAAAAAAAAAA4AA J
' B- -8888888888888888 8 8 ++++++aaji+ 88888 8
.llIl5lggggleaaasa e
0 9 8. *.
- oooooooooooooooo o 3 B I II995 I B 8II 85I E i
8 IL
.a i- lllllllllllllill i
~
.I. i l l11A l l g!.!.!.i.gg!.!.!.!,!,!,!,!,i, l
- g. .
l 4 I E'22:R888888888888 9'**11a.t******* w-
"g- HHNNM..
r
.N, o
u I * *8 88888888888 8 8.****11a9t*****9 --...
I! ! O I L s i-L . C'
\
l g < R C.
=
eg:.g:.o-o.-unogo
. . 2:::::222.2 :
O*-
.! 555555Ns55555 ss # 1 N 4 R *8:2 R 3* 4888 : j i AJJsAJAdAsAdAdid A E. ...oo.-N--o.omoo n o 'TTETYYYYYYYTTTTT Y sensannasazemass. :
.8 i 5 4 3:38:338 223:288 s '
,1 . .
AsAdd4A44AJAJAdd A
. 3. :. 3 8. S. :. . :. :. . . d. S. . :. :. . ; 8 x as== ne n .. : x I.o : *830#3Rass::::
W 4 a " AdAddAAdadaddAA4 4 J a
- g :: 8::::=====8: .0 8 :gggg a
R "9 .. g:2.3o gan sagssa - s a2 _. 5-.......8m.99,.999 9
. -- .~ . 9...
y y
.-..o...-----..o.- -
o a gssmanaxxs ses I *
~8 e 4 o 800=::::::Esa di Adi Adddda AJ Adk A o $$$!!$$$$$$$$$$$ $
8 .sssssssssssssses : 8888888888888888 8 dddddddddddddddd & 8 :l l ...:.............. . l8n. 9 a 111111111111ll11 1 I 3- i fliffiffliffilif'i f l- :- le 1 l l i.i.i.s.i.!.!.!.!.!.!,!,!,!,!i, l-a 9 a a a 1 1 a 9 ".:--unn9
- 9 *
- 9. .a
_ 2:088:8 88888888 ' N I
2.8 ROR888
888888 9*99*11a9".a*9"a9 --ann.
n
%)
C' 1: 1 s-O :+++ 8 I :+ :. : :+ :+ :+ a :?.++888 + : B*
.8 UNM55M5555555555 M i 4 :: 28:2 2:8:3 888 E
' %: 7 JAdddddddddiaddd 4 I k 3:2838 38 2:3388 8 o
-l *
- 8 jjaajjajaggaaaae a
#.3 8
- EaE a*E 8 EE E' S I' 5 ". 1 9 2 ,
anO 1..rn.----OO a 9
- 9
- a *
- 9 9 9-n a'
338838:388885 :: 8 1 '9 8 aaaaaajaaaj:aajaa
- 28Na 4. a8 a -
-1 * * *
- a E.3 : 3 a".a9a19 nn.O.~..an.nm.99- m O
- J }
2-
-: l O 83
+++ ?+2:38388 2 +++++++++++ + ::: 8 5555M5M552225555 5 a
i g m8 4 M 8M%EO:22:22 8 f' y . A A A d d A A A A A d d d d A n' A M- > 0000000000000000 O 2* g' E-
~
O ???????????????? ? n8 '555555555535555 M k5 R-4 8888888888888888 8 dddddddddddddddd d
.- C-E 8888888888888888 8 5 E d
kh h h 8 h h e9e99999 9999999 9
- C000000000000000 O i
B B I III t B 5 88 A B 89 5 I
~
11 " E- 8 D. a 1llll11111111111 l l I I I ' t l: a M i gt 8 I 9 8::::::: 8888888 s I. 49999998;s9999;; -- m. E , 4 I 2=:R888 88888888 i h 9 * *
- 1 1 a 9 ". *. a a a 9 9 9
. -c- -<num .
._t N
~
u 2 82:0283838888888
'8 9
- 9 9 a 1 1 a t ". --nam a*9*99
i m2 ::::: a.
' g s
jaajja a s. 0 - = e I gata==.
. a.
- g. ?. - owan-. .
a 0 R :: y: l2 i se. sajan :ga a e U o..wo-bDg 5.'bb55 'n
!kkkkk Y s
8 40:2 1 l- exenxn saaaaa m
?- -
n a 5, a 8 4 - a J G N ::::S J saeaj i 4 g 25al)_$$63j s- ~ g sexes; i 1
- ~ . -
H , a I ::::: a
- an. j:ssja s a: g L ?, 9 n 18 -..
8a-as . - - 88
. l-0 n
!3 a 8 glg$$99$$ ghe fl llg n
Ej=s=ag=s=s=; El x
- 38 8 3w ga
! g H 8 l 3 -aa:
N' a n [ lg$YYYY9 manana !aaY$fg i 8 ' 8 u- 49994.R -ga e8 -B i
-$ W o a-gg3 g =E k X s i lI n Ie 8 gs
- Ina:s:s:j:a:al g orna..
n
- . . : E q - g On s
lu - 3EaB~ , n j 38l:::::: E sassasEBgDylN 5 1
-l 5 5 :::::* *.
w - *
- 9. 'n o r E 58 i
l
E , l
^
=E Saysty
= &agg la = SS-o.ju .O l
oen ,- e YY Y s R 8 22 8 N lN2d eaaaag a* m 8:8:s.
- 3 *-*1* . 1 l 4 - o.a -
l YYYYYY E 7 8M " lMM525M E _ saase; e 5 a 8 lgYYYYYY d 5555MR A 885:83 E8)-44444; M a l : E. gosasass .- 3l o o l , a : E - 80 e 1 B e i eo-.--
- n:.::- -
B8 , o u l- 0 n E e g l 1 4 5 B oo--o. ogg9997;; g"s l , y]snxxes ni 88:888 sosses lsEi- : i g 9 u g E N 8 5 E lo- [ . 88:388 E c 8-5 I" a 888:n-saaaag g.A B' . 2 ' u en-est
...-.- a8a g .n g
- 4 5g n E
u m i s5 , l 0 N g 888 :: n m::444 l8 0gs 8 i g o,0 l ~ " 80 nu.=*: 2 i lug g u
.g l W - 44444,: l-
~
1 2ilg . 888:: s
- 8 a
i e saassa 888888 igoyl" d - a.99-*3 o-. . g g 8 L-
p-0 a-h li i
~
- , iii is nii
- . j '*'
gj
~~~
7 . E
? -l -
lr -
-l l, I I-1 1
- 1i
!io
- l.I
'l igi. i
;l.!l l_, ig i"
rI li!ilill I li ll i lii t i g-
.i g 1i= -ll!
.hni8 -
g , E EEElllllEEEl,l
$ E i a llg 1 l
1 i m d
n I
- 8.:::::::
g _G-s.......:::::
-l g d ::::::
nE AAAddda
- gss : g2 E. . es.4444 2 :::::::
e g j-ennenen amaaaan- aB es I g=gggggs
=====
R 8 5 9 .. *. . . *. *. t
-4'
. ooo e.???go ..e?: I l ooooooo 4 sa 2 g G :s :e :sssa: : :g g : gsses a
- ggga:a::a::o g,;;;aasa o a aa;
.1 '
M = wwwwwww
- fg ??????? h . oo!oooo
?? ????
j assssse - Rs :::::: e g :e :sexes
- : : : s= lsssssss 3 aaaaaa;
- n g , -l E l! g ' 8 9 :e : :" 9 I $ :::::::
)-
1 HI s' s.s s s- 2 asu a - 2. s o s s e"s :' t i g g
.n nnn n. n. e.n-n ,
no seessee ggM ------- I
- l
? s lI::::::: $,g!!!!!ii::::::
lb S l8is.s.isii
, aaaaaaa
.-e.
go-..... aaaaaaa l H i
- = ::::::=
iskiii
.I -, waaesae waaasaa j l_likki!!!
j l I lEl ::::: aaaaaaa E aaaaaaa i =======
- iiiiii "iaaaaaaa
- iiiiiii saaaaaa 1 l
5 ! i
?
5 l
.g.
I I l i 1 l
- t. ,
L: )
ca - n l b '-: l IS! m ' l : - l 3; ' -
.g;
- _ f
) r #
3
-o-
.. ........-....** *...**..* ;;gg 4 l -343; 8888
- J g a .
g -:
=
- f a1'lE 4
. -l R*gii I...........igges!ggggggggy.
8 8.-I. 9;95:4 = 3 I. n n n s g n ..,-........
-n .....-m--w
~
7' g j j 1;l'l1giz9siggj!g99:!!!995!!!!!! y
.s si!. i uinunninir .lllml i
4 ass a;;;e.es ue;;se oassaass; , , gggy ; l asaa c I il l _ . . . , _.Ill EnaBS!.. aa IIIIII HnHHHHHHH "',,,--.. !!a nin,
., 1 llll l --., ...-.. n = = = = = w .::: :::::: m==
9 g ll1[ iHHi E l- ! g I :::= elg R $$$$
'I:
Inna HHHH
~ t;
>l g g
=l 2
l N' I 2 ll ; m . 1:f;
I
.a, a..
N R-
.8-p
.2
'1 5
7 888 88888888 888888 88 882888
" ~
iijaijj!!!!!!!!!!!!!!!!!!!! . . O, 0, 0, 0, q q o, 0, 0, 0, 0, g O . . . ... . . . e + 000 00000000 000000 OOMOOWOOO 1 8. i
-S-d g .
J 888 88888888 882888 : : : :20088 A. ..
~
!! 'aja 808jI888088+aangea O
aaaaan
*8*888 ::aaaaaaaaa
- :Ga 88 n
**9 *a999*99 a <OnOOO 000 .00000000 a9*9 9=99a"999 wmunW.e0C Ii .I Se8 ,======8 =====8 =8=====8=
1 l 344 aja ja443'aaaaaa aaaaaaaaa 2: - 828 8 2 8- w a9*
.-O 9
wn
- 9.nm.9
- 8. 8 : *aa==9
*99 O 2 8 8 8:28
-n-nro
. *:8:
- 9-9 a ".a8a 82 nur...HO-9 ".
I. [ E$ Es . 1.g
.. .,,, am.g..g.
.O-~,... .. !!!!!!!a8 HHHHHHHH 1g Q HNM WWWh.@OH NMWMWh . . O H N M 9 Fr W m HH HHHHHH NHNNNNNNN N -
m g. t
.t N
I a n l-l l
~
l-
p > j l l 1 R ya3:3 a' I E Sgh
.g I _i. ..II.e5kkkh n*n.es. x h
)
1 iE ~=*- t. R' g 8 a
.IV.t=.t. 1 l
E' 8 g ..n--
- 9. E *.9 8 5 -
I k.un5MMn a 5 8 88 32:30
'g' Gaj es ~g 88ngl2:je a:
4 in , f a ***RR*R*-9 : t u .- E - oon.-n m - ; 4- 8
*~
l 1" .
- # I ldlg !!YYYYI9-sgansgs: '
mij8.ssessess anne:: 1 g a3 a 1 a
' 's . H 8 882 8 08 8 'E '
lb g-Ell1sen*k,kkhhhhkk
-g 1" 3, , - o o .4 . . 4 n o .n 8 g,*s
- E.
I 8
- gl8 $$55993$ g E
san 883 3088 E _u El$_ssa:nsus assss- ee H
!'8- . R~ W 5 882 582 c: a 8
I - E gj:a44gae28 g 4 8 oo
.t l 2 u eess,.,02nn a
- oomenea-a 8 $' n=
g g g. t u I s5
,a
-l E e as" gg-- .....::vete s 8 I8 2 _lasAsMasf 88 02:::
I R"- s s s s a w a .: ag
- o lEI 4
l8 5 yg. 1n 5 i8 ???????? 3 'l e i g ::::::: g,aM
'E; 8
I
.e E. E. 8 E Er E. $. 55 an...n E $-
I i l
\
L i l E 8858agas h!h ss gll- ese.ns,hh-oo wanan W g 883y8888 e
& - i d 4 4 4 r: A J R
$$kkYS!!.
r snexan== 7 88002888 - n C ldid4Addd
- ?
M 1 u 8 4 s ; : W 5 N- 8822 580 : A 8 15 Agagg 44a i : J !e I
~
e j! llk-!.$kE5.kk!. comm mm. 5 u i g !
~ "
- 8 -
3 o R gl oona ???????? ooo B
" 0 m n E 0B B 3g 8 8:::::
i u D E8 [ 85888888
- dd454444 gg 8 j
. ? [ 0 B
n a 2 8 u 88:38088 Rat sasaaeca 8gua5 : i 1 8800 088 a~ : g
. I 99"*11*9
- oo--a oo 8
. g :. i g
a R , :- ly 8 g 3 n g
- $8??????
g m8ensenx El?I
?
sa gu 8g 8 5 l u 48999989 e8 E - g 2 - oo. msa-gg g = 1 l h I*N l 00
- massaaes lg8822888 .gs2 a
2 88:0208 B *o.a
* *
- au1m 1- e-
*. 8 a ls i E -
g- g 'g I a i g-i - l a n j E - 82928 32 sa44&eGa 3ljM o a 8- 5 e 88888888 9 9 a a 9 ' * *. o n . . u . e-l8
. E
y. E
.i-t .
Lg ; I xr.
$l -j Ljjj ij ji.j y .... . .
aa 33., a . y;.:,
~
1 . 1 i l, I I i s s all li i i 1l 1, Ilin ll L;1 li is 1l i i
!-l i
a t nantgjjlnnals _i, i1 ll , i l I
r 8 s l l N' N. l!l88888888 g3d 88558$$
- $ +888888g 5
l
-f g 9**9999.
l
.III!,,?? lUg5
[ ?? 3 c 5l8.9.e9999
. jflf!!!!
5 0: l g 3{:$$$$$$$$ 0000:222 i
.$ 44444444 r.
8 1 I I*-88888888 + 88888888 7
* - * +++a+8ja
#8 *8 aase+
- n. 88l8888n8 88885.ja+~
5d - . .. Soo 85
*g Addddddd , g
- Mg ll-JJJAJAAJ
- 4 4" 4; g
.4 R. . ..... =oooooooo
.ig ???????? h ????????
j 3 55555555 Esg 00000000-
~
1 88888888 l~ 5 E s t'!!!! a e,,, i R . -------- i g3.]. JIi
- ES ySE I l 88888888 y-Q aaaaaaaa
;- WI ':4jI'jemse
. .sa8: g d~gg888888
.g.
9 ' ! a a a ". a a nn....m- ga 9 .--~~~~~ 99**99 j
. B
;B
, og ,
' ls ESSy S A
hE aaaaaaaa
-f'EEEUUUUU I
[R'44444 3S33 5E'S x'88388888 l2: 99aaa".aa g 9".*aaaa". i < nn....m-
> o n . r. r. r. n r
~
*: 2 2:8 2 ::: 8 : l I 4444aj+a 88888.54 444aease i
3888833: l i 44W444dr: A d W 4 4 4 d r: I l b 1
- 2R882228 882R2222
- g 8::: 8 3 8::: 8 : 1 1 .isi$$$$i. !$$$$$$$
saaaaaaa saaaaaaa 5-
-5 1
w
~
N
- 3 C.
2 I
? 888 88888888 888888 888888888 N
kk ! khk kk .k!kk k kk k!!!
. ....... . .. . . occh 000 00000000 00m000 CONOONOOO gggg
-d 8888
.; $ O **99
*- e l OOO OOOOOOOO MMMOOO ..M....OO
~
$4
~
. 555 !!!!!!!! 5 5555 NEM555555 X
888 s8888888 :: 888 ::::: 288 - _. ddd d&ddid&d diidds asAssAs&d 6 y
- 6. l N 9lb]-
I1a ta a
- ::::::e: :::::: ::: :::: e
...O..O..
u
'+
! Ese !!n!!!!5 !!=5mm xn!Ee:Exe at: 23:3 P 3 2#883: MMC 882880 Su llui R~R~
U" a s i d d d i s d r: A diaAAA dir:ddddid C a g
-g 5' E- 5 -
4 NN j
- g . .
i 22n i a 3RAAR$5 . 00 # ' gg""I 88 0 0000000
. "I I'I *d:#
.2 Rdad 2 : 2#2 2III N5 NNNNNNNNN-f',g'N llll I lN g; --- ----- a ====== ::::===== 9I ! B555 NNNN l
O 3 gg hNMh 0- ARd5 g
" a55 0000 NNNN
.g' !!!g U 2 N i N
1 i
.(
m a
!t N
m O h R 1 5 53 OOO OOOOOOOO OOOOOO OOwOOMOOO N
= MMM MMMMMMMM MMMMMM MMMMMMMMM
- 888 88888888 888888 8838888M8 T ddd dddddddd dddddd ddddddddd
't llr M e4 j 3*
. e OOO C0000000 CONOOO wWMwMNMOO 3 s ::: : : T: ee: : :: ee: :::::::::
E w N Ha MMM O00 MMM"MMMM OOOOOOOO "MMMMM bomOOO MMMMMMEMM CO W w W m o m o O g h . . . . . . . ... . . . . . a OOO C0000000. WONOOO WMNMWmwoo 5 .i N o 94 M M - g 4A 14 OOO M N
- el W W M O e4NMNNO NMwMNMwOW k 3 T7T ???????? ??:??? ?????????
m a we El5g w MM WWO MMMMMMnN m N 9 O We4b6O MMMMMM it) m O CD M Q 3x8MMMMMx NwMNOMwOO e DOu wwO wMWWMewo wNwMNO NNne wwo-5 1 EO - h
. 3 MM** assassM-.
l~-g
, M a! ======= nannan manunnann lln**=SAMARANA M
""00"""00 8
- N .
O M e4 N M w in w n e a o c4 NMwmeo eaOwNMwme g NH MNHHHH NNNNNNNNN H a N M g l n
=
8 i
A S 003411457 1 ND I 000000000
++ - - - - - - -
0 6 KL EEEEEEEEE E 5 S V ) 002366B21 3 R 'I 002247443 6 GTE 001431248 5 E +NR G BI( 003822128 4 A P 3 0 9 E 000015680
/ NT) 000000001 2 IAR + +++ - - - - -
2 KRH EEEEEEEEE
/ S / 002336308 9 EM 001049464 0 GSE 008870327
+OR BD( 002232341
)
7 E 9 S 9 O 004522568 2 1 AD ( 000000000 0
- ++ - - - - - - - -
n a
@L l EEEEEEEEE E AV) 007345756 9 J GRM 007405327 8
- TE 002175445 2 1 2 . BNR 0 2 WI( 002611125 3 +
E 5 0 2 0 1 y 1 a ) E 001126792 5 c S AT) 000000001 e E 4 AR ++ - - - - - - - 1 D S 4 1 A RH EEEEEEEEE = O / 001499293
. s D GEM 005494178 )
l r SE 000064716 S e h L BOR R ( R A WD( 002222338 E 4 V T 2 R E
- E M
- T (
) N E H C I S S )
C S O 001211570 1 U D E T H D 000000010 0 I U T T D + + - - ++ - - + + D C N d I IL EEEEEEEEE E A I E e W 001712710 5 R C
/ t ( RRV )M O 007666930 5 A a YTE 004687350 6 F L S P l S HNR O A R Y o T TI( 002611360 3 C O N s L E I T i U M R C
- S U E A
. E L H F n R O P S i V S N N m F E 002215600 I O O O T) 000000100 L M I I 2 E DAR ++ +++ - - + + A E S T 1 M Y IRH EEEEEEEEE C H R A U R O / 006930100 I ( E U - L A
( REM 002173000 R V L O 9 YSE 002297100 E Y N A T V A HOR H R O V N t TD( 002225100 P T C E E D S S E D R H E L I 3 E C S A C T E O S C C N I G D E I A I N G G 002237802 I I 0 N O G S ER 000000011 F P 3 A L N E NT) ++ - - - - - - - - - H O I S RN3 EEEEEEEEE N 2 P C I L O OEH 005566149 O R D E D BC/ 007650942 N C P A U RNI 004466287 O D O I E R F D IOC R E T E N AC( 003341382 I S D E S R R A E A E H O B S T Y B - Y E A N T M T B N A E F I I N O D A V T E E O O J I 002214468 N R D T C T EY) 000000000 t O U E C NTS +++++ - - - - O P S S R R A RIE EEEEEEEEE R M O A O E O OVI 006271879 F O P B I T I BIR 007772955 C X R U D RTU 004498371 L E E P P A ICC A N R M R AA( 001116131 T O N U E O O I O S R C 4 T T I O A
-_ A T P
( A - E I A X S - _ ) V D I E E 9 SFL 033310112 I A D T 2 n ROA 000000000 T R A D A A T
- I A
H ( DR NE V + - - - - +++ + EEEEEEEEE 000000000 A L U A M R A I O R R E - I EET 000000004 M M T Y S R M N 080300464 U A E H O O ITI C C B T D D TA 025528297 r
F
- Ei .+I.:.."
- t ."? j
. g -l1:. 989.;;.;;.
I.I.M 555MMM i 3 ... . t samma
- 'Il{gIIIIYYYYY gl 18:8% gags
.un-n..a' 5,5 !
-A 8"
~
l s sagannmas I 7 z - l-[ !$YYYkkYY as senza: n - ssaa;sssa 5 l 8 a
~
; ll)g-'$$,YY,Y,Y,YY,9, Is,as:,n a -
- g. 3 al sewsssess l :
. E i - =
^
O.HMdddHH $ l.
]
e W e! e:ve N ::: l0t - 2 .
-II2nd:NER g :::::: 5 gy n - seseasses 8
- l 38ll
*ela!!igigitl8i*
!1l g, ll1sla.a.ss.asi
- .. . -.. l~
n i i , , i 1. i al ifYYYYYYY s:sssssa E YYli a ~8 g-
.g b.gIsaasassa l,i,I g e sssssassa y E
E " e l 8 8 II,l88,~::::: Il!!.!.EI!! * ! I-l 4
- ss;44s444 8 :::::::
lg 5 e g e I= { i- 8 i I.I.kk.kI!.$.!.lgellll
~
I 1 .. . .- I
?
4
/
_ 0 8 5 E G A P D t R
/
2 2
/
9 G
)
7 9 9 1 n a J 2 . 2 2 4 0 000 50 000 1 0 000 00 000
+ 999 + + 999 5 E 0E 0 00 1 y 0 00 a 0 50
. c 1 e 1 11 e D R
( s r
- h A ) 4 T H 2 A Y C D R E - O T T T N C U ) ) N E S P K W E / T N O O V A I L = L N P d = E E I
_ Y e F ) S B ) B N t O ) t M R TS E a Y AR AI4 TO N N C
- l G E DO E R o N DEC V /T V U s I /BA I CC I O S i T C F =G AA = G S N - S AN RF O t I REN SS F SS D I
T o n L FVO= NN EO ( N= OS =EO NN E A U - E GTN=GI ( IIS AESOT SIN
=ETESOT GI I
F I L RSCGNIC TAGNLC C A T ERIOEAA ) ACOEAA E V N HEFLGHR 3RII GHR T E E PIIAO F T FAO F S D SLRHIE FTIHLE - L I OPU ATS ( SR ATS R A C C C MIPLRAS UULHAS E TT A LA EAPA LA S I A TALRTCUP MH TCUP U G G N UENICY UERNICY O EOMTENIB LEEENIB N L N = 1 9 T LMAT O TMAT O O I 1 EIEGRR VDLEGRR I L N IETFLRAE NILRAE D D E O ATA EOPT RAFEOPT E A I TART L I L S R W T NR SRRRI AEERRRI A E P O KU OOF E KKCU0F B R O R O CKAAmFN( AEH MEAAIE2( UETT S F - L YELE LRNN I O RL( E OFII S E F R L O V Y D A T L O J N D D A C O R R N C P 3 A R E T U P M C C A ( 2 A T I R O D
s I l L e- , l l 8 8888888 s- a l- sasassa l
's l -
gll8888888 E6
***99*o ddddddd l
I
' OgCOO
- e. ::gO
- -s- - .: 1 l
n lE88Eigg5 OO8 - l 5 j8 dadddda Ig~~~~;~j.. fa'ijjjj i 8 :::::: R
-se '"l-dAAAAAA l 1
O
')
M {' ::::::: le*0000000 2 IC000000
- egi!!!!il 4! ;;;;;;
a-lH;!!!!!! l
, g,;;;ssss d
n 82 d 8- ::::::: on 8888888
-4 IU 444444a *f seeaaaa 2 RRRRRRE 8888888
~
- 2 I'I 9 5eeeee,e 5 5 9 *. 5 *9aos99
, g -------
j g 9 222:30E I~l 8888888 . t n ig 3 sies,is,sie g. eeOOOe-en g3 essssss
----~~~
O O E y 8 L og f lE 9999999 ' glIEEEEEE h
~
!!!E!g! 5555555 E l, l< :::: en AddidAJ v 8::::::
3 dAaisis g
- 'N' i
X 2 2 2 8 a a 2. 2228aa g 8 t i , siti!!! aaaaaaa
-
- isi!!!!
_ aaaaaa; [ :- 2 R 8 2 2 2 2- 22R2222
'g 82228:2 le ~ 80228aa e naaaaa g Gaasaas 8882880 8888888 i OnamOnO OnomOnO ;
U 6-L. .
f..,
)
l l
- 3. '
l1 E. O Fo C' 2
'i'
'I e
8'88 88888888 888888-888888888
!!!iii!!!ii!!!!!!!!!!!!!!!
ser seesesse seeses sensessee 8888 g g oco- oooooooo oooooo ooooooooo 4;gg e 8888
.J o **se
"" d
.. s- memooo ..m....oo d
e :+ Iog'ogogoooo: :+:::: ::::?: :::::::::
- $ . ~555 55555555 555555 MEM555555
.2 l 888 88888888 : n888 ::::as 88 ses esssssse sesses sesseases Ibg H
-l-l
,, m ., .,m......-.,mm...- ~m.o..o..
1, ::: :::::::: :::::: :::::::::
-n 1 _5 Ese:52n!!!!! 5555mm xn855m!xe 38 5 5
.- i g* 22: ::::::: En 8:n-2:08:288: A~E~
8 sie 4AsissiA sedsaA AAisdasis g = 1 1 .5 5 NN
'! .!"' t u . .
W ::: - gg* 3RAA355oo E #### 1 I -* 2 gnaann I"II 0000000 38 ::::::::: g' III:ENE MNNNNNNNN
'k -
! Elg'l5 g ,9 :::
-l-1 a
l-a ---- an. ::::n :: ena :: .gg II HHHH n=== l $. lH N
, l i
I 5
.1 1
i (. _
yrr-I l I' t Y
.u -
I a
. R.
; n.
Wo
'm
'a
.m
,Y.
E
'I : :::::: :::::= ::::::::
*l I ; g_
!!.! 4!I.!I.!!!!. !!!.!.!! !.!!!.!.!.!!!.
oco- oooooooo. oooooo comoowooo
'i - '
4
- .: o o o o o'gconooo g :o :::::: ::::e::::
ogo ..m mumoa
- 3-
.- -. ::: ::::::: seasss namann===
i2 g. l- 88 188888888 ::::= :::::::::
.idi 44444444 ddAdid 44Addidad i-
.! ses ammasens-assess aussessex u E
- = :::::::= :::::= :::::::::
8-f4 Cu " i 444 J444444d:4AdAid saididada , . S a g a'*?* ::::::: 33* "* 111 :::::::= anania nanananan !!!!!!!OE' j
-*---*:: :::::= :::::::::
ll i: l-aa I , ga" l
-a 5
li E
3. RI RW
!sg!959?IY MMERNR MY
.g-gl1- .... 8*4,:n;E R*'
- T- -
mM- 8888858*. , N -l25 sej l B' .. }ss:jjn44 II 8: EEE i 2 - 44WesJ
!$YIYYYY 'Y
- s. - annamens s
? 880 222 8 -
= -
l sea: sass:;a 5
.. -8 A. A J ~
M- 88 8E8: 4' .h I 25.aa444444 8 .8....-. -
) g'8* ::: *
- g. , C - ssAAAJAd.
, M' .
- - 5 . -
- i. g 8 88 ::=X8 : B8 ES 444jajes & 3g H _
88 : - 3 I e .s. 2.... s . r,8.sov.n 8 e s. 8 e. n g ] 2 lM
. l0 2
lt 4
- 8 -l~8IEEE9933 o gah e $"lassRuss:
ni- se:ssw:288 88 0 ass 3
-sa l .g ,
.N "e 8
- U .5 E 88 4 4al"o 8 .. 28== c-8- E
&&g4je44 g 8 8 m
- 8. g -g.
a n es",.RE-88..nna a g 0,e.n.n 8 - g s n. 3 - n- g i g 5 4 E a
-l: ..-~,...
e na 8888vvet a I g-E I8l 88: 8::= 9 al"assMNRRstss;asas;
- I l
.s - g gNg!y
.j u
gs 88:28::: s444sans 9 3oylN l- -l gh
*8888888 6 -
,l. 8. e
- a * * * *
. E p 8 H4
. a m m . a . r-
. h
.B- 8+ ) ".t a. dta. :.
C' 888 gl[5En55: 8 8- ::
- ddAAAAAA
[ E-
- g . 33. ,. s.etti
...a e
- Il1gI.nassex e . a
- :n a ;;. *.
1 - o R. W h 4 'IIYYYYYY! l. l [ g!M55555 o8:88888: - N E - 44444444 ? E :
=- 8- :
4 's 4 : : W M- 88aa8282 : : p l na . : : a 1 -H H\ggseeage 8895559E !.
! ,. E5- oonannm.
i !.
.2 l E .
.- g a i .g 8 88a2:350 R
=
N8 ajajaaaa f 8onma : l 2 g-E 4
***19111 1.k- 8 9D E . 6
) 2 - oonmaann o B i l 11 S
- es l 1 I
a o o n a re m o o u l l= 8 . gugggg!g 83 :: 8 ll}j???????? i I.j-' '
- 44444444 l j
g e I : : - W. n. : gg g 88::28s m8 : .l l l$$$$$$$$$8 0 *
- 1 9 1 * ". ". B5 p
3 - oone ... . -[ Ia l- I !gE' i l3 l Sf:nen g Iga :99999;; e
- rgen. l ls w
I-
~l l dddaad44 lg d,g E
i
)
a. g 2 l- 8 228 5 asaj+aaa 0go I E 888o5883 5 -jE le 99aa**** on...a r 3 5 8
e 3 E E D S O A C 2 C R A N E T U T I R U R . P O R _ M D E _ O T C U . P M O
' C m
i %
If
\.s l
l i l 4 M. I.I.. g I >= o-o
.= == * . t; 9
'e
.* = == *sg 555!"
,gg-I====== '. ..
"9 NMw
~
_eg a.
.I-----I -: si!n!i..
z g (i 22
. .. sb.um
- c.
~ su mm . .. E i :::: :::
- 's 5 :::
I==lu* === == ... :
- e
.< a:E
- 9
.** .... ;cos w
..w 1-----
===== =
,3=,
hEb
. --s )
--... .......m -d y ~n l----.l .=: : . . . . ills i lis l
l
'%,/
4 -
l.
-1 l
1' . n.' 1
.s
!: i l 3 e. i ~
.M k
- s. 1 i
- N e
= els- !
,-?
t 6 44* 2 3 N s ~~
~ * $$
- snn , -
y 6 . .s ;
- ,o
.e** -8 s
,h I.
I =i ' s. i
. 6 d ;6 l
- m ' .4
.sJ .- '
5 E. I g g
*6 l '" 4.
5- . 22
. i 2 -- 3 'J4 d.4
.$L l.*., }" 8 l 4
- s. t.
. 6 3 n a =-3.. d a c-
.J
.,,,gs.d;adJ 5
~~7 .e
< a Moe e 5
- 6 ag"e. 5.= -
86 3.8
.m es
-s N b g
{ .$I $. 8 a d E -. 2
]
6-~. -
. , ..u E.e.*s.E u n
-[ g- a aj y = .-
* - s g !' $ggg. ~-dddggg.gg.g
=- - at
.N.
l l - N M 4 m *C P= . D . g gl g g g . , i w N I' I i b l
~
x
- f. -
2 E . G . A P 7 9
/
. 3 _ 1
/
8 0 -
)
7 9 _ 9 1 n a - J 2 2 . 2 2 60 000 _ 5 000 1 0 00
- + + 999 5 a E EE r 0 00 1 t 0 00 c 5 63
. e l p 1 23 e S R s
( e
- m
'*- a A
) G T Y R A R C d D O
'l E n T a T = )
T N N y U ) W E E P O V
/ t N Y A i I A L N P v D = E I Y i F /) )S B N t O CW )WR E c AO YOO N C
- A G RL ALT E R N FE DEC V U S I (B /BA I O S R T C F =G S N S .N AN O , I TE REN = SS D I s L NV FVO NN E T F OI (II S=EO I A C CG GTN GI F U D = E AESOT I C
L YS RSCGNLC E A 0 RR )ERIOEAA V 3 AE 3MEFLGMR P S E P DI YPII AO F R NL FSLRMLE L C OP (OPU ATS R A I CI T MIPLMAS A LA E S C I , TSL ET NETT ENALRTCUP U G f N U UENI CY O f
=
EOM MT NILOMTENI l l OT LMAT B N O L E EI EGRR O N E AV I % W IET T ETFLRAE D D 0 O ATA NRTA EOPT E A 9; I TAR OI ART L S R T NR CAR SRRRI A A P O K KUOOOF B R C O CKA YEKAAFFF( S O O AE REAEN F L L YEL ARELX I S O RL( DFL(E Y E F R A N D A T M O L A O J N I C N C O R E A C P S R E T U P M . O - C A _ ( 2 A . T I R _ 0 0
J Y
~. .
0
.g ;ig iiji
, III.IIIIIII li! 5 1.
i
}gglllll,ll,ll g5lllllllllll i* u 9999191991 l!9999999995
=c5 1515511111
- IIIIIIIIII n g a a.:.:.:::.::::
, giuuuuu .
- i o is '
v444444444 -eg 9999999999 l
]g
#,5
-8 5555!E!!!E aaaaaaaaaa.
l~gIIllililli
- s. g1 3 _
.E + gg 19999 V999 E E 9999999999 I: i a
es auuuu IIIII]sIIII- !c5 Illitilill g g a .: .: .: .: .: .: .: .: .: .: x
-s s .-
~{,
.I:
. us i til j!"9999999999 !=g9999999999 LE:
s "a il Illlil!III !~s IIIIIIIIII
= !
g- )
.g. iw-.-
- j. -
I YIIIYYYVIf YIIf5E5fff EEEE8EE853 s - ii w ., 4
, _ .4WE8EIE55
- ~ . ~ . . .- ~ ,.
,_ .-~.~..-~,.
. hhhhhh hh ' e=
~
h .khhhhh 4- -!~ " 9999999999 !~ ~ 9Y99999999 H E - 5555555555 E555555555 t 8 asaaaasasa. aaaaaaaa:a 5
.g' a
- y -
*n *. '-
4 ' E - G - A P 7 9
/ _
3 - 1
/ w 8 x .
0 a. 1
) -
7 9 - 9 1
- h :
n a J T N 000 00060000 007000 000000 008008000 000000000 h
- E 000 00000000 ++++++ + ++ ++ ++ + +
2 R + + + + EEEEEEEE
+ + + + + + + EEEEEEEEE 2 A EEE 00000000 EEEEEE 007000 003004000 -
F 000 - 000 00000000 001000 002004000 D 000 00000000 007000 004003000 1220 2 N 0000 A 000 00000000 001000 001001000 - - - + 1 R EEEE - G 5000 e 7050 s 5 2020 + r a 1 t 0 - 2111 c c 00000000 677000 786887800 _
. e = 000 000000 000000000 l p 000 00000000 _
e S TT + + + +EEEEEEEE
+ + + + + + +EEEEEE
+ + ++ ++ EEEEEEEEE
+ ++++ ++ + + h R N EEE 872000 532345400
( a n EE 000 00000000 714000 026249400 - MR 000 00000000 ) ) u m IA 000 00000000 077000 849436300 N H
- a TP 615112100 C C
) G 000 00000000 811000 N N T
N A' A C d A
! n FRFR E LBLB -
T a ) E E N S SDSD t. E y E N N .
/ t I 677 06778887 675777 568077088 DODO A i RE 000 00000000 000000 000000000 NCNC P v UP + + + ++++++++ ++++++ + + +EEEEEEEEE
++ ++ + + AEAE Y i CO EEE EEEEEEEE EEEEEE S S _
N t (T 827 45553649 428237 220057052 M(M( c O 731 50042647 149438 963094059 3 5
- A TS 047 27894534 177378 094068021 3E3E m TI N 1 N1 N 8 I 811 22691116 817345 451021011 N O EOEO -
S R V O I XLXL .- m N I O , T I T T C ,A ,A I s C C A 3355 T F A A R 3333 A C MMA8MA8 R F 1111 U D E 133355378 1I1 1 L CL MM F
= Y A 0 R0 345 90123456 355789 333333333 Y T MMMM V 3 U8 888 23333333 888888 111111111 MI OOOO E P OM RRR 11111111 RRRRRR EEEEEEEEE T =
R SY BBB I 1111 11 1 KKKKKK XXXXXXXXX I RV RRRR L C S VM=OI FFFF I R FT A I TOM C 3335 . C , CFREA 3333 - I G R A OT 1111 f E 123 456789o1 234567 890123456 LFAS EEEE O f t1 111111 112222222 NA LA XXXX L E 8 ETCUG . O M GHI C SS$S - I U OENI E I I! I . D 0 N LMATL A 9; AEGRB A8A8 m R MLRAO 3355 - A EOPN 3333 R C E 1111 O O NNNNE EEEE F L RI I I N XXXX 0 0 _
' E F 8 8 E D A R R T O J I I O C A A N
~R E
T U P M O C A ( - 2 A T f R 0 0 - e i_ h
- I E- 89999999499 9 I
'*!- !IIIIII!!II!.
..~-__~~..
e 499999E9:99 ~ 9 s ~E asI.geI.EE.eI.E. 3E I. T, i ~9..~8
. --~-~ . .
E99999999ff.9
~
'.I4 = =I. w%eI.z~ wggE. gu t . - - W- ~: n . ~
-~ -
- y. e e .
i i 2 VVf89f999ff 9
?
3
!- - EEEEEEEEEEE
,,;;s.:a a a s s a sE; 1
- s_ ,1 e m Vi?89999999 9 E ~ m
?
a i *I
- 2
~ NE.*E]((EE.Rgi.
---~.: * . .
E* .
, a 5
E .s .- VV88999999: 9 c- : H-5- 8
- 4 3sismse-wsz EBE2RE3=N e
;iAdaasdaisi J 3-fg S
s 9g"* V9989999998 9 8J d
$8I- :EEEEEEEEEEE
;;asseasas; aE g . f.,. g-
- s. 9 89899999999 8 7 s ~! EEEEEEEEEEE E I'
g sessssssses s E ., EE sasmanmxma 5 R- ,a mg ass ========-e s , =- 1
~ rs A C W
I z.
J d
)
l a j t . m_ E c - 5 I k N. 1 4 N n t s. J D
. {. ^ c l
5 I s.
- C. g ] 5-
-5 > W
< g
~
5.
. 5.
s " , - s. 8.$$50$$$.$h.8 c 8 8 _ $. M 8 lllc 8.l.ElEl
- M=s.8 5' 3 s
ooo--momo-o n g g w . N. V V 3 5. 9 m.8*e . 8 8.8 s -E < 5 d E' Rg E 5llg h.E5l l M-s .. e 8 - E, sm s...
-oo.-o--.. o I h, 1
- g. 38$3$s3883$ 8
.I
- kW$$$*'
'EE3c8enI5E :$
8 a- g- E assassaasse s
$ J l E. . -e s3staammana s 8 E Eg 333 ::::::: E 5
N. E*' E
's G
l' ; l' i
t
& )
!s.. ..y I
L L 9999g99999999989S E _
!E.!.I;!!.!!.!!!!!!!
n- ..~ --~~-mm E. m 3 E 9999998S99999998 ? l
- = ;- .E - g5gasEEEEEE*EgIg =s d ., xs m~
~
% '" dadAdde ddin'dn' dad n'
'c g g g s. g y e. g e. e. s. s. a. gg g :
g i_ . c g s I.= - g!.[.*.E "n8E*5!ggf . .s 5,]Ns,g
.s,.~ . 2
. B -mm. n.~-~--
n
. 8 . 9 9 "e f 8 2. *. *. 2 2 8. 9 9 :.
"v *e
- ~
- I. 5 5,5.E.E.5 E.*6 E . E.E.E u s 5 E 5 5 5, e r ~
n.-m~nmmm~-~-~~ m nnn --
- r 3
-: 5 g gasygggssesgeg89 e Il !~"! IIIEEEEII$$E$E$Ek
.._ gy* g.
addsagaassadawas d 5 5 , 5
- ~n.
8 9,9 9 9 9,9.ng ~ 9 8 9 8~s: +
- 9. 9 8 9 8 9 8
- 8 .En ,%- 8!* 4 N,E. n,~ 5,a . . E. .
- 3. : :
, u. w --~m-.~-~ ...--~m .
,,,- 3 g E
- . .J a g 888.988.9888888888 8
!j 5 .
E~- IEEEEEEEEEEEEEEE-E dddddddddddddddd d D' "g j g- , _ ii- 5 f. E
= 'sx E. EEEEEEEEEEEEEEEEE g
;;;f ;;;;;;;;;w;ww; ;w wwwwswwwwwwww 4--
4 , g!- E Bw Sgen giL.gg8888Egl
. s.o.s.s.a. .e. e.n m s-r
. s.m.gag; i
13 . [.
~~
y .5
> Q 3
g ...........aggga g'SSSSSESSSSSSSSSS i " II@$$8@!!!I!I!II.
--~~m.,
N 1
. 1 f W-
.g-y-
- g. .
t a g.. lw
,r -
- z. - ;
I . g;' 4!.!.!.!.!_.!_.!.!.,!_!.!.!.!. it -- ~ E .g: 999999 $I9998?99 9 a al 5 E* Eta- E.
~g s .
y- g g .s~ 4 4.: 4 4.: 4 4 4.: .:.: J J d d 4 5a+ 1=I ~999989999555559 s um
.a
, .x 3 ..,.gg gggg*gmaag -
n.s . ,. _. . . m . _ 9
, .= g
- . .. ----. ~ -
8 *
- s. 999999999995v99 ?
;! x e..I . _. l.I.*s.a=l.3~ 3.*~ Ei.y
-e_ a s. e - .
~ El. 5I*.-~~~a ..~
a s. g . _ ......i.......... .
- 1-5 g-i , 11 illillissilisist i 8- -
1 sussssssssssssss s
.s. 9. -
E# l lHiiiiEQQQiRRRRiij --~~__
.. . s
.l
#4 --
.s
~
II sg$.5.E.!.8B.R.B.E.I.R.IRf
.. aaaaaf f
;. seeeeeeeeeeeeees g IE E E Q H.B,74 H E R I RI E i
[ -
- - ~ ~ _ . ,
A.Q 9 1320394554433734 1110101111111011 5 1 0 0
+ +++++++++++++ - -
EEEEEEEEEEEEEEEE
+
E E 70 1010699212407498 9 G 8940134913677568 8 A ) 8 7360502550270248 5 P 4 J 2130242336571181 8 ( 7 T . 9 1220304554543911 5
/ E 1110111111111000 1 3 M I -0, + ++++++++++++++ - +
1
/ T 3 EEEEEEEEEEEEEEEE E 4
8 60 5590270042107536 0 T 7760580870232929 5 A 4 2360132608206253 1 2 7 S 1610121135145713 _
- R E
) T 7 L 0210213454543197 1110111111111100 5
1 9 9 I F 0 0
+ +++++++++++++++ +
EEEEEEEEEEEEEEEE E 1 6
- T 50 6240026131047871 9 n S 7980759428375363 a U 8 5230216517001947 3 -
J A
- N 2130213313146137 3 .
2 X _ 2 T 4 T 9100112344433110 1 N 011011111" 111111 2 E 0 + +++++++++++++++ + EEEEEEEEEEEEEEEE E M 0 2 1 N 40 6690558143139332 6 I 6010504581094698 5 a A 2 5340897376832905 4 r T 2130124311171371 6 1 t N _ c O _
. e p C t
e S E 8000012233332110 4 R H 0110111111111111 1 ( e T 0 0
+ +*+++++++++++++
EEEEEEEEEEEEEEEE
+ E
- m N 30 54006319731 04569 0 a I 8330695763301352 8
) G 1 6900854670853485 2 _
H ) 2 C d C 7310411957524261 E n a E S T _ N y
/
8090001233322019 3 E V 0100111111111110 1
/ t E _
A i M 0 + +++++++++++++++ + EEEEEEEEEEEEEEEE E P v ( 0 8340730847036817 8 Y i 25 N t S 6110440679042371 1 0 c E 1190291663753935 _
- A T 2120154212171937 7 A -
S R 3 R N E O
, S 0000000000000000 0 0
s A 0000000000000000 I T F E 0 0
+ ++++++ +++++++++ +
EEEEEEEEEEEEEEEE E A C L 0000000000000000 0 U D E 10 0 L R 0000000000000000 0 A 0 0000000000000000 _ V 3 Y 0 E P G 0000000000000000 R R L C E A N C I E ================ = _ I G f D EEEEEEEEEEEEEEEE TTTTTTTTTTTTTTTT E T O f N S L E A R AAAAAAAAAAAAAAAA A O M RRRRRRRRRRRRRRRR R I % ) J ) . . . . . . . . . . . . . . . . . D 0 V L A 9; E J LLLLLLLLLLLLLLLL E R M ( EEEEEEEEEEEEEEEE A ( T RRRRRRRRRRRRRRRR R R C O O S F L E I E F G Y D A R G 0055000000000000 L A O J E R E 0577555550000000 1235822775555500 T C N O E N 0000012358272750 T R E. 112235 E A T t e V U p A P A M G O ) 0050000000000000 2347050500000000 C E G V E 0000113470505000 A A 1122346 ( R M E ( n 2 V
- A E G
O00Oo0O0oOOO00OO T77TT7T7TTTT71TT A T N 0005000000000000 h I A R R 0234705050000000 0 0000011347050500 0 112234
m
,c' 0
1 E G A ) P J ( T T 9
/ E 3 M I
1
/ T 8 T 0
A S R
. E
) T 7 L 9 I 9 F 1
- T n
a S U J A
- W 2 X 2 E -
T. 1320314544528000 5 N 1110121111001000 1 2 E 0' 0
++ +++ - ++++++ - + ++ +E EEEEEEEEEEEEEEEE 1 N 10 1570257508786000 7 I 1 5780307957581000 0 5 a A 4 3630025218342000 5 r T 4 1 t N 7 3140312471433000 5 c O
. e p C t
e S E 1320314554295800 6 R N 1110101111100100 1
+
( n e T - 0 0
++ +++++++++++
EEEEEEEEEEEEEEEE
- + + E
- n N 00 3660919098889500 8 1530937 3
)
M G e I
)
1 0
- 4 5780797324424100 662150000 2 C d C 2 7390635914321500 1 E n a
E S T N y
/
1320344554308900 6 E V 1110101111110000 1 t E
/
A i M 0 ++ +++++++++++ EEEEEEEEEEEEEEEE
- ++ + E P v (
90 0 9540709766057900 5 Y i N t S 6390178063590800 5 c E 8 8490222861404300 1
- A T 6 A 1 6380655814221900 1 8 R S R N E 1320374554421100 5 O , S s A 1110101111111000 1 I
T F E 0 0
+ +++++++++++++++ +
EEEEEEEEEEEEEEEE E A C L 80 1140470698467500 1 U D E 5 L R 2170449411510000 8 A 0 6 0550568436525400 V 3 Y 9 9 E P G 5260453624111100 R R L C E N A C I E = = = = - = = = == = = = = = = = I G f D s EEEEEEEEEEEEEEEE TTTTTTTTTTTTTTTT E T O f N L E A t u AAAAAAAAAAAAAAAA A 0 RRRRRRRRRRRRRRRR R 1 1 ) J )l - . ' . . . . . . . . . . . . . . . 0 0 V . L A 9; E J LLLLLLLLLLLLLLLL R M ( ( EEEEEEEEEEEEEEEE RRRRRRRRRRRRRRRR E R A T R C O O S F L E I E F G Y D A R G 0055000000000000 0577555550000000 L A O J E R C N E 1235822775555500 T O E N 0000012358272750 T R E. 112235 E A T t s V U f A P A M G O ) 0050000000000000 2347050500000000 C E G V 0000113470505000 A A E 1122346 ( R M E ( 2- V A E G OoOOoOOooOOOO0O0 TTTTTTTTTTTTT7T7 A T N 4 I A 0005000000000000 0234705050000000 R R O 0000011347050500 - D 1 12234
. j:< '
S 02256666644 5 RD 00000000000 0 I AL
+ + *+++++++* +
EEEEEEEEEEE E 1 W) 02253E16E89 8 1 ARD 01319025885 1 _ TTA 08710502135 9 ENR 2 E BI( 01311345536 G _ A P 7 9 E 02233332221
/ RT) 00000000000 + +
3 1
/
arm/ 01EEM25255317 IA
+++++++++EE EEEEEE 8 AED 01502386505 0 TSA 08931039789 EOR BD( 05812218532
) -
7 E 9 S _ 9 RO 01123333333 4 1 ID 00000000000 0
- A L ++ +++++++++ +
EEEEEEEEEEE E 1 0 n 05950754671 4 + _ e 4V) 1 06680971898 7 E J
- 8 TARD f 09851632926 1 6 2 ANR 7 2 GI( 03822445436 3 2 3
2 .
= -
1
) RE 02222221110 )
5 e S IT) 00000000000 r E S AAR RN
++ +++++++++
EEEEEEEEEEE S R 1 t c O 4I / 03366888739 E
. e D 9 ED 07154625442 T
( p f SA 03195346579 E _ e S L AOR M _ A GD( 01223218532 ( R ( a V S R U
- m a
E T I -
) G N E D )
M I S - A C E d n N O D 06456777778 00000000000 8 0 R s t I T a T D ++++ + + + + + + + + F o N I IL EEEEEEEEEEE E O l E y U OV) 09272062871 0 C -
/ t ( RRM 05036668658 5 E A i T YTE 03763222930 2 M L S _
P v N S NNR U A R - Y i E T TI ( 03935235541 3 L C O N t M L O I T c N U V R C
- A I S E A A E L N F 8 T R A P S R N C S N N O F E 05556665554 I I O O , C O T) 00000000000 R V I I s DAR + + ++ + + + + + + + E E S T F Y Y IRN EEEEEEEEEEE M N R A C R R O / 04953797657 P ( E REM S V U
L A D 0 A D N A M M YSE NOR 03569558277 0237 1426011 I M E Y R N O C V 3 O U TD( 01261119756 M T E E P C S E R E M L C S E O S A I T E O S C N I G D E
, I N C I
G f 00001100001 I I 0 N O f S EE 00000000000 F P 3 A L E E NT) ++ ++++++++ - EEEEEEEEEEE N 2 P
- H C
O S RN3 O R I 1 O 0EM 00896484280 N C P D 0 D 0C/ 01808080169 A 9; RNI 08010259599 O D O I E R O I OC R E T A N AC( 01351196421 E S D E S A Z A E H R C S S T Y O O E A N F L Y M T B N A T E F I I N O D A V T E E O O J I O5555555554 N R D T M O U E C R T C A EY) NTS RI E H+000000000 B0
+ + + + + + + + +
EEEEEEEEEEE O R P M S O A S R O E D 0VI 03416293251 F O P B I T I 9I R 03768658287 C X R D RTU 03279800314 L E E P U A ICC A N R P O N U E M R AA( 01237875321 T O I O S R O T T I O A C E A T P N E I A X S A R V D I E E ( O ) D
~
O SFL 01 000111222 I A T 2 R ROA 00000000000 T R A D A I M V + - + + + + + + + + + A R I R A A (DR EEEEEEEEEEE L A O T NE 00000000000 U t o A R E EET 00000000004 M p T Y S I R M N 00000486644 U A E H O 0 I TI C G B T D 0 TA 05128249127
S 02234445555 RD 00000000000 I + + + ++++++++ A .' EEETEEEEEEE 024I05?4328 A E) 2 1 B 014?6680261 T E A 08542774929 MC( NR I
.E 01511481122 G
A P 7 9 E 02255332221
/ RT) 00600000000
+++ +++++++
3 1
/
IA ARM / EEEE+EEEEEEE 01?25255317 AES 015 8 0 T0A E0R B0( 089.02386503 31039789 05812218532 -
~
)
7 E 9 S 9 RO 01223344444 1 I D 00000000000
- A . + + + ++++++++ 1 n
a
- EEEEEEEEEEE 05165278664 0
+
J 4E) 1 5 D 06869957707 E 2
- fMA A
GC( I R 09284116151 03132711223 6 7 2 2 . 3
- 2 *
) * * .
1 S = *
- _
E RE 02222221110 ) 5 e S I T) 00000000000 *
- r O AAR ++ + ++++++++ S
- 1 t D RN EEEEEEEEEEE R c h / 03366888739 E *
. e E t eED 07154625442 T *
- t p V SA 03195346579 E
- R e S I T
MOR GD( 01223218532 M ( ( a n A S
- n A U -
. e M I E
) G t E D S S M C S A ) A I C d O 04556778S86 R D C S E n N D 00000000000 U Y T a T O + + + ++++++++ F O S L A
N I I . EEEEEEEEEEE O L I - E y W OE) 09646519400 C H N -
/ t (. R t M 05045413375 E T A A i T Yp E 03398811712 M L S P v N S NUR U A R F F Y i E T TC( 03145261123 L C O O O N t M L O I T c N U V R C D D
- A I S E A N N A E L M F E E S T R A P S R N C S N N
O , O C F O E T) 055566' 00000000000 65554 I R I M O I I s DAR + + * ++++++++ E H E N S *
- T F Y Y I RN EEEEEEEEEEE R *
- A C R R O / 04953797657 P ( E
- U D A A REM 02379558277 S V *
- L D t c SE 03561426011 I Y N *
- A V
E 3 0 P N O C A I S TD( OR 01241119756 M E M T E R O C R E M E *
- L C S E O S *
- A I T E O S *
- C N I G D E
- I , I N G
- G f 00001100001 I I 0 N
- O f S ER 0C000000000 F P 3 A
- L E E NT) ++++++++++ - -
P
- H C
O S RN3 EEEEEEEEFEE N 2 I % O 0EM 00894484288 O R D 0 D 9C/ 01808080169 N C P A 9 RNl 08010259599 D O I E R ; D I OC E T A N AC( 01351196421 S D E S R C A A E H O O S S T Y F L Y A N T T B N A E F I N O D A V E E O O J I 05555555554 N R D T C T EY) 00000000000 O U E C NTS + + + ++++++++ P M S O S A R O R A RI E EEEEEEEEEEE E D 0VI 0341 4293251 O P B I T I 8I R 03768658287 C X R U D RTU 03279800314 E E P P A I CC N R M ' R AA( 01237875321 O N U E O I O S R C E T I O A N A T P A R I A X S ( 0 ) D I E E 9 S 01000111222 A D T - 2 R R 00000000000 R A D A
- I H + - + ++++++++ R I R .
A A ( EEEEEEEEEEE A O - T 00000000000 t s A R E I E 00000000804 f T Y S R M 00000486644 A E H O O I G B T D D T 05128249127 m
m 4 E E S D A O 2 C C - R A N E T U T I R U R , P O R M D s O r u C P M O C
l l l l I l
. ..: 0 t;
I
- h'.
.g
.- i"* .555
. : na-
* . :.. "8
. M"".
- d"E; -
...... ing j an 'A m,
.... Sa .. -
*9
........-- ..* *:. 'EnE . 2 "B"u8 3 2 tt4 g ,A d 2 C. 444
, : :." : : :::: o
- :::- 5 :::
. g l :...... .
. E jj:
- .....:: :.--. lln:
! .- : !=
,ggl" ! s:ln i
. -~~ B:E
- .....: . :.. . . . . lll"8 Iaa l
1 L:
i~i-et I a ( ', s
. fy [
T* .g_ g.
. .R 6' 3 SS . 2 4,' ; x.
. 4 " .*
4
.N . et W 'Ng- .
e . O O m X N 4"* .'t m O .4
- 44 6
M' . . m
.. . ? 2 '
?
3'
$ NE'N 9 3.
s n. 91a
.no 9a =*: r.
1' n e4
- 2 -' o
-6 ig ,
U B"a .a8n a ad . did .1 JR ;
' A .n A*2-' 4 a
' 3 3 -
?
G m t"am. C;
- m. .
o e. e a 8 # m 4 x~ *
*.99 *'*g a9 a N' .4 O' OOO O N. . M O
. . m 'a .- -. I O g 5 : 4 C -:- - 'o. a U- S o a
9.***
. g _ .' g amom af a: 9 o e o
'M i .m-ne s .m e .
O.
. . O. O. O.
G .
*2. 8- 88 E
- s : -.a n -' . . g . 3. 2.
. * -9 ,:
.. n . .
o. g , o . sow -m r n a m. -
- g. . g. n . .4 a
. a m . P=. baO c- m e. . ou .. o a .
l- 'A 6 8 8 8 9 4 '! 8 8 g ** "4 0 9 2 9
.: 4:22'**23- 2 2*S*S*S 2929 l
d.
. .< n n m . . . a .< n m . m r. . . a ,< n e NHHHHHHHNNNNNN
"~
n. Il u l.
p - I S N 1-a: N. i 1
- n. -
e i ~! n !. !. !,
^ ==
; a dd i
_A e 8 8 8
- s t
-I 1.h:
a
, w
, _- .g i
_ a_ ~ 3
'I "
[ y'.I s
*g ,
i . . 6 1 i i 1111.11 1
; , 41'iiiiiq;11111.1i uj iiiiie:
1i-il i i : t i 1
M ~ 00000000000000 Q C0000000000000 5 ++ + + + +++++++++ a 4 $ . 00000000000000 4 g m U .10000000000000 I 2 JJJJJAJJAAAAAA l E a M
??????????????
MMMMMMMMMMMMMM lg k N ONNNHMHNHMNHHH h m Obbbbbbbbbbbbb d i H NNHHHHMWHNHHHN '
% > O.m. m.m* m* m.m.m. m. m* m = m.m. m* b 00000000000000 m M HMMMMMMMMMMMMM HN ++++++++++++++
O w MMMMMMMMMMMMMM bNNNNNNNNNNNNN MMMMMMMMMMMMMM e M M *999999999999a Nw
. . w. <w.< .
6 m a 1 6
. 00000000000000 M M C0000000000000 8 6 00000000000000 M M 00000000000000 h h ++++++++++++++ 4 4 + +++++++++++++
s MMMMMMMMMMMMMM h M MMMMMMMMMMMMMM N
- HM 00000000000000 => 0000000000000O N b 00000000000000 g* 00000000000000 E
N C0000000000000 QE HHHHHHHNNHHHHH N. M H g H = ggggWggWWwgggW C0000000000000 U 00000000000000 b 00000000000000
. M- e a e 1 1 e e e 6 6 e ie e M + +++++++++++++
H a MMMMMMMMMMMMMM w MMMMMMMMMMMMMM w k M hhk k kkh 00000000$$$$O$ 00000000000000 Mw W 9 9 9 9 9 9 9 9. W. W. W. W. W. I N MMMMMMMMMMMMMM g NHHHHHHMNHHHHH
^
8 h 2 5 M MMMMMMMMMMMMMM C0000000000000 N X 00000000000000 00000000000000 N O N 6 e 1 e e a e i e 6 e e e a M - 4 +++++++++++'+++ 4 e U MMMMMMMMMMMMMM 4 M MMMMMMMMMMMMMM h p H M a 00000000000000 WWWWWWMMMwwwmm hab 00000000000000 w MM
- 00000000000000 3 C 40 4 m. m. m.m. m. m. O.O. O. N. H. H. N. N. g L. O. 0 0 0 0 0 0 0 0 0 0 0 0 h MMMMMMMMMNNNHH E 1 N HHHHHHHHMNNHHH 1 m '
N H m H Q h l Uh e NN p% MMMMMMMMMMMMMM C0000000000000 b NNNHHHHHHHWNNH 00000000000000 N MQ . e e e t 6 I e 6 9 e e e a e M ++++ + +++++++++ IO hH MMMMMMMMMMMMMP MMMMMMMMMMMMMM
=
t O0000000000000 00000000000000 WWWWWWMMMW99mm 00000000000000
% MMMMMMMMMNNNNN bbbbbbbbbbbbbb W
H N. M HOOOOONNNHWHNN HOOOOONMMHHHNN i C0000000000000 00000000000000 a +++++++++++++ e +++++++++++++ MMMMMMMMMMMMMM MMMMMMMMMMMMMM B OOOOOOOOOOOONW OOOOOOOOOOOONW 4 O. O. m. O. O. O. N. 9 9 9 0. W. h. 9 g O. O. m. O. O4 O. N. e. w. W. O.W. h. w. 3 NHHNmSMHNMWOMb 1NHWNmSHHNMWAMb w OHOOOOOdHMHMNN
- ONOOOOOWNHMHNN 00000000000000 00000000000000
+ 1 ++++++++++++ + t + + + +++++++++
H MMMMMMMMMMMMMM N MMMMMMMMMMMMMM I OOOOOOOOOOOOON OOOOOOOOOOOOON
. . . . . . . . . e . e . . . . . .
O N H M N o .e NNNMWem ONNNNm HMNMWmM b' A k. m
rm ,. , 1 a 7; x , w
.},
y . 1 lg' ~ ~ j .Jl
- E: s
- C 24 L .O
.-p.
13 '
.III IIIII IIIIIILIIIII!!!!
.l.llll
~.-
Ell ~ c . ... . . . . . ..' l. l. I I. l. E.~'I.
** E.g aE.
g g E.I I l.l. i. l n ; COO O 0 O O O O O O : O O M O O O O O n O O w C O O. .; ;g
'd SOg8
.; z O .
.[:-
LII
';llllkS$l --lllllI!.!((I!!!ElifII I!$IIIk ?I!k !!?!!?!*!
... ....... . ..., ?.****".*** ~g
' m- OOO .OOOOOOOO ' 9MWOOO WNMNgNWOO
'8; .R 1
' y; :
-l l l
.j - ggg--
Igg g.....- g .-aO--OO-
- 1. .. sees. vette. vte:viese n;-
g-- .s:: ..inggIsesg:s: nun san lo: . . . :- as:gasss: Onass: O m-a-ses sesgasse ssssas sesssssse , , gggg
;u 3 5RAA3dArc-
.g-gg 03 0
.--- : :::::: =33--** :::::::: a
.g 8 IIIL:::::::: IIIIII :NNNRRRRRR E' E'
- ^:s '-: --- - :: .=::::: ::::::::: g g l: ;. . g
- EEHH
- g: :::
g n AAAR 2:20
; man nann kll <
.l l
n, l ll- , L. l:
m
-n *
.. n O ??goomen no+????????-?
o8 !!!g5MMMMEM M' 2*^ 'A :" 228080E0808 N AdddddAJJdd 4
.ro Omma.no w .
- p. O ??????????? ? '
8 r8 M55555NME!! 5
? 4 38888028088 8 S dadiddaiAAd A O
n w8 MMME!!!5555 -5
'A i. 20088PE8G08 0-a p.
-AAAddiAAAid A A- t O 8 8 0 8 +8 8.T" 2. . 3 8 a.
$ .8 M5M555M5MME- M
.- A
- 88820808 N
- idddddd4 Add A menconnnnno a a O ??????????? ?
'2 .
2
.8- M5555M55555 5 2 A DEG8888*Q58 0
) j adsddd444Ad A
. mm.comunnno -
5 . 8- o ???????????,? o 5M555555555 # D 'O~m8- J MR 8825 E28 0' .
< aAddddadidd A i 8,
% O.000000000 O
" 3 O k i na .!!!!!"!!!!! ! I
-l--
~ -
88888!88888 8 l
' ddddddddddd d l l 5 88888888888 8 I
i I ~$ $$$$$$$$$$$ $ !
's- g.
- 88888888888 8 8- -
y ddddddddddd d
' Ng -
i- Um m.m ownm.m. N N
. 4 MmRMMMMMMHH
$ 'R,U~
N h
e' a I i 1
< , I i.
l 1
.W t
~
E.
'k
.g
.- 3 w.
COOOOwCNOMO w 6 O
~*
H
.8 H
5555"555555 OOOOS.ONO-O 5.
- g. :P. a9*9*=a9aaa OOOOOWOHOHO a
W I
.O $$$$$9$$$$$ 9 N
i
.8 "4
sagss# 8808888P888 Mnen 5 3 6 m 4 ddddd444 dad 4 ; 4 E t a 2 :88888:8:88 8 l 1 mi ' iissiikkiss i i 1 WOOOOO MmO i
- n' ididdiddJAd d 1 5' 8 l OWOOOmmMN90 N O
2h 2 H
. N8 H
- M5558MMMMME - 'M5 wmOOOmemeOO a a
- 9 a e 9 9 5 ". 9
- E e e 8 .
N HO OON'Ne MHO H i m .N emOOOmWNwmo N
$ 1 5 O. ??????????? ?
W u O o H8 H
- 5555gM5MMMM ePOO HemWOO 5N I
~
M e e e e 1 MMOOOOHHWHO M
'h N WWOOOMmNOMO N-U b O Y 08 MNEM55M5M58 "a"
.m.l *
-#2888822808 0 l'
' idddddiadid d.
! . .CO,.N.NO N -
s
- l. O ??????*???? ? I g
4 a8
- s
!!!I!!!,!!!!
enseen. nne e
.5000. ..-O Is.
L. I g gM "-
---..-Nn...
H HHvwMMHH a
'N. N .g i 1
d' g i ! i 4 t f l' , i l i L .. l
'[
l i. t l
.ONHWMWMMwdOONMmb w O
n8 55MEMMM25555M525 2 4 0002:2A:0:220:20 2 said44AAJJ4AdAA4 d i% HNHOHWMNWNNNHHMM 9' O k - k ' W8 EM5MMM5NMSREMUM5 5 e- W 02#*BER 30:2RSS: E
- Jaid4AddAddAdidA &
3
'M WNNwNNew mWWWNMH W 2
? l. M8 O ???????????????? ?
- 55555sM555Mn5: 5 5 g 4 20N:2 3:5R:X 303 2 244W4A;;4;aaag;4 s 2
N MNNMNMWWemmewMMd W N O . 4 g WS M555555MERMM55"! ! I W M 4 *:02:203282:2080 : A g didadAAAdi4AJAid J NMNNNMWWWWOmmMgN W O
- a. e 8. . mM555:
...-.M.-W.M. 5 5 5 = M m M. 5NN5 5 m 8 wwe ... wwwms N ,
t. M M NMNONWmWWWWWWWmM b e O NR MMMM5M"MM52R5MM5 M E
' j '
RXS8Aa3 03:*R8P0 0 4W44444444444444 W e 0 8 0000000000000000 O O M 8 !!!!!E!!!!!55555 5O IO . g
,. 8 0000000000000000
.sssssssssssssss, 2 0000000000000000 O
_ y _ Ia - Ia ll1llll111111111i l . M 'n - -
~
ANN 0lll as M MM a$saa R MMM M a i H. n 00Wm000000000000 V Mm. k O
*M9a*,a"*,"".a"*9
- HMNNMW I
N I% ~ C0M0000000000000
. 2 3 3. E.2 0 2 0.E.3 ;;;,44 283888 j R22222R822222222 000mO00000000000 l
8 0 0 3. E. 3 0 8 0.E.j;ggg 838388 l t
F p.- l-t. ! s' O , . 8..2.8.**?.50..088888
? ++++ .
l -
.8' Eg5I: 55555555
- l- ' A = 85::208t"l"55'U. 88 m.
- i. R .AidiadadAididdio i 2
2
- :..+8I88:a8'E.88888
++,?+d +++++ + 8 l ,2
. mI- Eg58553255M55558 N
, *i* -an2828 M:3288888 l g. 4444444444444444 W i - NMOOOONHWNMgCOOg H 8 N ???????????+???+ ?
? 5.8: 5MR555555555
=2:808* R=R8g!Eg 2 1-ai* .88.
.7 is4dsiAAJ4Addidd i a 2828"228
+++? ::::: 8 ..
+.......
1 E-A . HM5555555555M5#5 5 J. A:
$i a d 82:8ES:88:3:82*8 2 AJAiAAAAsiAA4AAi i y
k..8 g YE5!!9E$~.,i99999 E 5 l
- s ;
x8eIm35xe5555nn5 8: :::::::8:83: : 8 k iAddAAJJAAAi4A4s A 5
.i o $55YE935kI9YY999 E ~
'I .8 5 5 =
4 55g5g5g:55MMEMEMM
- es. :::::::: :
AAAiAAAAdiAAAdda J
" . O-I '
8 '8:22 Aai $2 282:358
'$ * - 2:2gjg=2.j:g
.a :::esj
. . a a444 -G 8
*aaa".taa**a199*9.a enemmenn..<aanan g e
! ~g l i :
Ia
.n -
l11111llllllllll1 3 5 E 1999999916969999 i !
.I -. l - l-
.l 4 l -l88::::::8888888
=
- : 8 8 0. . :. :. :. :,:. : 2 8aaa,l l
h-22:2828288888888
****11a*".*****99 E
ennum . N
.j 222222222R22R22R W
R [I 822 R82828888888
*****11a******9* .
HHNNMW
s. a l 8 i 7t
- e i
_ s. JL I i j! u g- . 9 d 5 J. _ d' kU 8 B t E 2 . 1 t l-i .
.. t 5
=
l E - 88882880RMX88888 8 H H :: isiliisissiliiiii i ' g I : r n-nexessnn.essess ew-nwnomono. wooooo s i- 'y _ ! l: I a 11111ll111111111 i
- I
.l i
l$
' E NNNNNNNNNNNNNNNN N 2
l l820:3228888888aa 8 8 8 8 8.:. :. a. . 8., n e,n n ,8, g 4 l
.6-
* 'h 0.!!!!Nk0.0.5.kkk5.5.5 g --non..
N g l RRRRRRR'RRRRRRRRR
- u. 5 822:383838888888 a.9 a a
- 1 1 a
- t a. 9 9 9 9 "
.8- . .
--nan I
i l l 2 memOmmn m.morenN m > O
. i.: gM2855MM5MM25522 M*
4 n#2:5 MON 0:235 2
.daddAAAddiaddAdd a m -
% H 'WmmOmePememmeWmM M
.2 O
l.O':
.H .
NRM 5 5M"M55MMEMM EW WS90WNPOMWOhmMPO H .. .. . . . 4 wmHOpenwHMNewwwe w. E -wwmOmweemomme>>m O O ???????????????? ?
? mm MMMgM55M5MEMEMEM 5 E A NO5*22:3:5% 25 N 1
N. . AJAdAAJAAAAAAAA4 A g WWMOmbeememmebbm O N O k k Y 4 . 28555MERERM55555 5 W 4 23 200MME 5:22: 0 A f AAAdAdAAA4AAAAAd a J ..momer.memmenr. O g w O' xM n s.- . MMMERM555M5M55MM WONObSW9NMNMNMa@ MO
- - sWxe-e sss,-n-se s
.5 8 o a-no. rnnm nur- -
ga R 0000000000000000 O 2"' :
* ~
O ???????????????? ?
$ C ,M n
- 5555555555555555 C000000000000000 5O '
,iM sessess9esseses9 s g C000000000000000 O M -
5 0000000000000000 O u o M O O
????????????????
MMMMMMMMMMMMMMMM
? M
- s 888888888888888 99*999s9999 9999 9 i
g l 0000000000000000 O H o 0 E ,,,,,,,,,,,,,,,, , i :- 8 l1111llilllillll1 g %a ,i d i i , i n, f l i u , g ... . . . . . 3
-a n n nn n I a :
M Y' OOM2000000000000 8 I :::::::::::::::
. sessennnes,.,nne -- ..e n
I
$ .t 00m0000000000000
.0000
*********;AAAAaa M O O 000 k aaaaaaaaaaaaaaaa j
000W000000000000 Q OmOO O. O. O. D. O. . . M. ..,.;;;; i I .?
1 1 3540536766219000 7 0000010000000000 0 E 0 + ++++ - +++++ - - + + + + 0 EE5EEEE5EEEEEEEE E G 40 7990591895028000 8 A 1 3120202675029000 7 P 2 2190067872972000 6 7 3 2120281241542000 3 0 ) 9 J ( 9
/ T 3540506777643700 8 5 0000000000000000 0 1 0 ++++++++++++ + - + + +
/
9 M 0 EEEEEEEEEEEEEEEE E I 30 9540697185816000 9 0 T 1 2190577631568800 9 6 0080417700954900 5 T 9 A 6370534761569800 1 S
) R 7 E 3540526787765268 8 9 T 0000000000000022 0 9 L 0 + ++++++++++++ - - - +
1 I 0 E E E E :: E E E E E E E 5 E E E E
- F 20 1130960863518477 7 n 1 6380083128179206 3 a E 0 8490238976566643 2 J R 6
- A 6380615812223425 3 2 .
T 2 M I 3540536887876124 8 0000000000000011 0 2 M 0 ++++++++++++++ - - + 1 U 0 EEEEEEEREEEEEEEE E L 10 9020815059121107 2 O 1 7490643009598039 3 5 V 6 4770779070125402 9
- 3 1 D 7390617136134G12 6 A
. 3 l
e E 3550537888887367 9 R H 0000000000000000 0 ( T 0 ++++++++++++++ - - + 0 EEEEEEEEEEEEEEE3 E
- N 00 7940683788299113 2 I 1 1020676944851840 3
) 4 8900091050116375 2 H n ) 2 C o C 7310761151311261 1 E i E T t S N a /
E l V 3550547888887424 9
/ o E 0000000000000000 0 A s M 0 ++++++++++++++ - - +
P i ( 0 EEEEEEEEEEEEEEEE E Y 90 0820085141562445 5 N n S 315020?822777524 8 i E 8 0000275195510478 7
- m T 1 A 8410711161523113 1 2 R S 1 t
s E O - S 3550547888987411 9 I A 0000000000000000 0 T C E 0 +++++++++++++++ - + A S L 0 EEEEEEEEEEEEEEEE E U T E 80 623082694903C204 6 L . R 6510764171107713 2 A - 2 4210383317019048 8 V Y 1 M m G 8410752192145949 2 g R L / E A i N C I c u E ================ = G D s EEEEEEEEEEEEEEEE E D 2 N TTTTTTTTTTTTTTTT T I C A m AAAAAAAAAAAAAAAA A 0 E RRRRRRRRRRRRRRDR R I ) J D - V ) . . . . . . . . . . . . . . . . . A E J LLLLLLLLLLLLLLLL L R D ( EEEEEEEEEEEEEEEE E B T RRRRRRRRRRRRRRRR R R L O S S F M E I E F G Y D A R G 0055000000000000 L O J E R 0577555550000000 A C N E 1235822775555500 T E N 0000012358272750 O R l E. T E e 112235 T e V U l A P A M G O 0050000000000000 _ C E ) 2347050500000000 - G 0000113470505000 _ A A _ ( R E M ( 1122346 2 V A
- A E G
0o0oO0OOOOOOOOO0 3T7TT7TTTTTTTTT7 T N I A 0005000000000000 R R 0234705050000000 O 0000011347050500 __ D 112234
m 1 f. n I ; a
~
R t
. O n
- n r it 5 1 i.
'?
= -
m 6 a 1r a ;
~
n 5' c
- 5 a i
_g
.e -
C' M t g: n' I: - n.
. !!!!!995!!949999 snessenemssesse: =
i- d4 EROS ::::::::::: g i idsdiidsdAdddddd i g , _ y ................ . i 1 i 11111111111111111 1 i 3 B $199999919999999 i I e3 n n l lt l :::::::::::::::
..........,,aa,,
n l 2:02:28 8888888 4 >-99*9117599*9a*a* E. annnn.w
'N ,
eessennn-tensee* mennne i
I i I l R !YYYYYYYYYYYYYY Y
-:- a 555.5,88888888888 8
- .n ::::::::: =
{ 3[: JAidi444AAAAAAA A
. :g .
.. g I :. :. :. :. :. :. :. :. :. :. :. :. :. :.
L : ..s)EMg5M5g5MNEMMER s8- id4AdAddsidAAdd
- g. g ..
8 :::::::::::::: sejee ..n. eee- ee e - L'
'A .
n I.'gn, r
- a a a *:jjaj
* * *
- e,::j::
. t ".*. . , s,
'"- 'a e
1- 5 g !??????i8?????? I- saamannessman ' g sa ll{ ess :::::::::ns; esswass;;;;;;ss
- a g-g 51 E:
n s
,I !!!8i4??899???? ?
-. sgassemensumsse s- lEl 3 g 8.n:::::::::::: = g8 E a ..
- saaaaaaaaaaassa a g
, .a .
u M. E i ~ 8 ,lg ?!!?8?????????? gl! a 5888 . 88 :58888888 IH a a
.Bl).::5 saeaaaaaaaassas l-g: ->
a' e . E- E
~.
l .'d . s
.- :::::::::::::: e e .:
gA 3
- lg.
El :a g. :e ag. ne e e e :e eeeeeeee
- - n,se 3 8'lg o
1: 3
. n,
.a-..e.nn.s--e.n.-~~~l ---..
.sg I a
. E X 8 9 .% S
,- :::::::::::::: a8 l
" l0gasesjeegiegesegl 3sE 29 8 .- - .
8.55,;;I.5.9959.,5.8.5.%: eo- -- g,p X s 5E - i
.. 1 . -
ga se asassasssas g
- 9g,l
.- j .u.
g ::gg::::::: se8*esen ees n-gas s-a i l l,4 . N w et N . . ed - N M W M-ani
=.
i i i 1. x8 82agaaaaaaaaaaa
" gdx 444444444444444 800 G :082 :::
?gg 2 **91aaaaaaaaaaa O N H e4 H e4 H ed og H e4 et N et H a
M- 8:222:33 28382
- 5d5 eaaaaaaaaaaaaaa
* > 8:8:28:0 88 :::
a R 9*n****a9nnn"** ow.w.nasnessa.s O g8- 802222222222222 k 5 hk 4 N * . 3 Ien,khbkkhhhhhhhh
- O
-s ,~~~~ m -~~
etNNNNNNNNNNNN a
+
M' : a- 8 : 4 E
" 4 : :
J N- 823yE :::::E80 :
- 4 E 25 eaamaaaaaaaaaaa .
~
mi 8:32:280 :::::: - : : E 98'I 999sn9**9"*99a" 2 :. :. { - onna-.newes-wn. g
. M
~
0 h .- 8 880 agatagasaga
- f. ga R e I a E - sassasasssaamaa 88 :::::::::::: a :
n l 3 ,- i s ,e
. s enaa~~n-~~~~ s8W , ,
n -
--~~~~~~~~~~. o o E
' Y" g 8 M 0 0 B i 8388822:22 8888 5 B
g g
!l lEl"l-.!.k.kkkk.k.k.k.!.b.!.!.!.!g!5 8
. e-- -. .e a
s-s- n : : g y .;
- 5 R E 8 :
8 a . 88 28 355588800 t a8 : 8 d M -G8.jaaaaaaaaaaaaa E g A 8 0 8 0 N E R S :: 4 8 Fn a : 3' a a eennse*ne.s-nen e8 i 3 - y g - o n . n - n e. . . . e. a - a g g . g .n E 5 n i 8 5 N
'$ 88 'aa 23 23 288
'gs as;aaaaaa:aaa:eaas -l 0gs 8 l
e 2-- lE8::38::8:::sn8 2 - ennense-snsne-ownwnemmaammu.s - 5g g au9 I s ~ s5= a I" _ l 8a88888aaaaa522 0go E 8 i nE$
~
i5 $$$$$$$$$$$$$$$ 8 X. - seensee-s.,sesn, o n e4 - n in . - e un..mn na
e e _ 1 , E E D S O A C C , A N R S U E I R T L U E R P E M T _ O U _ C P _ M _ O . C _
- f. -
o l.; i l i l i I i e I l i l i i o i m s o A ! w w i E M i e 6 e a we 9 mo v4 m
- 9 oMo %
e
- A ebm we i e M e ,4 H M ce %
g e 1 emz et O e we 1 N ** M e4 eeee HNMN G e e 4 e4 M e % e e = M e4 A e e a es > e .4 e e N en e4 e e eeee
'o on s
- v4 ee ee i
~
o et e4 et nUu e ee eeee g#Q hA e - : ee
.e e
e ta
%d to e e.
e a e 4 e oo ,o 4 ea me j e e e
- e e
e e' es e e M%Oe he S e : nn%eo W It be W *r I
= e e e e X s %, w w a w .a 1' ee e eeoe m 4e c4 es ce o e4 w H MM % 9 WN9 9 1 em m 1 e e o e e e o e e e e e i e e e e e e o e e a e e e I ee##3ee e e
- e e o E e e e o e e e e e e e. e Q e o e a e l e e e o e 4 e e e e e eeeeeee e e D e a e e e e M e W e e e e
- H e e e e og n e e 'e e og t.e ge e e i
4 e ' e oQQ% H e e >e M M j e eeee e M e AA seem ee e e o e e eB.8 e em e> ~. . a. 5em 5 ~ M. ~, e e e-e seeeese E"55 5a> c"3EE
. e . .e ~~~
e un M o e e e e: e e e ft e e e N U 4 ai M Q O O M e. b Deo.MMM so O 2 p 4 as as au
-eeeeeee eeeeeee E U as M o M to to 5
i i l i
T
~-
1 E G A P 9 9
/.
4 1
/
9 0 1 8 9 9 1
- 80 768887 7 n . 9 000000 0 a 8 + + + + + + -
J- 7 EEEEEE E 6 256027 0 2 5 406391 0 2 1 4 375417 1 3 6 2 321111 9 5 1 2 70 9
. 1 8 7
5 6 704385 5 833338 0 1 4 1111 . 3 s R12EER 8 6
. 2 i K XXB 4 9 l 1 s G 60 y 708687 6 O 9 l 0 00000 0 '
( 8 a ++++++ - 7 n EEEEEE E
- 6 A 243252 0 5 5 452653 0 1
) 4 e . 02 00 724924 2 H 3 n . 4 C 2 i 10O 00 121511 2 1 E 1 h .
T 50 S N G 9 E N 8 d
/ I 7 u N M A T 6 o S93374 P S 5 l 99 S23338 0 Y I 4 CY 99 1111 0 N L 3 Y R11EER 4 2 RY 00 K XXB 8 2
- A 1 CY T 40 577576 6 S A 9 r 000000 0 N D 8 o + 4 + + + + -
O 7 f E5EEEE E I T 6 875278 0 T U 5 s 984 94 7 1 A P 4 QY0 00 7890800 0 U N 3 /N 2. ' L I 2 1N0 00 7594180 2 2 A 1 N V 4 30 aO n E 9 m E . 8 u L L 7 a M A I .6 G 5921535 0 C F 5 10 8833381 I 4 2 00 111 4 0 G O 3 2 . 0 00 RRIEER KE X1E0 0 0. 4 17 8 L 1 v O 20 e0 677877 6 I 9 R 000000 0 D 8 + + + + + + - A 7 s EEEEEE E R 6 A RR 4354 59 0 0 5 C00 KB 13049 7 1 T 4 O 00 1743640 50 9 N E 3 L 1 E I 'E 4 2 X Z 00 8461260 02 2 D 1 ; I 10 E303 200 21 4 C 9 T 1 C 8 A~ A 7 R M M 6 P 381556 E R 5 4 U234123523688333370 000 0 0
- 0. 8 5 81 9 E
V 3 2 F000 A000 0 0 0 0KK RRI1E1001111010.60 I 0001009 9 E 1 J111 1 1 11 1 9 S G N E . I NQ 123456789012345678901234 S IE 111111111122222 N LS E C I L ( A S I L E
m ? e
.x .
^
l
.IL m.
..y .
~0 3-ia g ..
- _: :: :: :: ::= _
il 1 a 3R- 444 4. a s 44 44 sas : m g
- = : :: :: ::- :: . s
; : , l s-
. . . .v
- -, ,, n-
.... _a-a :- " ,
t e
.iso i[tg- ,- 8
- i. ??? I? ??J79 ???
=== : :: :=
??? E l
- - ::: 5: :: :: ::= ::: <
; :glgg: Ela, saa g a a ; a a a g a ;- saa g 2 Ei l s :: nm .
- :: :::e !. s n -
.g: a e:sl .1: <4 as e4 444 I :' :' ' = ': > r
- g
- r 5[ 9 -
- 444 -
- :::2 <
< = =, = . u
. . s.= .=. :ts..
<u , -.g- . .
=n=-,
- s E, . . . n. . . na n.. . e. H N.
-g .: - ,:
l- g l :
! !: ig.. -
a i?#s2?lssl????!l 5 g!!! : g g : :: in : :: : i .
- - t- E::: I : : :a : : a: : < = ;= :::: ::: = -
loa-5
-l- .. .: 8sa =a a; aaa- 8 -
y
- g. !
- l s-5= laas i
= :
ll u-l =
- N _
- ::::.: :: :: :::g ::: . :
,l '
n- ._ gi , <sess. 5N2"ll.$g~l.iiiihs"$$,.$$l$$.$-,..- Is ., - l<..-- , . :$,$,$$,I g- ; i sm g. l 8 i
- e. - 1
- i. !" le g 8 it????l? ?? ?? ?? l it???? E
- . 5g 2 -
. .: :: = :
l
==l==...:====
i 9<- 015% : E8 8; Aada 4 :: n- -: :::: = : 44 Aa84a8584 a:-e : aaaa :::: ' 1, .3 UIa d "
\
E , U": E
" g. da"*-**-asta::::::*::::::::::::::: !
l 1 d- ' I l
p 1,, ;. - - -
+#
i a l 1 1: E a-
.- i
't 5
Eo N$* 34
. 4 1
m . au
) '! j
. b
?1 5
^
l t
- g-. g. gg lR g-A g
B
.s
.g]'
55" . g y u- - _g - g 5 B d' U.. - 8 a
!a <l- gsu I =I
- = BH ge: n-
- 5. R
- -3 5 3 M.
- g. ng.
-lgl"lI nell" i i , ia
.g n! n Is
- <g sti. E g"l E l@"a gln-:!s -
g .- e a g 8 :i 8 B o E E g
-t lillslle l
e
--e19 s.nIR -
').'
4
- E.
a L. r a g d L. . -
1 i o:,, g g
] .- e ggy _
l'! ; g!$$9
.. I:::= :
Elg:g!9E8 j do=' 3 ' a 888' 8 :5!"ll8,8 N: : : :
=
I
'g5 E :::::: . '
- l
- g .
. Jag g :.:g: : .:
. 4 I.
2-
- lL - _q y g.
~
ll2! EEE l g:: n. 3I:=:==- :444 E 1.5::.::. :. :2 9 _" k's..
~
1~ i h4 B , .: = = t.l:[::
< a : : : :: l g
3 3
.. ,, a ..
.!! t E:.. ~a -
3 5 .4 E- r.:5::8 J 8. 8 kJ lU l. 0
" lO!a: o . .
E: : : d' " " " E M
- 2 :-
e 9
. 8 W 3:~.
B a i-
** C t.: g :'
B l. .. o: a. g a g g .g
'b $ - De d! o' o o j
e
":E: : : :
a 5 p g E: 2: * = =
.g '*
> h k . ! e o o
-lo a c' W 5 : 5: :
- o :o
.. =. :.e:
'g -
- g. . .
5j: , , ,
!.. 54 I h : h !- ! ! !.
.l.
.,i , .
8 d B 6 E** t-d: a:
": E:
o o o E 4'. 4 W:2: 9 9
- a:
.g #
w -3 e "! o o o
. . .g i: : g : : :
o 5 ll2: 9 9*
, !# ! o o o
'~g' M- NN o 8, 5 l ,<. nn 8:
- o. ,< n .
-d '8 5:
.m U
- W M N 00000OOOOO M M - O000000000 n-
- b > 00000 D. O. O. O. O. O. O. O. O. O. M.,
e a O. O. O. O. O. Me - MMMMMMMMMM 4 H- MMMMMMMMMM 8888888888 25
" WM ==999=9==9 8888888888
- m c.'
9 l55 tt-999999999= MM OOOOOOOOOO M HHHHHHHMMM N NU
% M m UA M-- m .
- a. .
- OOOOOOOOOO 0000000000
.8 O 'N
~
0000000000 44444a4444 I% "'
'0000000000 assaasssia
,b 0000000000 H. g . ' OOOOOOOOOO OOOOOOOOOO OOOOOOOOOO s e . . . . . - . . . . .
OOOOOOOOOO. H MHwHHHHHHH
' N 9- .
H N 0000000000 OOOOOOOOOO e D. g a O000000000 '
> 0000000000 11 W-44444444a4 3 ? asaaaassaa
. 8888888888 5 8888888888 H
ao N N C. 0 0 0 0 0 0 0 0 0 e e 25.W 0. 00000000
- e y ,y.' M w . OOOOOOOOOO M veetce H rerece M H .'A E E'
. aE.
'M OOOOOOOO h5 OOOOOOOOOO
= A M. eOOnOOOOO O0000 00000 m- 'N m. + + + + + + + + + Mg ++++++++++
3 ' %$ Q% .$ 5 5 5 5 5 5 5 5 5I 0000000000 k g 5555555555 C000000000 M U --bU . 9 "e *. ". *e 9 9 9 0000000000 M
.A.
. ". 9 . . e *. *. .9 NHHHHHHMHH 5
b M- wwwwwwwppe' O OOOOOOOOOO
.m m- . . m, 0 0 0 0 0 0 00 e
0 0 - "5-aF 0 00 00 000 00 O O On MMMMMMMMMM 4 H MMMMMMMMMM M % % O000000000 M MMMMMMwnnn ha b. MM 0000000000 00000 00000 e me m m. a. n. n. n. M. N. H. au aM OOOOOOOOOO
- MNNMNNNMmm M MHHHHHHHHH l.'.M ' N' 4
h. g U
- www$wwwbbb M- C000000000
> ~ C0 000 0 0000 kV 000000000O
.- e e e e e i e w g' + + + + + + + + + +
=
Mg HMHwwwHann OOOOOOOOOO
~nw
-* 9 9
- 9 9 9 9 d. 9 NNNNNHHmmm 39*.9*.99.99
-MHMHHHNHMM m
a MOOONNMMMM MOOOMMMMM .4 b U D 'O000000000 4 b OOOOOOO.OOO e + + + + +
.MMMMMMMMMM
+ + + 4 + + + + + + + + +
MMMMMMMMMM O O O O O O O O O O000000000
.'4n '.
00000@O909 _'O OOOOWSWW99 00000005 09 e e e e e e e e e e Oe O e eO O. W. S. We W e oWe W
,M m .mHMGM9mHMb - ..WMMeNwmHMb m
- g .. g l agaaaaaaaa i
l:aaaaaaaaaa O-DO.---__ w
.-- B-M OOOOOOOOOO
+ e + + + + + + + +
E H O-OOO---__ 0 0000 00000
+ e + + + + + + ++
N MMMMMMMMMM k MMMMMMMMMM DOOOOOOOOO 0000000000
. OOOOOOOOSO. 00000000S0 e e e . e e e e e e . e . .
- OmwMenemHN OmwnenemNn H
l l 4 j .. I l I-i i i w m 6 w N m MMee o c o o ocou ocoo ocoo como ocoo oooo o oooo oooo oooo ocoa 'oooo oooo oooo cooQ
= ++++ + +++'++++ ++++ + + ++ ++++ + +++ ++++
'M MMMM MMMM MMMM MMMM MMMM- MMMM MMMM MMMH m U oooo oooo oooo oooo ocoo occo ocoo o0 00 e w bmma oooo ocou oooo ooco ocoo oooo ocoo I m wome coco ocoo ooco. oooo oooo ocoo oooo I e
i l- N o. we ne N. o. o. o. oe o. o. o. o. o. o. o. o. oe o. o. o. o. o. o. o. o. o. o. oe o. c o. o. e i l
< e NNHH oooo oooo ocoo ocoo ocoo oooo ocop l C .
e t' i l % 1 a N N .- NNNN MMMM MMMM MMMM MMMM MMMM MMMM MMMM t i . N. 1- a
$ mmbe N
wwee NN womo ONNN MwMe 2 webe memo NNng j l [ o m. .N , MMMM MMMM MMMw wwww wwww wwwe MMMe wwww l N NNNN NN N NNNN NNMM MMM M NMMM N N NN NN i . N - N e NNNE DD 8 2225 d555 552: 2EEE R..E E555 _M
'e 8 4 N
.m M ,
M 1 l 0000 0000 0000 000o ocoo oowd poem > mew ' l '% oooo oooo oooo oooo oooo oooo oooo oooo l p = ++++ ++++ ++++ ++++ + +++ ++++ + +++ + +++ 0 M MMMM 'MMMM MMMM MMMM MMMM MMMM MMMM MMMM* H u oooo oooo ocoo ocoo ocoo oooo ocoo oooo oooo ooou oooo owmm ocoo oooo N U M *. mMww mNon 4 = ocuo como oooo .oooo oooo omoo wnww emMw E y 0 o. c. o. o. c. o. m. o. o. c. o. o. o. c. o. o. o. c. o. o. o. n. d. e. m. w. m. M. w. o. w. e. g ..c o c o coco ocoo coco oooo ONnw. mHHH wwNm 1 4 u o, o a M
'b-h-
w u MMMM MMMM MMMM MMMM MMMM MnnN NNNN NNNH l . M h Q-l H l U F M i & M i M n M M N N 2 3 3 E E e W mmmM mwMm mwom komm NNNM MeoN MMem wHMM N mamo oooo conn nnnn MMM M MnMM MMM M MMMM l - N M N MNNN NNNN NNNN NNNN HMHN NNNN HMNN U w >
=
'D k NN !NNN NNS$ NNNN NNNN N NNN e
M 1 O = M
' ; ~
i y l oowo- oowe ondo oooo oooo ocoo oooo oooo
- , o c o o. oooo oooo ocoo coco oooo oooo oooo j -
M m ++++ ++++ ++++ ++++ + +++ + + + + ++++ ++++ H M MMMM MMMM MMMM MMMM MMMM MMMM MMMM MMMM l a H 'd o w u oooo oceN ocoo dove oooo nnMe ocoo como oooo oooo oooo ocoo oooo oooo' oooo oooo y a copM NoNm ,wMe ooon oooo oooo cooo oooo U D c. o. o. w. b. o. N. W. M. M. b. e. o. c. o. o. o. o. o. o. o. c. o. o. o. o. o. o. o. o. o. o.
. oooo oooo ocoo ocoo occo
, g- oceH Home NMem / E n l l-M B O MMNN nnHN NNNN NMMM MMMM MMMM MMMM MMMM l a. 8 l -E H M. M a w moMe mamm
-=
meem owde meoN noNN x nMen
=
mmon x l g d **** ""*" """" *""" ""** **** **** **** g R 8855 5555'5555 5E32 !!an R*** **nn RERE m i M M 1 l 1 M J
7 r 4 a.
,.p-
). ' 44 1
' m' m r
%- '. = .
-p .. O O O O OOOO OOOO .0000 0000 0000 OOOO 000 w 'M m OOOO- OOOO OOOO OOOO . OOOO OOOO OOOO 000
++++ + + + + + + + ' + + +++ + + + + + + +
m O' De M +++ MMMM
. OOOO
+ . .+ MMMM+ + + . MMMM' OOOO - OOOO MMMM OOOO MMMM 0000 MMMM -
0000 MMMM OOOO MMM OOO OOOO OOOO joOOO- - OOOO OOOO OOOO OOOO 000 MU '. OOOO OOOO 9000 0000 0009 000
. w e e e e e e e e Oo Oe O O. O. O Oe Oe e e e e e e e e e e e e e e
OOOO SOOO . OOOO OOOO 9000 'OOOO OOOO C00 m. m
'w 1
- e. .
I: e & OOOO OOOO
++++
9000 OOOO
+ + + +
-OOOO OOOO
++++
OOOO OOOO 0000 OOOO
+ + + +. ++++
0000
.OOOO 0000 0000
+ + + +
000 OOO
+ + +
i a
's N
- M b =.H MMMM OOOO MMMM. MMMM OOOO 0000
+ + + + . MMMM MMMM:
0000 0000 ' 0000 MMMM MMMM 000O MMM 900 w , e w U. OOOO OOOO OOOO OOOO C000 OOOO 9000 is O O O O O O '! OOOO 'OOOO OOOO OOOO . OOOO- OOOO 000 O e e e e, e e e o e e e e e e e e e e e o e e e e e e e e e e e ll
@ OOOO OOOO 9000 . 0000 0000" .0000 0000 000 *
. n. +
,:. k
- g. k e M m a '
OOOO OOOO OOOO 0000 0000 0000 0000 000 e: w . OOOO OOOO OOOO OOOO OOOO DOOO 9000 000 w . .' 'n- . ++++ + + + + + + + + + + + + - + + + + ++++ + + + + + + + .' h
- M m MMMM. MMMM MMMM MMMM- MMMM- MMMM MMMM MMM e- w -k M OOOO OOOO OOOO ' OOOO OOOO OOOO OOOO 000 l
.w : e U OOOO OOOO OOOO OOOO OOOO OOOO O000' OOO s a .
= OOOO OOOO OOOO OOOO- 0000 'O0@@ 0000 000 1 i
.w A R * *
- e e e * * - e e * *
- e e ' e e e e e a e e e a e l
4 . M. OOOO OOOO 'OOOO OOOO ' OOOO 0000' OOOO 000
, 8
~
w - l I OOOO m OOOO OOOO OOOO 0000' 0000 . 0000 OOOO. OOOO 0000 0000 . 0000' 00.00 0000 OOO 000 l 1"
.M M
- OOOO
++++
MMMM
++++ .+ + + +
MMMM 0000 MMMM. OOOO
++++
MMMM. MMMM 0000
++++
0000
++++
MMMM 0000
+ + + +
MMMM 0000
+ + +
MMM 000
.w' N OOOO OOOO OOOO 9000 OOOO OOOO C000- C OO U : wUt OOOO 0900- 0000' 0000 0000 0000 0000 000 sg .. w e e e e e e e e e e e e e e e e e e e ~ e e e e e e e
] . O000 0000 .0000 'OOOO 0000 0000 O000 000 W
. a O
- I '
~mO.
4
-+ 8888.8888+ + + + + +
8888 8888 8888 + 8888'8888.888 c I- % O HL k H m H MMMM OOOO MMMM OOOO
+ +
MMMM' 0000
+ +
MMNM OOOO MMMM OODO
+
MMMM
+ +
0000 . 00OO MMMM
+ + +
MMM O00'
+ +
M- :
- O OOOO 9000 -OOOO 0000 0000 OOOO 0000 000 i
-. U w- OOOO. OOOO OOOO e e e ' O O. O O Oe O. O. Oe 0000 0000 000 'l
- M3 e e o e e e e e e e e e e e e e e e e e e e l'. i
, M, WH' OOOO OOOO- OOOO. 0000 0000 0000 0000 000 ,
n
.H
- a. < GOOO' .OOOO- O O O 'O ' OOOO OOOO DODO OOOO 000 3 OOOO OOOO OOOO OOOO OOOO OOOe 0000 000 1 e + + + + + + + + + + + + + + ++ ++++ ++++ ++++ + + + [
M- > - m MMMM MMMM MMMM MMMM MMMM MMMM MMMM MMM i 9 OOOO OOOO OOOO OOOO OOOO 9000 0000 000 M w U OO09 9000 0000 OOOO 0000 O 900 0000 OOOO 900 4 g . OOOO e e e e ' O Oe O. e O. e e e e 0,0,00 e e Oe Oe O. G. OOOO-e e e C000 e e e e
-000 e e e
.OOOO h -
M OOOO. OOOO 9000 0000 . 0000 0000 000
' m- .
- WWWW WMbb NOOO 'Owme. b>>> 'OOOO hmew Mmes COO 5 t
= OOOO OOOO OOOO OOOO 9000 OOOO 000 )
+++ + + + + +
MMMM , MMMM
+ + + + + e ++ + + + + + + + + + + + + +++ 'j MMMM WM4M MMMM- MMMM MMMM MMM
- < w : OOne nomw enne meem nOOO' e O O o.
Omnw OmWO weno em*W Onon name naen
,mme OOO OOO y
q 1 U Omnw MPMM he W -femm
. h. e S. O O Oe We eO.w m. e. e. n we O. O Oe
-w .e e e e e. e e e e e e e e e n m W e, bwMW mOOO emww nmMn wgwm wNww OOO
, . s :'
2
>-} e' M~ M ~N E .M E 4- w - meme memM mmwe mnem' mmOw nmem Wwem emos em* t eeme meme enme mmme mmam mmmm mmm l
- ww wwww wwww wwww www i M6MM NNMN NNNN MHHH MNNM MM4
~
\
HHHH HNMM \ O MMMM ~ MMMM- : WMMM u MMM MMMM UUm "
~ - O.
+ J M~
3
=
8-O
)
m e- n (' ~,, 9
'.M3 H, 4
r. i 1 i e 1 i' i i m
.(
- ,f_ - :: . -
- ag 444 4
- 3
$ 5- 99.*
9 4 li a3 ??? ? E a t
,. <g-RR
!!! 5
- -ggg-g ,
DE d44 4 g. 1-a p ~ a s s- 4 4 E 2 gi-80 Ass 4
- : o A ~ ***
- a & i
, Em- .... . g 3 g 4 .E ... . A g-o E
0 a.8d- ??? ? 555 5 j n- a n- 1 s a :::. : g8
~'
-g g 444 4 ;
- n g.
a 8
,- ld ... .
??? ? g 3
s s' t - EME es: : 5- !.
'g a g=9 s
8 {=
.444 4 5 n-
- a g ::: =
e ses 4 g o-nl.-n. ::: a
*** - g s
- g. s ... . 3
-3 s .
l g g- j .- ::: =
. g <g- cas -s yl g ..
- ::: =
4 -
. - S ""* 5 n e .
ww. ,j g g l wne 4 g { g E g. sig-
. 4
,i s- l
!. 8 E
5 a 3 8 i
=
, d w l a b I L i
fs f i[ 7 i. ! 4 l .. I -
]
- l. +E l
+
d 1
)
1
,a, l .i i
i- . .- t 4 , ., [e ., r; g-a .e e
- m e e wc o w in en ' en O O O O O O O ., OOOO C en m e . open s e in w wmmm - OOO i ,e
- e. OOOO e a e' e s e a=e - e + + +
O re O O
+ e a e O O O O OOOO e e e e OOOO OOO
' ',_ c-e e a e e e o e, + + +
M9MM r
.m.'
m-e e 8
. "MNNN' O m a m . O e4 e co , eOOO M O w a .9 9 e MMMN .NNNM m.'.> 0O0O0 O , OO9> w en
'weee MMNN en m e m MNMM MewM e w ce ce
- SG M N N .MMN e4 MwwM M o N - OOO OOO l
s e U' O. n. e4 0. . .m. e. w. M. . . . O. S. ,e4. en. m M. o. m. w.
. e -- . .
H. O. M. O. M. M. M. O. . O. O. O. i e4 . , e ce es M g , . M e ce N - MOOO OMM#- ce e4 e4 es eNNM m e4 w w -OOO
...g g, - :
-6 e
? ' O' -
g; * (
= Se 8 '
OOOO O O O Oi OOOO OOOO OOOO OOOO OOOO =0OO
.e M e OOOO. OOOO.
O. O OO
; e ++++ +++ O. O. O. O + O+ O. O. O + O+O +O+ O. O+O + O. O. + + ++ O
+O + O.
2: 1,m'5555 !!!!^5555 !!!! !!!! 5555 EME: !!!'
.,, e4 e
- O e D. -
w 9000 OOSO . 0000- OOOO 0000 OOOO 0000 0000 0000 0000 0000 000
.,.. .O + e.ee O. O. O. O. G. O. . O. . - O. O. O. O. 000
,W 0000 - OOOO . 0000 - -
I, . .,R -ee - OOOO. - - OOOO OOOO - 9000 OOO
.ee- O O .
- s. ..,
M e M. . O. e
,O - e e
. OOOO OOOO.
.OOOO OOOO OOOO OOOO O.OO 9
O O O O -- OOOO OOOO .OOO 000 0000 0000 0000 000 O e ++++ + +++ + + + + .
+ + + + + + + + + +
2 MMMM mMMM Mumm MM MM.M
, -< M. - O n - M MMMM MMMM- MMM
+ e ye OOOO OOOO OOOO OOOO OOOO OOOO OOOO OOO
' e4 O M e U: OOOO OOOO OOOO OOOO OOOO OOOO- OOOO, OOO 6
O ,. O e w
' en.. ,-.-
.3.- + O e . O. O. O. O. f O. O. O. .O. .O. O. O. O. O. O. O. O. O. O. O. O. . O. O. O. O. O. O. O O.
t ' O. O. O. we i 'M OOee OOOO . . OOOO OOOO OOOO OOOO OOOO OOO
,4 m- O ' O. . ee e .
bi e4 O O e' e g, O. og . g e .
.O ,N e ce ce .4 M , -N999 ' 9OOO OwON' MNNN. MMwM 9www' OOO EM' <
- N e es. OOOO OOOO OOOO OOOO OOOO OOOO OOOO OOO
- l. 1w 3'ee M ++++ + + + + . + + + + + e + + + + + + + + + + ++++ ++ +
S. Mc MMMM L MNNM MMMM. MMMM MMMM MMMM MMMM MMM e A ge e -. % t M e M ce 9 m et e ' eOOO OM>M wMeO "Me>w wweo oOO i i
..' *M wMeb' > e e en eOOO OMMw en M W O ' ee en M M ' en e e en OOO s=.--
- m.. A- e U 2
- e. O. O. m. ,- W. O. O. O.
_ . I w. M. M. w. O. O. In. M. O. en. N. 9. ee. O. en. &. M. e4. e. e. W O. Oe O.
's e '.e4 M M en L 9 ce N N MOOO O M 9 ce . e4 M M M s4MeM et ce e P OOO I .c . - -
g O, - -e . . . .
- ~ U '.
M e . SSeW , b W en en ; en O O O O en m e MNbb' ' S P en w w en in in OOO O 4 e m - OOOO. OOOO OOOO ' O e4 O O OOOO- OOOO 'OOOO OOO 6e o e ' e e e e e e e e o + + + + e e e e e e e e e o eL e o e e + + + e' O -
.e .
MMMM MMMM MMMM MMMM MMMM MMMN MMMM MMM
+e O. ' - 8 O&am O e4 e ve eoOO O 6 w an w>ee MN9M e4 et O M - OOO O e M- MOwm^ wOem WOOO . O w ce m . en m e m ' e w M ce MwwM OOO
+
9 ' e w'D m. G. w. M. ' . , m. O. O. O.
'1I - 'O
-N >
'ON, : .-ee o
B O. e. M. O.
,g ce M g - M e ce M - MOOO O. e. W. en.
ONMe . M.esN.H ce m.ceW. e4. O. M. O. M. M. M. O. e N e. M . m ,4 w w O. O. Oe OOO M e O. - . eb Se e OOOO OOOO.OOOO OOOO OOOO .OOOO OOOO OOO OOOO
- ^H e . OOOO OOOO DOOO. OOOO OOOO OOOO OOO lO..
! e- .
+ + + + - - +++ + ++ + + ++++ + + + +. + + + + + + + + + + +
e a ' NMMM. MMMM MMMM MMMM M M M M: MNMM MMMM MMM N. .- 9- M eeOO OOOO OOOO OOOO OOOO OOOO OOOO OOO e U -. OOOO -- O@ OO OOOO OODO O000 'OOOO OOOO OOO
. .- .8 O
- p. . 1 s. -
~ . O. O. O. O. . O. O. O. - O. O. O. O. ' O. O. O. O. _ O. O. O. O. O. O. O. O. O. O. O. O. O. O. O.
;eJ .
; e Oe_OO OOOO OOOO OOOO OOOO OOOO - OOOO OOO j- .
s-e-
.M
. .:.dM
- l 3:33:
+ + + +-
+.+ + . ++ + .
- : : .- + :::
. + ++ + +
'+ : +++
- : +.+ 3:38- . + .
-e a MMMM' MMMN - MMMN MMMN NNMM MMMM MMMM. MMM e M OOOO OOOO- OOOO OOOO OOOO OOOO- OOOO OOO i 1 -
4 U_ w OOOO'OOOO, .OOOO- OOOO OOOO OOOO OOOO OOO
- i e
e O. O. O. O. e. e. 9 0 000.O. e . O. O. D. O. 2000 O. O. O. O. O. O. O. O. O. O. O.
, : , e OODO. 0000 00OO' OODO - ODOO OOOO 09OO DOO
,'f n. . : . , L e v : e e
- e WwWW e4 ce ce M My9w w o o O' OwOM MMNN NNwM OOO <
OOOO-r
'r.
.e e
a e~ M M i. MNNN'
+ + + + ++++ - OOOO-OOOO MMMM ' MMMM ++ + +
OOOO
+ e ++
MNMM OOOO
+ + + +
NNNM OOOO
+ +++
MMMM DOOO
+ + + +
NMMM O. O MMM
+ O+
I .e M e M es , eaae mOOO O es e M wMeo Mepw wwwO OOO i e .. M N , wMe> e e e en >OOO OMcew' -en M w e e4en M N m e e en OOO
,eg :;
'e U
. e. 9. O. m.
I - -.e w :. M. M. w. O. o. O. O. O. O. en. M. O. en. M. e. ve. O. en. m. n. e4. w. e. o. O. O. O.
'N < 1e .
et M M en v e4 M M . MOOO O M w e4 es M M M ce M e M ee H e e OOO l O g.
- ' .+ 'g
'N. Q . - N - E E E E eni s'n > e -
- M.
e3 - .O, O 'M 'M e en' M eeee en eeee in o e - moea, a m O ci N M e'm w ce M M > e e. eeeW . eMMM MMMM MMMM MMMM MMM w O. - e4 e4 e4 e4 ce f4 e4 e4 e4 es et e4 et 94 ce ce ce v4 4 e- M 94
~
MM
.M 'O'
. be *
[- j..
'J
F? I l l 2
- -l- .
- ::= :
.: :l. 444 4 2
b
- '5 9 ':
- 9 3 z _- : moo n -
- g {.- i
-- 44 !: : d" :: 5 5 -- 44A a a l'! .. U
- 8* 4 4 .i .: *9a 4 5 !! b ;
A 48 Ei g. ooo
??? ?
o R"
" 0g . .
1- '$5?:>g 555. 5 3:8 :
=
g
". 3 -ag 8:- dad 4 4 9g- a:
E a 4 : 5 2.
~
4
*]
5
! 8M :
- 55 444 a C'
5-a 4 tg
- .h ::: :"
"19 E
, gg ld.S
--o e 8 E- g
- q s
'U o O l O
h 23 3:2 3 3 i
.. II 5: : fE Asa 4 a 1
. : g~ :: :* 2
. "8 --.gd i
B - l - 't *: *: ' a== A .a- l a E s : 1 1
" ole sis.,s i,i , s i i 8
i-i l:. :::
=
3
! <8 ede d l2 - "f migs a
5 g::
- g-- l la,
- g -
2 n g g : :: = g : o ,- g:,EU l" .,:- ==o o , g s. .
. g : g me. . 2 i
- E: :
=:,gs : :: :-
""E " g
*' :j~u *. 8 - :
. . 444 4 E d
<E 5
.g
- o
.. -an N
e4
,. g a
ia l3geta E. ass B e E i
- 2. .
d e. i a
j' ' ll ! l I
'I' e
l.'
'. g&
W '. i e a M N H
,- gs
-H i .O M
.O .
0000 ' OOOO 0000- COOO ' OO O Q 0000 00
- 5.e . . - O. O. O. O. 0000.- C. 0 0 0 O.
M MMMM - MMMM MMMM MMMM MM M
% % OOOO COOO OOOO OOOO 00 O e OOOO OOOO OOOO OOOO 90 O N 0000 0000 0000 0000 N O -
*
- O. O. O.
w OOOO 'OOOO C000 0000 00 O 6 -
.- MM9M WMme mmmw WmmW OU w w 0 I. - 0000 0000 00
. . O. O. O. O. 0 0. - 0. O. . O.
- m. - e
-W O
M MMMM embe. meew MMMM MMMM' ' MMMM MM M eMnN Mmen OO m H W - WWMS 'e@ be OmMW WON O OO O 1 h'
. M M M Ne Pe M e N. O. M. W. eW . Me N. We W e 9. N. Ge me O. Oe P. J H H w Mmwe Wwww emmH ngmm OO m M
9
.l M hm OOOO OOOO C000 000O CO O l
6 d, Q 0000 0000 OO O M - ++ O O O. O. - O. O + O. O
+ + + + + + + + + + +
M' - O O O O f 4 . OOOO OOOO OOOO OOOO DO O o . 0 0. 0 0 0. 0 0 0 0000.' 0000
- 0. C. O.
]
'l N
hw OOOO 9000 OOOO 0000 'OO O '
-s U-4 M M m OOOO C000 0000 OOOO DO O U- 0000 00 00 ' +00 00 00 O M .J O++O O. O. + + + + + +
e k-O .M O M b MMMM OOOO MMMM OOOO-MMMM 0000 MMMM 0000. -00 MM ' -+MO W. 'N
- OOOO C000 0000 0000 OO O M M .U M
O .O e M 3 em MMw O. O. O. O. 0000 C.0 0000 0 0 .0000 0000 0000 0000 00 CO O. O i j
- ' N Q= n 3 M g .
M 7: . OOOO 0000 OOOO 000 0 C000 0 0 00 OcOO 0 0 0 0 OO O N R , O. O. O. , M MMMM MMMM MMMM MMMM MM M
'_ . - M m M
$N OOOO . 0000 0000 0000 . 00000 0000 OOOO ODO 0000 C000 OO 00' O
O m 1 N 4 O.000
- 0. - 0000 00 M -
e e O. w
.. w OOOO OOOO OOOO 0000' OO O g
Q i t M 4 M 1 m OOOO :OOOO OOOO 0000 OO 'O O 9
. = -. -
- OOOO OOOO 0000 0000 OO O- I 4 MM MMM $ M $ M- MMMM MM M I
- l. m* OOOO C000
~
OOOO 0000 OO OO 0000 0000 0000 OO OO O O
)
\
.= 3 e . . . . . . . . . . . 2 MMw OOOO 9000 . 0000 OOOO CO O i
& I M
o OOOO OOOO OOOO DO O 0 0000 M W M -. O. OOOO MMMM
-.000 O. O. O.MMMM MMMM 00 00
. MMMM O. O.
MM O. M 5 O 8888::::: 3 : 3 8. * ' q ,.k- D 2* .0000 - BR
,wE , O. O. O. O. . O. O. D. O. . O. O.
M ,OOOO 9000, OOOO OOOO -OO.. O M a' .m
-. . . .... ..-. OO m t-E R-.E mm..1111 1111-1011 1111 at "
B 2 i
- 25 stum 5g 8 l O
O $4R MRER 5 Me. M e, m n 5 5 .: ann. mnen OO . g _ w3 g . w , . .- **ms m mn me n OO n M O M M d '. O m OOmm OOOO OOOO C000 00 Q ! e Omen -memm mOOO OOOO OO J M 5 MMmm SNM6 hmmm meOO 00 4 H p - 0000.. O. M. M. M. M. S. N. P. N. e. m. o. O. m. o H .4 NNnm . Um > I I
l 1 -M N h-a m 9 % m 8 8 2 m M OOOO OOOO 0000 0000 00 o e R 0000 OO DO 0000 0000 OO O E M
~ a AAAA 0000 a444 0000 .'0000 aAAA asAA 00.o as a O O O e OOOO OOOO OOOO DO Do OO O N 0000 0000 0000 0000 - 09 M ON * * *
- O.
Dw OOOO OOOO 0000 0000 OO O e
' MMWM WNmm mmme w o m w- OO w 00 00 00 00 00 i M. . O. O. O. O. C. 0 0 0 O. .
a m .. MMMM MMMM MMMM MMMM MM M
- m. '
w M g .N e.me Om
- e meew e.-m m-n- sawn wooo oO m g
M. g 3 l w atan 9 .a nm,n e t. ,t
-Omm.
Mani
.m ~
ta-a n,nm oO
==
OO o n n 5 3 tiM . . 9- hm OOOO 00 00 0000 0000 OO O
= A ' M G MMMM MMMM 'MMMM MMMM MM M m h % 0000 00 00 0o00 0000 00 O H OOOO OOOO OOOO C000 OO o e . . . . . - . . . . .
w OOOO OOOO OOOO OOOO DO O g .. 5 I EM' a W 8888 +
- : : 8888
- : : 88 8 W H M MMMM MMMM MMMM MMMM MM M i O N 0000 0000 00 0 0 000 0 00 O N b. . 0000 0000 0000 0000 OO o M M 0000 0000 0000 0000 09 m a E MR O.
O O MHw OOOO 0000 0000 0000 00 O M %. H M h 7.. OOOO 000 0 0000 - OOOO 00 00 00 00 OOOO 000 0 DO O
.- h. - + + + + ++ ++ + o. O. O.
M m hMMM MMMM MMMM MMMM MM M m H 4M 0000 00 00 0000 Oooo OO O M 0000 0000 0000 0000 00 O N 4 0000 0000 0000 0000 00 O. e H >
.
- OOOO C000 0000 .OOOO OO O e
N- M4 H 0 = b =.OOOO U 00 00 OOOO 0000 OOOO 0000 OOOO 0 000 CO 00 O O N W M + + + + + + + + + ++ + + + + + + M e MMMM MMMM MMMM MMMM MM M
' b % OOOO C000 00o0 0000 00 o
. . <
- 0000 OOOO 0000 000o OO O M
H l MHw 3 0000 OOOO 0000 0000 0000 0000 0000 0000 00 OO O. O N
> 4 1-b OOOO OOOO OOOO OOOO 00 o D- . =O 9000 0000 000 0 0000 00 O h&M ++++ + + + +' + 4 +- ++++ ++ +
b, W W MMMM MMMM MMMM MMMM MM M M 4 OOOO 0000 0000 0o00 OO O
'M .n OOOO OOOO OOOO oOOo oc o 0000 0000
. 3 O. O. O. O. O. O. O. O. O. O. O.
Hw OOOO OOOO OOOO 0000 OO O 4 R m . E mmww owee emme esew OO m m E
.x e -++4w a s. ----
+ + + +
---- +----
+ + + ++++ D+ O.
+
o M M -M M MMMM MMMM MMMM MMMM MM M Q m O 44% emmm womm en-w w o m an OO w p
. O -mmN -mww none mmme Do w g
**95 Maaa 99 9= a 3
~
a g = . * --m- m.9- mm
- aa99 meer 00 N w
O M 4, O m - OOmm OOOO 0000 0000 00-E Ompe mmmm 2000 000 0 00 M M. J 0 .MMme eNNM Mmmm mmOo OO J p - - O. O. O. O. O. . N M. W. S. N. b. N. e. m. o. O. m. O NM NNmm em N
l
'N 5.
ee ' n 5 3 a
- e. A
- 3 O
I 2'
- = =
.!-~ nI-4 -444 s- 4 i ::: = =
n- $l -
*9*
O O 4,3 9 O' 9 O
!lh 0 'III 5 !
n-a e enn a a
- e. : :: =
ai s .BI n~ a .; a a le :
~ E
.i a
sn cl=l's- ??? ?-
=== = U E .-
'g p .gd 2 g.
444 4
- 8 g - 4 g 8 g s c 4 5 0
l- S $$$ $ . - !
, 8
- 0 C h'e 555 5 n 5 l
'N g := :-
add 4-Bg2 E j ga a g b .5g g l $59
*i? ?
o ga:44 g
- 1
,' 8 R 5.e !!! E hS aag
.i n ::: = ,- :* !
6 .. 8 dde d I t .- 0".*. h l l-gd - .O o a- U
.a v- ??? ? ne ,
g f' 2 :555 5 55 . g g gg
.5.
23:
-444 4 N.
g j j
- n -< ge - $ 8 !-- _u. ??* i EB- l men -
l a l4 lRg- 22 444 4 lIgg E , l . g i.iei -! 993 .9
=== =
$2 - g Bn.a l3 2Ig3
- =
-a S
Hgg 8.E i j a l;;s ; g_ ,enn I g. l88 888
~
0 d d E i
l 1 l l i i e e4 Se 1 o
- m 1 '-%e H
m
'U e
m m e4 e W
- a D
e N e4 N. et m.
.. m e.
3 E
- b. - o
. es Ho c4 W +
9 d M M -4 o w o S a m o. M o a J3 M$ j Mo o
% M' -4 o N o 0 0 84 W '
gg. E H % a BC Os M M M oooo ooco oooo oomo oneo oooo oooo ooo N H oaoo o ce o o oooo oouo oooo oooo oooo ooo 4 m 4 + + + ++++ ++++ ++++ ++++ + + + + + + + + + ++ M M M 88 M MMMM MMMM MMMM M M M te MMMM M M tre M MMM OM. oooo- oooo oooo oooo oooo oooo oooo ooo
- 8. . Hg'
- oooo oooo oooo oooo oooo oooo oooo ooo M Fe wa 4o o. o. o. o. o. o. o. o. o. o. o. o. o. o. o. o. o. o. o. o. o. o. o. o. o. o. o. o. o. o. o.
N HQ H oooo oooo ooco oooo oooo oooo oooo ooo
.> e e MM e an n w nmNN Nooo o w w an e an e w wwas mmNN ooo M M MNa oooo oooo oooo o et o o oooo oooo ooo M 44g e e e e e e e e e + + + + e e e e e e e e e e e o o o. o.
e +++ 0 84 Me M 88 M M M M 80 et M ts M M MMMM MMMM M M te M MMMM MMM H - 3 % m e e c4 an > o w wooo owww mooe e e o in eomu ooo te H M epwa m m m an Nooo o e o c4 eoNe e m N e4 in m N re ooo
- b. e. A. M. b. N. e4. e4 e. o. o. o. o. N. in. m. in. p. w. M. in. W. m. et. o. N. o. o. o. o. O.
- WNMm > c4 e4 e eooo oWWN NmoN et M N e4 N in e4 w ooo
; M N
O d d M oooo oooo oooo' oooo oooo oooo oooo oooo oooo oooo oooo oooo eooo oooo ooo ooo
- p. H m + + + + + +++ + + + + ++++ + + + + + + + + + +++ +++
p 4 BI GB M M - te 80 00 SA at M M te MMMM M M GA M M 90 08 M M 88 M M 80 30 M oeoo oeoa oooo oooo oooo oooo oooo ooo 4 oaoo. oooo ooao oeoo aooo oooo oooo ooo M' N *
- o. o. o. o. o. o. o.
N- n 8e o. o. o. o. ' o. o. o. o. o. o. o. o. o. o. o. o. o. o. o. o. o. o. o. o. g M oooo oooo oooo oooo oooo oooo oooo ooo
.g M
90 w in In w in m N m Nooo o M b an In m W an w en m W . M m e4 N ooo O M 04 m- Oooo oooo oooo o e4 o o oooo oooO oooo ooo at -HgM e e e e e e e e e + + + + e e e e e e e e e e e e e e s +++ 0 M 4MN. 10 BA 30 98 30 00 38 bd M 90 30 M 88 BR DE N 40 te M M M af M 88 M 88 M M M RI M M z % v e o e4 wamw naoo awam ee e o e e4 m m H ooo H M o c4 m e omaw oooo o en oo4m .a o a en e e ce o e, w r. a wmow ooo e .o e
- e. e. m. o. w. o. o. o. o. e. p. w w. en. o. an. . o. w. e4. o. m. o. o. o.
o o . . .
+
RI Mnw ' e.N o. re e. e. e4 ee e e4 et n nooo o ee e et an w ee en et N e an N ee es m ooo H o a w o o as
- A E E X X X 4 o H m e in m en an e e eoem e e o ce . re m e an w .X*mm in in > e oee en m e en e eene noen eNmm name mmm mmmm mmm M t e4 e4 e4 e4 e4 e4 e4 m.4 e4 e4 e4 el e4 e4 e4 e4 e4 e4
> A M si M N NNNN at M M in MHHH HHHH H M De et M M te M trh in A I N - De ' MMMM MMMM M M si M to MMM MMMM UUe i n,
t, - 4
. l-
.- p 4
C-
~3
.l 2
g.
?. 4 n.
N A x .:g R-l l0 . J' 1 ga 8- .4 an
~. ...
S 4
^
- 4 0g
} ,.
2 O
-l O' -l=*
.. 8 e B5 u B' 8 it l
-EI 5.
$II III II' ==
I go l_3:= :: : g
- a. 8 - 444 44 ,
H ).
- s. a . en_ ::: :
Ed -- dal 444 4
'6 -
3 . S
~
I_ 0 :"-~:9O
- R "-
2 E^ 23: 3: E B- 444 44-N 20- :: 38
- OOO OO
- GOO GO
~t .,.gM-
$2~ *g' 1: E
<ag ggg .
4 d g- , O
- s=g BI_ As :::a yl n 4
1
-gl
.4
- E jl O
So:
- < ql-
'g g 88 !5 4
L i 2 t I-1
~
. m.
. m-
-% w '.
.. p m .
m m-A H e
?
n H
.W e
j m e .4-. m e WM onNM- WNdd NHM e oooo oooo e M N ooo e H .. '4 =
- e e e e e e e o e o e e t MMMM MMMM MMM e e.
i w coow ewHe enw e e e onee coww num e e e w ONMM 9690 NMm e e
-4 g M e e e e e e e e o e e e e
- d. w omeM Mmwe -e e m
beb 9 e
&. g e. e N -
onnn HMnn nNn H ooon como coo O m 4 = + e * * *
- e e e e s N
O MMMM r MMMM MMM . M oooN ' NMmW nMb M M 4 g -- omos nowp. mwm g H
.6 9""" 9"** 9"" E M omMm nNbm NNN 4 be ., M
( W MnNN NMMw G
'O.~
M H 4 4 at
= ' coco e e i e o0 00 e e
' wWW ooo e e e b
o o b M N M MM unum ummm an MMM mmm Me N-Wnee men- -omMe o.O 2 . " " "e *n m , f *e 9"" "5" lO N
*8w O
ocoo nn nma. oooo nan ooo
- e :e
- i. E 4444
.on.n n 4 ,4 4 4 444
~~.
s e on., n. o- e e 1
.o H w
. Oo. ,a.
oe m. nn. M. . o .. - . .
. a. - .m .e
. e mr A e
e. e e
~
o n f4 n HMMM NNN
- m. N L 0000 oooo com 3 ~- 4444 4444 Onmm .. m 44- .4 o
d w n .nam. - 8. oenM ". 3... anan 0 2.. :..<> 3. - 3. . 3 annn unMM ,,e m - - HHHH oooo e o e e- o o o eo. o. O.0
.~4 e e o
-% 4mR HHNn' NNN
. 4 M
-.mNI . m NwSN n-Am
$$om-e o e e e e e e e e a
. A n9Mn NHMN . M9M N
M .. w n .
- onoo oooo o-~~
ocoo nnn ooo I w- + e + + + + + + + + + 1 mHHH NNNN - HHH
'oooo
.oooo - oooo oooo coo-M ow
-d M
- o . o o. owew e e e e o e e WT 9 e e e h N omen enem Mn>
5 1 _ A # - D E L E D I S _ O T A C A C M R N E & U T R U P P G R M G E O C T _ C - U D P A M Q O C
)-
00 0 C 0 F 0 H 4 E O N
#00O000 N 5 C. EF m NO 0 000 x 0 0 u E T C.
0 0 0 0 N d e TP AG 0 9 .O N 2 9
//
bb 0000C 95 ii s1 lt 0 000 w 8 // 0 0 C eT pp 0 0 rS1 gg 0 0 0 H cE gg cc 0 000#0 N - 9N 4A dde t 0: R eer qqc I 0 0 07T1 0 0 15R 0 0 8:O1 bb/ / s. p 0 0 80F i i c2 3 ll g N 0 0 0 0' 0 N m 6l1 s //g l l c N2l aa-0000 PO i : 1 ccd 0 0 Gl rH e t t ooa N 0 0 0 0 0 Gia- s CVMne M- nul l q 0 0 0 - A ee L i. o. rrp / / / 0 0 0 D uet U ddssm 0000 AGh re J aeuut QDTGR - qq/// 00000 00 9 0 C 0 . . . . . 2 . . . . . 0 N N 0 0
*a
. N N O 0 t . . . .
L O . . H00000N N00N000 . E E V D E 0 E . . . . 0 0N00
. T T 0 . A L T . .
0 0 0 E . DD/ s . . . 0 0 0000 D EN M F . . 0 0 0 O NSO 5 EF 0 0 0 C . OUI U ELE 0000 0 .I S S LI O . . R TRR I FCF EEAEE M N 0000 0 0 0 0 00000N0 0 T NLLV UI I I E L F T TUNOT
.FH EC 0 0 PHPPE 6 UPECA N
C 0 0 MCMMD OAOOO 0 R PTT NUTPC R 00900 0 0N00900 CMCCC P I OAGS 4
l
- t . f i
1
)
in ) e=
**** . 8 s sa$assamsttRR RR RR RRRR RR R'*
h N !!kh .N!!kkh ---
~~~~
5 l N N N a. s .l a N...... N. N. N N. N. N. 8 . $$ ....a**** a - - smasammassemammmmmmmmazzenn 1 gse'!EEE35gNg*s... d5 ; ~ $!iER! 4 e.. s-dis"i5'isii.m6666666e666edene s================ a 9 . .....
- 5) !~5l.....**2*'.Nii[lE!E!ijNiNll~E884~~888888888~4888
--~ ----- --~
g
' g.
,,e .... 22,*,
; ......ggggggg****ss5tiShij[5HERSE
--- - .= - -- -- --
."i l' E'!E-iijdi!!E!I m- am---- silR E-- "N ise . 88e ~ ~ . e. s.e. n.n. a.s. e.s. ~ a.s.s.a s.s. a. n g*g N E .888 -
5E228*55 8EE 5555E85
-- -- -- ~
E..e2,e..... Ni!ERI! m . 9F !*si!E!l!!!!!.9992!semmasss.::: ssssssssssr.sexzzzas ti
!i l~! .***s e ;;-
8"seg!l[8!!;cE*.e*lE:
*-----*gI88 8*,!liiiiiiiiiiiiiiiiiiiiiiiisi ,
*
- da -es*assuesssssssssssssssssssa
- 'V *se** .....Q 'd'dingsas A~ Mi I'Niaixas.in'
*sidii 99555
.e. E*f.e....REs
- se
['. ..xx59
. - *y
- s. s E - ;;2- :g
; 4! N-
*-""***"**2:20322eS*mm2NXmma
- k"Is~....#****s .....
'85N.sNii!!E!iN.'idisi*ttttttttttttttttttttttttttt s.-
s ------ s-N - - . dI t M - 4 NNNN N
/ - .W
- 8
- lL '
[
.,t 1
(( e 4 N-e I $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ 898844 @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ 8. $ 4 g 2 2 g 3 3 3 3 2 2 g 2 2 2 g 3. 3...3 g. 3. 3 8.
...........E... 3. 3 3......
- 3. 3 3 3 .3 3 3 3. 3 ..
- 3. 3. 3 3 .3 3. 3 3 3 3 :x .
8 22222222222222222223228888888888888888888222 ~ V i. i..t i i i. i.. i i. i. i. i.ti. i. d i.5...
- n. i. n. ' i N..i .i. i. i. i....i. i i i.....i i. i. i i i i. i. i i i i i. n. '
e 5 88222288322828888888288822535328822333323258 I ffNN.Nff
. . fN.N.NN._NN_NNNN_NfNNNff
. ___ _ ~~~ -- n~ ~~ m.,-
N NNNNfffffNNfhNN_ l
.f -
594888E848@@@@@@@@888888.88888888.@I8@@I8.44888 gggggggggangs. e nam.aa---- maa-asasseggggggggen
.. .. ~ - --
.~-
l e e e e e e o e e e e e e e i E!E!EIIIEEEEI$5EIIIIIIIIIII!!$EI!EIE$$55EEII 2
~-e-
~
L e 32322853222535835355555553522235535352-25525 g
. N N tettstatstatttttsstratistettstartstettstatsraa sannan
~
L ,g _ REmm*R3kRRSE233E133%RccmEC2k2RSE283E8kESREEE***k8tgsg l 8 m t
~
h> 3 _ E G A P 6
- _
9 L U J 9 2 N O _ N . t U l M . E _ L _ S . O t I P 2 0 9 7
\ 9 - _
1 r a M 9 9 2' 267 7 2 - 6 2
- - ^ 6 1- - 111 1
1 N . 7890123456789012345'67890 O D 890123456T890123456789012345M333444444444455555555556
++11111111112222222222333333
+ . + ++++ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
E L I - P . M O C 89012345678901 23456789012345 789012345678901234567890 0011111111112222222222333333M333444444444455555555556 22222ZZ222ZZZ22Z222Z22ZZZ2ZZZZZZ 222222222Z222Z222ZZ22 . 1 3 1 E S . . A 56789012345 7890123456789012345 E L 345678901234567890123A222?2333333M3334444444444555555 000000011111111112222 111111111111111111111 111111111111111"1 111111111111111
'~ E R
E D O C P G G C D A
'~
O
~
n r d 1 i V i
'i I -
J{ ' L 1 1; eesssa ,,,.,,
= 8 !
~~m--
R , g& x-d .$ ....... mn-eg ~mmm- ada;;;;; 10~ i
.S. k. 3. Q. 3 5 --.. ,
-y
, - ~ _ dd
,,a,,.dxd --
~ggg.?.g. 22S33 .~. . ~s N
- 2 esesee w:..
~mm~m
.m------
=~
- - mmmn
-- e e.x-e, .
~ 3- N #.G 33- 9 i e
- - san ~3 ----~ , **8E88dddde.n....... ...
.~------
8
, e. x. =. =. =. =. nmas ---~- , se.g.e=,
.. , ,u ,
uma ~~-~~ x ed 49,,,22, ==s a .. .
- 1 anu..ua, .~------ ... ..
nm . -~m~~ = ;.gggg, g..
.m ~ e addd e......
"7 u. ,. t ,. ,. *2233 ""-*-
E
. "E..
a
...~.n-d;;;;;;;' m
,c?5 2*
.}. . Unammas -
memn-
-~m~m
. - d a f. .o d 2eso......
C ***Cf* .E R. ' 'c
- o d;;;;;;; .
.. .gggg. ~~m-m *
- g. n .
g- YIIIIIIIIIf@@@I@9 mn- . -~mmm .m....k.Ea******g*****k.g 99 dd
~
.~ . s s W
lI "2a32 """"" - . - d ? a susaseansec
.-=menc-~--- ';lBeddddd $$$$e.cessees e----- sa . ante.s dddd)SS
. -s5 '-;
..+. .. g -
RkRRS-3535343SERRc202b2RSE22ssabst8sts****
---- 2-------------------------------.------- rte 2E2"EEI"E R y: l; i.
't 1
Y-
' ~ 'I_
t ( . 1 '
4 MW's e
~I-i i
8 l (. m 5 1. E a 8 ~aaaaaaaaaaaaaa
-t vaaaaaaaaaaaaa aaaaaaaaaaaaaa
,. - g 6 - -
g- - I:
- g. -,
c
.El la-l,,;EIjeegun---
amm g* a 5' ***********9* g- RRRRRRRRRgigga
- 388888888ataad siiesiesesisi.
I333333333SS%4 9 H W. 5 2 2 0'J C 3 c 3 b 2 2 2 - 2 Nununununnun2n X E-o e 13
. .( '
p,. i f%. - l c
\
1
'e!
i
'l l!!!! !!! !!!!!!
-~~- ---- .-~~-.
.!t
-lllllll.EEEE-llllll
......nnNN.
-~~mm.----
<-~~m 8; 9 V99999-tifff 999999 c ~~l-l!!!!!!!!!Il!!!!!
. a :aaa :::: a::aas y
k IIIhII'YYYYY IIkkhE i g ;. - a ~~lllll!!!!!
.assaaa::.!!lllll! : assaas
- $ khhhhh Y$$$$ EkhkEhh
= 1 Is=lllllllllllllllllll
- a. u uaa assa usaasa
.$.IIyy@@ %YYYY @@@yyyy J it!!!!!!!!!!!!!!!!!!!
- . l =e , ,,,,,,..... ,,,,,,,
i 4,::--l liau u
, . ==. iau uslllllllllllllllll-1g +, u , . = . rauu, u ~
gat l. 8 e n
i I ( 1 u 1 E'
==emmasamensagemmagggcegsgggggggggggggggggggg i i
ff ! Il l84 ififf84fff88?fl48?fff858 22228922284!I!i822212l2R 1 0 e ill!!= sa sas 11li..s!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!ls!! a a aa sassaaaaaaaaaaaaaaaaaaaaaa I 8- ff ff I 8f ff88ffff88?ffffffffff84?f! I
=
l ll inlinnlinsningunn isssssssssssssssssssssssassssssssss ll*dds*dd*'d'dds'd&dddddddd'd&ddddddd&&ddadad Il
==
l
*'l 8
i ul *l*E l l ll......n.n.nnl!!1!!11 88
. . . 44 :.. .l.......
g. l5l81**l*l*l*l*l*
. . 5 . ,5 5 n. i. . .,,8 n. Ri m .. ..
1 ~8 fif f IIYf 11 l-g
'las !!!ll-ll#sslel98f8898ffff8f daddddaaissa x e a lllll2ll1518188l5:l5 x6 a asadassadassaadassasasas assaas E
E.- (( 8 fiff884fffff89fff**88884 fifff? I !e!l ll l
~
18 55 III a 8 ne
** ..........;EE....gn l unel c!El ue lEf
. n 88I .8 s.- .
. . 8 4 8 9. .
- 8 8 . 8 8 8 . . 8.. .. . ..
-5~
( 3 38 888 4 -[ ! u ll i um
!8&&
as ! _ i 5 E I xx xas as= Issa x 5 dddddddddddddddddddddddddddaddadsdassdaadsida e m m * * * *- . * . ; g e g g s b . g g g g g g g g h g g g g g g g g g g; g g o ;; 4 0 $ 0 I i titattatstinstaart.stattritettttantsatsstartta
f assassssssssssssssasasassas 2
. I.!I.l.lsl.l.l.l.l.l.l.l.l.lll.l.l.l.l.l.l.l1.11 444 ddddddddddddddddddddddd
.i '
5 8 gg ( 8 I gggggglllggllllllgEEEh -~~~~-*~~~e=#czesesez s .. ssssssssssssssssssEEEE dddddddd *d *d 'dddd * 'dddddddd
~~~~~~~~~~~~~~~~~~~~~
go....o..oo......oooo g i l llll!!!l n lll!ll11lllfl11 55!20 4dd d4 95 - 2-
==== ~ =============
5' !,p................o e == c: l . ............
. . . . . . . . . . .... 2 2 9 9 2 9.
..... eR.========= ~ =======
- 11
- e .,~...................
"l. . . . . . . . 5 5 . . . . . . . . . E !! l. . . . a.
g*!
- El I l e3- ~ === ~ =====e===
j' $$$$ , 848 R$ ~;m....;. 9.o.g.g gs. gen. g ggg ggg _ _ 444444444444444d444d444444dg[ l ggg E
**~"****"*2s#C3C$eSSR
"*****************=*
345%Rs22*mRkRRS33345333SRRR88' h i sittistinettiststatistettisll = susassisssssssssas
T; l >. . l
^ ,
l l l l
/
o-
'I. .
l i l l i 1 I. R 5
'I g EMNAM2%22REMMARRhMRSG404S343SRENGXERMRRS33G4534SSRERR J NNNNNNNNNNNNNNNNNNNNW 1 NNNNNNNNNNNNNNNNNNNNNNNNNNNNNN l_'aaaaaaaaaaaaaaaaaaaau.: aaaaaaaaaaaaaaaaaaaaaaaaaaaogg aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaoe g T.
6
.$ aaaaaaaaaaaaaaaaaaaaaaauaoaaaaaaaaaaaaaaaaaaaaaaaoygg . . .
g 1 5 aco'aoaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaggg . . . g l
. :t aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaoygg
.aaaaaaaaaaaoaoaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa-saa*gg M
h aaaaaaaaaaaaaoeaaaaaaaaaaaaaaaaaaaaaaaaocoaaaaaaaaygg
.g. aoaoaaaaaaaaaaaaaayaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaygg . . .
.g .
EMMAN2422REMm*R*kRRSG004034SSRmmm*m3mRRSG434S34SSRE2m aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa
+
l g ~ N~~ na~n ~~~N~~~~~ non n n c~~~~~~~~N~~N L
. \-
l
0
)J 0
1 E G A P 6 9 . L U J 9 - 2 - N O - O N 121212121222222222222233333233333333333333 _ N A _ U I R D 22222 E M 77777 M E L ZZZZZ - e o R 87600 . P 456 O
- - - N K
123456789012345678901234567890123456789012 111111111122222222223333333333444
. O 2 56500 I
G _ . 9 456 E - 9 - - - R 1 r a M 45400 S
- 456 E 6 - - - I 2 D O -
- B421112121112121232121111111111111111112111 N 1 O 34300 F 456 O D - - -
E . L O _
- N .
P M 23200 O 456 C - - - . C O L 1 1 12100 4567 A 2727610547610505050505050505050949 T8549498M0411234456789900112233445777777777 A9566778 D45553555( (6666666666667777777777 566778899 - 3 E 01090 N 1 4566 117 O'
- 7788 Z
E - _ S 1 _ A E 90980 Y E L 3556 A N - SSR O E - - - - - R EER 2 E NNA 00 T 123456789012345678901234567890123456789012 111111111122221222223333333333444 D - 22R U O C 89870 3456 TEG E P N -
- - - - UDE I
- POT NCN I I 00000FFF E P OOO N _
G O G C RRN EET Z123456789012345678901234567890123456789012 1 11111111122222222223333333333444 . E D A mBMG M EUUE N D E Q NNL C . ~ .
1 1 E G A P 6 _ 9 _ L U J 9 _ 2 _ 1 _ 1 0 t 33312222232232323333223232111 . I U _ R . M _ E L S _ O _ R P _ 34567890123456789012345678901 44444445555555555666666666677 2 9 . 9 1 r e m-6 2
- 11111111111111111111111111118 5 N
O D E L I P M O C 1 49494949494949494949494949494 00112233445566778899001122334
- k. 88888888888888888888999999999 3
1 E S ) A I E (123456789012345678901
'L 2 111111111122 E R R K E
34567890123456789012345678901 44444445555555555666666666677 D O C ) I
- (123456789o12345678901 1 t111111 11122 R
K P G G C 345678901234' 56789012345678901 44444445555555555666666666677
- I123456789o12345678901 t11111111122 0
0 1. I
)
2 1 E - G A P 6 9 L U J 9 2 N O N _ U R M E L B O R P _ 2 * \, 9 9 ) 1 1 r a 7, 1 M - = 6 1, 2 ) I ( N 2 O l t D u E f L I P Y M A O R C R A
)
I ( 1 E N 1 O Z 3 1 T U _ P
- N I
E S N A . I E L E 23456789012345'678901234567890123456789012345678901 22222222333333333344444444445555555555666666666677 N O _ R I E G E D O R _ C E .
'- S _
23456789012345678901234567890123456789012345678901 R '_ O 22222222333333333344444444445555555555666666666677 M _ F G G - _ C D
- 23456789012345678901234567890123456789012345678901 22222222333333333344444444445555555555666666666677 A
G
9 g O M N.
;6 ~ S " "
m13 a a-N .4 " "
- 8. .: g :s .g ~ - -
Y g aee ~ a - g 2 4S 2 G. 3 " " " g s u~u ~ ~ ~ l' g y g ~
" " a m~
cS 5
~ g g g ~ m ~ .
)
-g.~ '
m g.g ,
~ m ~
I -
~
E- ~ ~ - ( 4 a p 3
- g. .
.*'s f""a 3:
3 ~ R. 3-5a a a I
. g .g ,-m m c -
~ uu =---
" * ,N m N:
. E.3
--- m g. g - m n g . gg - ~:
m.~
.= "
- s. " " "
W 2 N g
.g a g . g -- .g u. mm
-aa g-m ~
a. J
=
L
)
.I 0 0 0 0 0 0 0 0 0 0 0 0 0 0
_ + + + + + + + 00 00 00 00 00 00 0D 10 20 30 40 50 60 70 4 0 0 0 0 0 0 0 1 0 0 0 0 0 0 0 - 1 1 1 1 1 1 1 E _ G A P 0 0 0 0 0 0 0 0 0 0 0 0
. 00
+ + + + + + +
9D 9D 9D 90 9D 90 9D 0 10 20 30 40 50 60 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 1 1 1 1 1 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0
+ + + + + + +
8D 80 80 8D 80 80 80 0 10 20 30 40 50 60 _ 0 0 0 0 0 0 0 6
- 0 0 0 0 0 0 0 9
- 1 1 1 1 1 1 1 L
U J
- 0 . 0 0 0 0 0 0 9 0 0 0 0 0 0 0 2 + + + + + + +
7D 70 70 70 70 70 70 -
- 0 10 20 30 40 50 60 N 0 0 0 0 0 0 0 O 0 0 0 0 0 0 0 N 1 1 1 1 1 1 1 U .
m R S R - M O 0 0 0 0 0 0 0 E T 0 0 0 0 0 0 0 L 4 + + + + + + + D t t 6D 60 60 6D 60 60 60 O i 0 10 20 30 40 50 60 R T 0 0 0 0 0 0 0 P S 0 0 0 0 0 0 0 - E 1 1 1 1 1 1 1 l i
) T G
2 . N - 0 0 0 0 0 0 0 9 S E 0 0 0 0 0 0 0 9 E L + + + + + + + _ 1 M 50 50 50 50 50 50 50
- U K 0 10 20 30 40 50 60 r L C' 0 0 0 0 0 0 0 e O A 0 0 0 0 0 -0 0 M
6
- ST NU V
R-1 T 1 1 1 1 1 1 2 OP D _ I N N
- GI A 0 0 0 0 0 0 0 h E - 0 - 0 0 0 0 0 0 O R3 Y + + + + + + +
T40 4D 40 40 40 40 40 D 1 , I 0 10 20 30 40 50 60 E 7S S 0 0 0 0 0 0 0 L D N 0 0 0 0 0 0 0 I RA E P OL D 1 1 1 1 1 1 - 1 M FS O - S C ,2 N S O 0 0 0 0 0 0 0 E , I 0 0 0 0 0 0 0 MS S + + + + + + + UE I30 3D 30 30 30 30 3D LR L 0 10 20 30 40 50 60 0E L 0 0 0 0 0 0 0 1 vM O 0 0 0 0 0 0 0 P C 1 GS 1 1 1 1 - 1 1 1 N N 3 IC I -- TI 1 AR D 0 0 0 0 0 0 0 LT E 0 0 0 0 0 0 0
- Ui t S + + + + + + +
E CE U2D 2D 20 2D 20 2D 2D S LC 0 10 20 30 40 50 60 A AN ) 0 0 0 0 0 0 0 E CO
- 0 0 0 0 0 0 0 L C *t E N - i 1 1 1 1 1 1 1 R I1 C
( E D , . D E1 S 0 - 0 0 0 0 0 0 0 O S E 0 - 0 0 0 0 0 0 0 C U= S 1 D+ + + + + + + + I 1D 1D 1 D 1 D 10 1 0 1 0
- SS
- 0 10 20 30 40 30 60 70 AE t 0 0 0 0 0 0 0 Ws t
% 00 0 0 0 0 0 0 0 OL 1 1 1 1 1 1 1 1 P 0 G N9 GE GE G 0 GE GE GE GE GE GEt C lT EM EM M EM EM Es EM EM D
- fE PS RU L
RU L MUL RU L RU L R iL RU L RU L A O- 0 G O .O 0 O O G 0 v V W W V v W V
)
p: , 1 ! l 1 I'- j l m: l 1 l an 853 h-
~
.m, 855 111
=ua .
- f. '@ a E 1 W
e *d44 lI. 5 ggg 3 Y...c in e i
+=,
. iib. i l
-g- g dEa L
I -3$5: a m
- 5. 0 Nem 5. ' . .
'W I..
.Mdd
~.
~. = . .
a ..
$- i$b9 -
m
. g ::
;I - s.
p.
** N M o
y g.
.[-
! Q. li $
>; p -
i s
Y, J 1 l (~ -<
^
i l l ! ES3$8CNRMENCNCR8 didadiddddaadada
.I I '5IIYYYYE@@@@@YII' I . IA I 1111111111111!!!
d, dA*ddadsidaddAAd L Y I YIYYYYYYYY8@@888 I 5 l l *I!.*I5i.*EElElh.i.$.h.h.h.
~
m~~m---
....... m~
i
- s g 'ggEspEysgssyggas g399syggysygggg
- e. l W 5 EEjj5ENjE*gEg*!4l.
n4 llE55555555555g
.n c n i,,
- v. ~ ~- ~---899~ 54..sse .. m~ -~m 9.-~m.
n999Cn.9 enc
--~~m ,
8 8 8 l l 999 9 VfY55Y582848V888 9 ??ffY5588848494
-I s
=
g w n l lgEz' g ' 'e r GEE 55.gagx zww s xe E arge. . n E. - E. . m. E. 5. . m ,
~.s- ~.~ -3.- -. $. ... .s .--~
..n.m .
~-..e ~-.~....mm gE.. .. .
3 2 8 935 I e f55555833333383 35.fS.E.E.s.s.a32.s.s.3.a. m g g g gga**sg== egn. sn9.4r gg n=ssa gas rg a ag! S9.,38.9m. ~-.a. renses--. 1 s E 5 a 9 , j
- ~ . - . . -- ~---.~.. .m~ ~ ..mm ,
1* 999 8 9 95588Y5849898848 9 8 fiffYY848944898 l E EEEEEEE
*EEEEk" 9.,mm~ t- w~el.En8~84,EE*EEEEE
_.-----.~-.48~sh.sn i s.ll.l. =mm 0h.
.. go. .E cl. Elh.48%
.~---- ..=
. @Eh.EEh.5.sik ~4 . EE
~ .mmm gEs 'ls;myEgEEEE9Esssssayss l9EgEgggEEEEggysysyy i -
cag8...em x, te* Es e ,4 v
.s g.
y= sgwE zz *g-zgy gg.
-s..= ,~s 8[ = m 4 = c...= 3.5. e n $.e S.-
g------- .. .$ .~ g..~.--- . -- E
- 9WW.. g5 'df _ FEE.E.EEE.333333333 g.3 _Wf Ieff555E.32323333
& E -= gg s egg I.. e_ E.-HI. gg . 4s, rg .g, a ..== 8 -g=EI.Igege 59 RR.E. 49; gsw 8 x l 1
... ..- . . ~m~---- 4. .... ~ ~ . ~ - ---.. n. 8. 3.
S ? sk!.!- . .
! !!!kk!!!!. !!!: ! !. !..!..~!k.~k...!!.
mmmmm ~----..~.. ~ -- .. I
-Nm -NM...N...-Nm.gg -NM...N..gggy.g B- l st a
8
.I
F
- a -,
) 1 Ls 0
I e a y 1 1
' .. ': =
, h
'] . g'
.4
%e ,'
A - m
. k. t g; ..
m
-w i
d'
' h. .-
~
. :g. .
j
,g , .
a. 5 g y, - t
,-.g-a
[ . l. -
.I:.
r ;
-y:
)
i
. n .,
l s B
, .III5EIIIIIII5555 EEEEEEEEEEEEEEEEE s'Jddd'a'idaddddd skEf5IIIIIIIY5555 i l
- s~
R.*x*EE*EEENE5E585* sa;MadJJadadadJAa
-- -- s g
af!@55IIIE5555555 i- assssemaksmencas, E!!EEEEEEEEEEEEEE a d d a A J J a d d ~~ J a a d
- d
.g_ ooooooooooe-~~-e
..gg 9gve-------gVg eveveve. . l I .
5 o ggs~egggg!gggsg-
- sI!ssss sssEEs RE*[j((NEll((EElM I 444444ddaddddd44 i3Easda33aad;3da; l
.l i
, "5RRRERRI5584444 sexezassse,c~;;s .9999555555559999
-E ggE.gasE.gxkxE.E.E.ges ds ,4s ,* R--~m-~-~~---as.e s9 i
A' Ee!cIE..E-m~~~II z: EE EEBis
+ desisssssssssses ev effffl--effffffff
- a. 5 ga d'gs~' egx 99* sx g gz E#
g g ' "* - Eegg.mangsH22EE28
- s. ans.s-~e-osa
----~----------- =
g- W " dddddJa4444'JJJd g gggggg ggggg- $ 5
**@ ++**** ***** I I "
!!!.!!E.!*.!!!!!!!!! "
E
.g iEw . EEEEEEEEEEEEEEEE
- JJJaaaaaaa;JJJJJ ---~-------~~~~~
sagssysgsgsssgss-s s
~
e a a sl e, e 39 9999999ff'4&=9999 j
;E'i,E,jE'z!gi o
B
- I,sE,iss gE,E q 39 g
w ,
== g ===
g =gggg==ggggggg==-= gg[g .
---~~~~~~~------ ,_
-BE JJJJ4JJJJJJJJJJJ ,9999999999999999 5e
= l *I g 9999999999999999 REE,*n*ggg*gEs.gjgE,E de m . . .q .s ~
E!s se ! ! ! ~~~~~~~~~~~~~~~~ E
-l s E8 E JJJJJ44444JJJJJJ E988scMaksmcmcas 5I
- Edddddddddd;JaaAJ g<= i -~-. .~o.,=~,,,, a-~-...~..,=~,,,, Ia 3 1: j:
7
i i 2 4 5 v 4 g g .g g a 4 a v 9 .f. ?- e a l lla R a vh @k $ k' E .gg gg g l a
- 5. nm
.. .. . a IN R "g a e. n n m l
- f 99 9 .
- da 4 =
3
% $.I.--I.I..
I.E2 . n R81
,,y g E *
.a- 3.9 ?? I .. E9.*888 RE
, .da : 4 .a 4,n a e
e I 99 9 . ,ERsE, s r-
. : ddsad-
'I ' -
!!!!!,l@ 85 g
... ,EERSR 2
-" gI I@ I:
. T 2d44d 5 g-lll-ll l Ee
.s a. . 8%
<- . EE,uM*Reyg 5 .gI II- I T ddd424jE,n
.I -
kk!! ! ! n- -- . . s.= a I' \ Et t'll1 as,,,1,"l,a4
*d i: * : A AdEE t 5 2
55 E 2 2 5 5 5
- p.
}-
~ ) . '
0 2 22222221111 222222212222 999999999 E 00000004040
+ + + + ++ * + + 000000000000
+ + + + + + + + + + + +
000000000 G - - - - - - - - - A P Y EEEEEEEEEEE 00000000000 00000000000 Y EEEEEEEEEEEE 000000000000 000000000000 Y M333333M3 EEEEEE 333333333 E T 00000000000 T 000000000000 T 555555555 _ I 00000000000 I 000000000000 I 444444444 O S S N 11111115555 N 111111151111 N 111111111 E ' E E T T T N N N - I I I 22235555353 00000000C00 222333'333333 646664446 000000040
+ + + + *+ + + ++ +
EEEEEEEEEEE 400000000000
+ + + + * + + + :
- EEEEEEEEELEE
+ + ++ ++ + + + +
EEEEEEEEE _ E 00000000000 E 000000000000 E 555555555 _ T 00000005555 T 000000050000 T 222222222 A 00055552222 A 000555525555 A 460024600 _ N 55537159135 N 555371592604 N 111222223 _ 6 I I I 9 15911222333 D 159112223344 D 111111111 _ S R R L O O O U J O C 22222222111
-C O O C
999999999 2222222222221 _ 000000000 9 2 00000000040
+ + + + + + + + +
EEEEEEEEEEE
+ 0000000000000
+ + + + + + + + + + + + +
EEEEEEEEEEEEE EEE EEEEE M 1 N Y T 00000000000 00000000000 Y T 0000000000000 0000000000002 Y T 333M33333 333333333 O O I S 00000000000 I S 0000000000001 I 555555555 I 00000000000 0000000000000 S 444444444 N T N N N U P E 11111111555 E 1111111111117 E 111111111 R O T T T N N N N Y I I I E T . L I 12233333333 1223333333333 666666666 . B S 00000000000 0000000000000 000000000 _ O N + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + R E E EEEEEEEEEEE E EEEEEEEEEEEEE E EEEEEEEEE P T T 00000000000 T 0000000000001 T 555555555 N 00000000555 0000000000005 A 777777777 I M I 00055555777 35526040024 M I 0005555555553 0552604015937 N I 357913579 111122222 _
- D D D 2
r R O 54011222333 R O 5481122233344 R O 111111111 _ e O O ' O ( 99-1 m e C 222222221111 C C 9 9 9' 9999'99 e e N- Y 000400000404
+ + + + + + + + +
EEEEEEEEEEEE Y 222222222N222 000000000
+ + + + + + + + +
EEEEEEEEEEC' 00 EE + + Y 000000000 EEEEEEEEE T 000000000000 T 0000000000000 T 333333333 6 I 000000000006 I 0000000000000 I 333333333 2 S 000000000003 . S 0000000000000 S 555555555 N N N N
- E T
0 0 0 0 0.J.0 0 0 0 0 2 111111115554 E T 0000000000000 1111111111111 E T 444444444 111111111 O 1 N N N I I I D E E P L Y 122333333333 1223333333333 666446464 I T 000000000000 0000000000000 000000000 P E + + + + + + + + + + + + E + + + + + + + + + + + + + E + + + ++ + + + + M E T EEEEEEEEEEEE T EEEEEEEEEEEEE T EEEEEEEEE O T A N 000000000002 -N A 0000000000000 0000000000000 A N 555555555 222222222 C A 000000005551 N I 000555552222 I 0005555555555 I 357913579 _ I D 055159370246 0551593704026 D 111122222 . D R -W R - R O 537111223333 O 5371112233344 O 111111111 O O O - O O C C 1 C -C 1 122222221111 1222222212222 9999999999 0000000000 3 Y 400000000000
+ + + + + + + ++ ++
EEEEEEEEEEEE Y 0000000040000
+ + + + + + + + + + +
EEEEEEEEEEEEE
+ Y T
EE EEEEEEE 1 ES T I_ 000000000000 400000000000 ES T I 0000000000000 4000000000000 ES I 03M3333333 4333333336
- TN 600000000000 TN 6000000000000 TN 9555555559 E E 700000000000 AE 7000000000000 AE 0444444441 S
A MT I N 611111115555 NT I N 4111111151111 NT I N 1111111111 E DI DI DI L R R R E O O O R O . O O C 222555533555 C 2223333333333 C 6666666664 E E 000000000000 E 0000000000000 E 0000000000 D XT * * + + + + ++ + + +
- YT + + + + + + + + + + + + + 2T + + + ++ + + + + +
O .A EEEEEEEEEEEE .A EEEEEEEEEEEEE A EEEEEEEEEE C N 200000000000 N 2000000000000 N 1555555551 I 800000005555 I 8000000050000 I 8777777777 3005 D 3005555575555 D 2468024680 W D 35505555777740269135 R O 3550402693715 R O 1111222223 O 126111222333 O 1261112223344 O 1111111111 C - C - C P O O 1593715937 C 1593715?3T15 1593715937159
- 112223344 1122233444 1122233 D
R O f
1 1 i l-
\
I l l-E' 5
.l i e l s E
. 1
.. l g
s ~ l s 3 i g ,E
- E
. e- g 8 '
- j. s-i s-a 1 4
l - E E ! ! I
- f
- 59mg.:n 9989999
, is.E~lllEBIE.
5
~e.
d444444 E 9999999 l s *'8 m xxxE s . E. e s.a
~ .x .
;=, dassss;
- a 3-n geveeve.
i 'l 8. B E E 8E88885EsR EzRr. d444444 g
~
* - i I g"g?YYEY
~
E -l, g5.nym 8 48E
, E *l
--~...
s' l W-J --~-n-s. J 1 l
TJ L o ! ~ i-l z l l
-l e.
.g s
5 g - s - n g m n : Mi E gee e
'~~
I gi i f- "999999999999999 * ~ f??999 m a- u"'9 55 *" *** 5 3 8"* EE.~!,4EH..gs,5"Q$.558
------..... 3,Q s
.is, l. ~58,4.f,(8 m, ,
I" gI 955559999999999 I 9999?? I i ,._.______.. . s,i~!!!!!!IE!!!!!.!!. h~!!_!!.!!
- - n 8 n.
- 955999999999999 ,
999999 4 - z gn==
- . a . .- - E
's + :y
- E zas Eg mg
*@.**c- . -E
.Eg, Ez y .
- m m . .< .e e<<<< , umme<<
- h-n - g![I9955 1
i r !g5I5IYIEI595I55=lIp,p4,,i.i.s.y44g k
. . ~ ~ . , .~.. -~- ~
s
-=lp,a,q N
. ~--~
1 l - en_en-n-m-m-m- .
---m-
- s.
m . 3 g.aI s.i m. e. =. = s s e. s s. s. s. s. e s. e s. E Esg ! EE* , 88 8 85 .. 9.98%.R g8 9.*. .
- g. . .~ms--~~~~ mmm.
I' l L m~======= sees 99s- , a- !=lI c sl E sgs' s .lE[*EllE*l8llmlE a Ra sf R 5 .s
...~me.....--~~~~ l ilm ~
-g
~5 L 9a
!8 .
g.
- 98::888888888888 l
gggggggggggggg*x s 9.~-: ~.--~~~~--mmm.
. 9 . 9 8 8 9 . E E. 9 8LgeE.g,y8-g.
5 g- 8 Is8 sis -. m e. :. :. :. : : :. :. e s. s. e s. s. e.
- n' E8 E a!*E .se EE 85 5a,5lsE
.E -
E
- R -
.~R~m. 9...--~% ~~~
]?
8 E is {!g f 9999999999999999 a
- sa g- .
n w 3r ,E
- 9 . : R[Rs lI.2 .-98n5 .g=9 s~.m
.* s
.e a U .Nl --
-eeNNMMnNNNe--e-1 ! ')) a -me:::::::sesesse E. acH) E e es-~1 **f8Ell5Ej*jj5lE EEmRa as 5 m.s-
.= ss I sa ssassssssassaaaa a l-
~, .n g' _,
s g: e s
- 3 :s>
5- . - -gg-il .Es* s- s EGesEEEEEsmemes. sisesessse;;AAds
.g. I; g
,.I!
g..- EL IE. el,, s a.
!f.Ecci2EEEIEEElEE ss - .
esesssesessaaaa; t I- HIR EE "~a******e:ccec2 1
1 a l
'e
( A
$s a=sasessesassess s
se H-e esissisl$ERass0esississi ESRaE5s asassaassesssses es , l
. I81f.s.
!=,t 8
- n. = s. e s. s e. s s. e. s. s. e s. s. e.
5 8 4 g-~~Nmm l EEn]..,qs,
*E] l d,
sG8. . . n.c.s.M.qs..n. .
$ N i !s a:essessesessess
=g M's i j. s jSgissigs' hissi-9 ,
m 8 frE Uys. a
-m~ .~~.45 545E333 e......
9 l gg Jwsgs t 58s E 22222222222L22
! gg*
o
*$llllllME.8n445, In....s.$$$$$$$$
~
f M E- 8
- , . . ..-~~- m.. . ..
k
* 'l$g l
9 9999999999999999 i
,c
! . ,. a: igesn:eringsna s a_ san == ee
. n -l_. .:::aaaaaaaa:::::
~I I EYIV.YIYIfYYYVYYY
=
=nI :e.W ~ t;a sgjvag.gjerag8eng me =cs axa-
. e ga I s; essaasassssasass .
9 u kl.
> g-M
. ~ m ce
$' E ISBS$0000SMCMCR.
g g.lg.-s-sessssssssa aasa
! l, is a -
!sesses!!sisists sessssssssa aax;
<).
if E
.$- RE ED """***"***:20*c*
=
1 b
.m-g_$I s.- m =. s e s s. e s. s. e. s. s e s. s. e -
- a- y e e Eseg eg es- n- .E .i .EEe Es .
.s. s. asaseeaesessssse ,
i I'gII8- 99888888?S888888 a . l!n I :i... NE5 88 9.45l8l53.Elgllgsl-
.I . m. .;,.
fE d B.
- f' . ~ -~~~ ......
m
-5 %$8y_s, g.
myses*e* esses *** I s 8 8 -gggeggegggegggggg
.e .e3 . :8Em s g"w s 8{m ag. ~ . ~ e s ~ ~ ~ . . . e..d.
EL sll sis- . n=
- i
, _. . . e. s. e. s s. e. s. s e. s s e. s. s <
u c'- E . [E558 85 I
/ a - E, 8
. .i es.ERI.585 8E8 g 58
~ -~~~ .. ........ l 6- J a g ,y . ;
'8 g 5_ I lF 99999999f?f99999 i
, . sa g- 'N i
- g 8555 8558ggl5g5EEigEE e 8-' 5 585- 88 '
a U ~ mE - ---~~~~-------- . l hWg -a~..'
*- I ht -
- m. :. e. e. s. s e. s s. e s. s e s. e. s 4 l
.bd e en-
. e E E :l' J
= - ssRE e a !
-4s;44444JaA4WJes as A. Y
;. E.
W g: E 4 [ 2- . 3 ..- eg
$~ s- IISSIE0$$$mtCRR.
g.*g' s- ssessesessa;4ssa.-
- 3:r
. 5 ;; it issmismm esssssssssesaass
- g. a t
.I la E I :- ~ a -- + ~ ~ ~ e = ~ e z e e -
1 f
l E l m.
.$-'s. - .m.: e. e s. s. e s. s. e. s s e s. s. e se a- g.
m g g gg gg-maas5 wg E. J
.s ; easwassagesseass I
E9:8??8888988888 , i a-W', !=IILl8-dE8 c
~.
~ llEEE8llsl.l.8lElll(l 8M8%s
~~------~~~~~me 433... ]
j k N 5
- g. ! 1P ' 9??S??S?"*??S??? ,
5= .9 a, g gggggg m.a.sggggggzgggs:~.sf.-- l
g -
e s.st 5a-a.gg5 2- eAJAAAAAAAAAAAJJ E gll*1 sis
-- eesessessesse
!-e
- n:g$$$$$$$Sj$jjj.
S@B S sa Ess==E ,3 1
> g a
3r .. rE ~ .~~------~~~~~m ..n.
- ! -s!ai, ' f- 9999999999999999" 8
e>- a 3- v 5 s-
'E"E" eaI,N: . s 8 s855 nsss. a , ,,z ~ m "a i, -
a w -n ---~~ ~--------- ; i ls b f.8-9:: ???88??88888 8 8lME28llE=2gElll E iseE.. E* .3 - l E z.le!)3. e en-
-e g.
~ E-
.~~------~~~~~m.
n. 1
= .e-V g
. .. . n
-n. . - .
g-ce ggggggggggmeneg,
- E y g :la . . . ..........--~~m.
g, c' 5 e c E. g g gsE
~5s 88 g
g I.8? .N. E 8 5
-1 s. r E * --
I. '
. . . . . . :~
.. n. n. . - - ~ ~ . .
; y.
. 3- .g - g W[ ---...~..e:~este
.):
m
- I'-
.g_ I . =. = =. =. = =. =. = = =. =. = = = =. =.
a-
==.g- g se gg gg gg
. a si x. -m =a-
.s a . aeaaaassaawawas
'e* ==vves?sessee??e .
.- l!e!ia4* ===
35Eg .s...n..==. g a se ass: . - --..------~~~~~-
- t. .
S N
'i :! = 9==?=??se??==???
9.ea,s g. g ggg a gess sg I- M gg s e gs l x-aaeaagsseasaaaa;
-- sa a
= .ta 1
=
Ili &w
======?s==?se??e g eye
===E
- E i
Li E
~
.IIE-
--. .. s . ----~~~~~-
. .m . .E
- 4
+
5
- 8
. !"5!g 9999999999999999 9.
g sa- g. geR. gggg ggeggy~ ea m.Sssa a sM s -
- s. n -w .: :::aaaaaaaa ::::
i !j ! L , meve,eeeee?....,
===
E -sh * "eNe
. s : W e ' E.
._. ~ - - E.
. - - -E'..B
- - ~ ~~~. ......5
~. E.
~ _s.. s a .n :
.. .g. ,
W g E- J 5 -.." $ 0,,IE000 Ss sC R2&A. 3 ' ll-E a aassaaaaaaaaana.; f i .l i o .l. .?i .! !..!. .!..--~~-. dy it is fa -~a-----.e=~ exes
+.g a
[ :.
+
m 1 A 4 a g Ia mamsey=y=:eges99 ssmuss a' s
== E Emisses!EEE9EE=gs EEEERE E - .
.s a. a.:Jaaaaaaaaaaaaa ,
e. I8
**m S
-a .l=clI8- x,,!~ []lff?? [S ;. 59::l:?:ee.*Ek"!llall5fl
.i,. aE.8 , ---~~-.~ 9...h.
-~..~
-k .N 5 8 RRA*cy y::.y*22*y l g -ga,--
s . e w: y. .an--.~ zs.w.mggw E, ----~~
. .x *~
,n . . . n 3. . . g g
-~
s gs m E g- a*EsIs. 23- m a n s. z. e. =. =. = =. = = = =. =. e
- .- ** WWWWN Mw a u .g
*I * *g6 g 5. I
'. E E
4
- m. . ---~~-.~
. . .N 6...$.N
-~. ~.
g 8-
- I .?8 .
eg 9 9999999999999999 5
=
l!*R'1 n
..E. l
-r-a.
-llEI.s*E.EE.EEEE.E8EE.
n asaaaaaseseasaa;
- . s=m 2' RAN23 0:lsltas - ;i.jngs???2";
ers m.~ yy2m.ce==jaisjggj
~
e==E.J C 55' JJJaaaaaaaaJaaa; 1,,,
- ' l I ,.
E' .$? *gi~ a I a. EEEEEEEEEssenca. assassasaa aaaa. 3 - lElEs i.e s a,E.ss
. i a , E g ~5. .,
, . . . .=. =.m.
i..n a a s 5.E.E. E. E.E.I. n,
...--~~m. ,
g; E Y l I $ g. Eh. -~a******s=enges 1 I t 1 I
c 1
.-3, g'_I s- s. a s. s x. c. ~ = =. =. =. =. = =. s. e.
a y g gg aggg ggy - as a . s . , . . h. . ~. 5.--2 +
=. .---.~.--~ ;
1 f ag,. e sseengeaguu;;;;; ; a ' 'lEcLAI- ll$$gssj$$$$$ljj j, aG8. - 98~In 9sS82.e
.-~,-- . .-~~.
i b- N i !S 8m 49 l 3 2 a 9 g..'e .lKl 3l?8??l:l::::::l a 3 slEE--
'idaddadadaddadad ENNE
.s.- 3EEs.~
gg5
" gI E!! ?a S 9: ,
.g lg n
- u. I 88??g???~??'??:ixs.
s as 9. egxgn ggggeg5msEsBr23 - u
- a- a ddaasaasaaddaad;
- ,f 9999Ef9999999988 8
n. I"!l!'fI! c .w a-Il!!ilill!!!iill ddaddaadadadaaaa b!E'3)8een-~l. c!b 88?????l???:::l?j: 885E * =EE*E* AnsslBg ~. sEsE *2 n c ns 1 J disasad;Jeddaads
.1 =B .. e H- =
~.Es.,
en 5 E=8 s !EssESEEEssenca. disdddadsda aaaa. s - 1l g,g 4 a s ce ss sEssiggggssaEEgi
-~ . soc 68E8 ad- disidassas;JaaAJ
- g- .m-ig' -~-*-*~"*S ceses I . $ 3' ER
.6
\
l
,;. W s
1 l l l 1 s : g_.I 2 R. R. 2 2 c. 2 2. : =. =. =. = =. =.
- 2 a.
.ggE e gg~
a.g si ge$ r eg Es 4
== .
s.
.s .a .::aaa:ssasaassa l
'*Wl5 it ss95=4=~~~v=====
a-I!c g as, n-.Es,s s.agsegggrig=ngjs.g s s n. . .--~.-~~-. N IUp!= i l a, .55x=9~~========?ggsggggggengeggg
- a.s a.~ snexas ~
l
- , e [.=={g s gsg s saasassawasassa; l E aI _ sis. s s m. e e x. =. =. ~. a. =. =. = =. =. =
,-c
= g g aggan
.m-.5=gs sg es,_.
.. ......-~~-.
,s .s, i-lsle I ,!a! e avvivvvevesives, un new uns em ac.a n.
8
.a . . v. a- sn
- 2s as 2: e ut a esAsdawadaJAAdad li ! != == m m ===e= i 5 . cat.
aen-~i .e,ij,m.g=sgajagg es gsg la s s,, as .. j e ga I -a seesssssassaases ; m.
$ .l. 3 3 gg s . e53a -
.ne..issss. me,.
.ug s.. sessesssssasawes .
I. I
!.I.
ls ~!! .!.!!!!5444.88444!!
- ...... --~~-- ,
.. W l
I: IS~ sh "~"******2:00352 1 I i i p 4 i
, I a: .8
r 1 - j' i
.ga_I.e dam.e.ce==.==.=.=..e.e.e. l n sunn ug l s'
^JJA*AAJAAAdddaa; esa
~ .s-.
-m g5
, I~ 8 i e.
- m. a. z e x. = =. c e. =. =. = = = =. =.
'a: '.g=t E gg
- EEN EE 1 4ges a- .. *5 E saa em j a ::asa aaddaaadaa :
- x. ~
.5 .,
I e- **mece:::::::-se 9a - xmme wx e-- s Nm.e= gs ..s,....=~8 2.=se ,n g gg.gs~ ,
--~-~~-~m ..--- ;
j ~Is! s. I
- ***885"S~~:::::5 ~
- a. . c' E gg9 . . . .I E- ll8 C! '
--~---.!.E58 sma . .sm.EE
, b !.!! -..-~m..~
L
-d E g.
I' IIII5555IIIIIIII g - g g * ***
- 22 a v' , . a s
.S . . . . - * . *". * . . . c*-s *l a u. u n oom.enne. .smunne N 7 7 7 7
- l, e 5 ** *
- N55 355 m em'L 'uE .EE i E saa asE g as 1 A- ;;a;;;;;dd;Asdaa 6 e I: . 4 -. -
w E s>- cc i 1. E E E $0BSI00kEENRCCa.
. . i didaddddddd*AAAJ I '
S
- B EC g Ad - dididdddds'JAAAJ m
. . at t ts EI -~~*--~~-e=uesee 1-.
= l l l l v i R: l
,_$i e m. a m. a. m. m. e. s. s. s. e. s s z. e. e. ,
E - 582*N ggE i
.= m - E 85llE5 a a:-- sac -.s l s .e :Ja:Jaaaas Jea.a g8
. l,
>. e. - m. a. a. m m. z z.
ex ~
- z. s e s. c e. z. z. e.
seu 5 - -- 8.. (. "r* . nun e E.:e e s e ., .
.$..=lms 8,88 N
-5 $y RRR*gmey**yss2??
E -Vs o g ggsgggwxyggggggs e a:- 85sse. -s
=
e g.==f.
~ gsgs a ;aasae assassa I *L" ~Il!l= - Bamm9xmasese99;c 8 -
www = x
/
--ln u see e e n. ~5 .
8 . . . 8
=gms
-88 ll!
- E, , *. - ------...---.---
8 g
.;leg
- an-9 99999?????999999 x
e R W ... 5,,gasexemess R"
...~.~~-~-~--.3.~5yx5.R5,"s",RS 3
m .-
. -.8- -
M $ NNk e E-l.n
- ==-~
Hg .. a e E.EEj!j"*sg$$$Eg*s! aa a sm 5 _: g
- aaa ::asa:
"' 3.
5
- E . /
N Q >E a 5 .33 . g N' =Eh 3 $0SSI000$$NRMcR. a asassaaaaaaaaaaa-g l. g
.g
-I.,.s.
e g .e. ,asageeg,am,e,sggggggg e 98 ~..
--~~-.
v , i
-~a*-*~~~e:~ eses 3 .ns El
)
i u.$. _
.~
( g! ? sese49ssas?$=44-I !!illfilli!Ill!I asaaaaaaaaaaasa; N,*s o
=
gu*i 3- ssssa, maga----- !
..=c
- i !gg a l n . n.
?
....E...
...~~.~.---~.n. . . . - ,
-~ q lh u 1 s , ?. ssee4959959$=???
E !I y-! k!.k!!.!!!.!!!!!.!k
--~.--- ~..- --
E "l,e. u in_g gl, .
, , , , ,m.
a x u. m. ,e. ,. ,. ,. ,.
- g- i, . '
r s** 54.R =* =g ggl -
. ..s
. ~
- 4. . 4.44 ~~ ~.---~.n ,
-~
T g
*J.
g n!!g a ss-5 z. 9999999999999995 g
,e L
"- s ii. I.I.I.I.I.I.!.m.ggazzI.E.x 34E
..-~--..
=
I '*' I??I@6Df99YYY*?*
;cHl;
= ==- lll$N" 5sasa a
~~~~sElNk"***$*j
.n. a 1 a aaaaaaaa.ia aaaaa J 8
. *'2 .
>= . t$
=
- 3 ., g . eg I E $0SSIE000SMCCCR.
g ~Il:
- l. .a assassassaa:aaaa
!q g
r .ii litt.i5RERE!!!!!I
. ... ......--~~__
y ,
'I : IB E ""a******S cczes m
1\ l
i
~1 .
s.
- ga
'I _ a. m. a. m m. m. m ..a. s s = * * = =. =. =
g <gg gy g ga es .g gg .
=. -s ~. ma u -
=. 5 4 a
. 44444444.:.:JJ4Jea e
I 5 $$**9998?b8?????. a- ' !=glI c
~
. j: W llls.EElllll5*sE!
W-
. ens . .
--- ass-s..st.-as.
--- -~-~.~ .-
k '
'N
~~
8
.E g:!a 89899598 5 gggggggg?g??:g:g::g
~. mas a g. eg Es ss g
g ag.=H_g. ysa aa;;;assaaasssaa j gs gI "L ll! '98**9999*** f??? E85
. c' l E85E E-
'E
* [gDe.@5lsl,lsl.l.544.E2
--- ~.-- -.
6c - lI !II". l , 8 s* e evevivevvvvvviva Ell. i.i:"a l. l. i. i.l. g-- 1. 9
-8 l.N 5 1. !.
i E ;i F = $5555599,== 5ESEE.
=
e as c!)I sl lll
-- FEE
==s.-.
;;essasaeasa;;;;
llllle??ee a:Emm
. g
-'1 3 .
h . m E m-I. '- ( . ~m, , en E 5.
- I E - $0BSI0000SNCNCR.
3g a aaaaaaaaaa :aaaa f ils 4.5
- o. . !!.
. ..ail.54.4.4.84RER!_i
. .--~~ _
-i E d
j $g .. g h . -am.a**..g=gcgc3 a i
n si~~ : 4 x A B m-
$. e mmmmmmassexxcece lI$.$$$$$$$$$$$$$$$$
.s s sasasassasasassa 5
988v.
.ggs =. m. a. a. m m a. z. a. s e. s e. s s. e e.
l,ll La; W, mge-u.- w l .n ll
---.,nl[l*g. . - ~.4.
..x.. - ~. ..
4 2 .~ ; i I~ maammmassezzeme~ l g !! 9 - lii i igigssisis s 2 L EesEya, .ma.s,.55e.qs,z,ig' e ss.E .~ isis-- --~.. --.- @g l na g -
;; ~l!! $29822928?*?**?? i 3* C' *E rE -
E g. E-h. E, E Enn l h.E ss E k.h. E E E h.R e. '.I
.-~-~..n ---.
A j sag l! 9 g
.98V9999999999999 i
g .g . . gggg=gggggggg~gggs
=2. ._~e.
2 C ut s dessassAasasases
~
...! 'U
..-~
e s. 1 . am$lR2292EE89l8309 ICE %h:IIEhEEkhEEEEka"
-- . e. ... e
--- .-~-~....-.
n
- - kIe- ..
.g :$. gi~ .
s-i' SE*Ese. EEEifSEEEsmecca. sessssssssasaass I. .
- 1.. g f.i.lsLil liti.l!.!.!.!I!!!!IR E
.. ... . ..--~~__
8 s h' IB ,!! ; -aa***N..g:ggggg.
1 l s
'I ga_ ~.. m. a'a. m. a n n. t. e s. e s s e n e.
a g eg gg g = ,
== E
.s $a es a assaswaaa;;;;;as E 1 es !
1
~1~8 e L g,I y. . e. s. s. s. m a z. z z e. s. s. e x z. e. ,
l
- s. A=e 5555 5 gE l
.W' , - eG8. ~
s5.ss
*s* ---
.ENE
..... . .% m~..
.91 l 1
b N 5 RRRRENE2??c3*??? I - 9 a- a g digggggggxgggergw m 8 Mw g q,E.Ig- y 4 ---m~
. CR . css 6. 4388
~-~~---.-~
llj c SSSSN2$$2??2y*fy U en== sur we s xx ggg 2R I d~ E E ~. 3333
**** ** " xg"1E ..
,,. -- .... ..... . . ~ . .--- .
- 4. -
I E y-gI-s f 9999999999999999z. 8
! s_s! E
=
.llllEllmezggse!E
.8-e -,a M - .a- EER~smi
= .saassaaa:aaaaaaa O .k!!!ENYENYh$9#f9
.E l,' ..-~e!Y j. '*
5555llinjsjEgl5E..
.. . az
. = z. I ~ .........~.. ...
d '
. I.::: *.
!" - ..4 E'
.n g.,"-
= x ce s.Essanoce-~..sneoca.
ddaddddissa;aAAJ
-l 4.
!ifil!E!!ililill il.l.: ;;
a lii eeasssssssasaax; d Eh':.-am***La*s:~cscs l $3
1
~
l
- s
!I' i ga.! ????~?~5?~5?? ?~
==.
g:: - ggggumElNjl5ElE5 c..sfis : ss mS 4 aussassessssssse
'g s .
*E I a !=c -
????~l8?~?"~??~~
- l- ~-m.e..c8@!.ns 555NllEE**llllE
' W' . 458 sM3E ----~~~mmm c-N -
g- ???~???2?~???U?? 8 g -9a gi '8 i e 8 EzE 8- c.qs@ Ei
.sgggw*5st,Nja5ElEk
$sq ,qS lg j a a n-u-mmmm...mmm.n E _ g gE,s w 3 e.
-l - -4 8 s) x. c. e. =. ~. ~ ~ u. ~. ~. ~. ~ ~.- = ~ ~.
i g- R - .
-a a -re' w l" EEENg
.xsso HE**
c=RE m e a g 5 ! 4
- g
,,. m ~-m.----~~~mmm..
3
). I+- 9 1
8 - ;gs_ f 9999999999999989
# 3 !* l I Sa ut .
EEl"ElllEll!.!.!.!.!.!.
-N.....N..
---ununnu-------
i i g ~.- g g'n E ~ e N. ..... . . . . .. . g-
.Mb
==-~ exas.~ cams m. e e aassassawaaxxxas I gs 1 e H
l- . . N' s M m a 5 ~ gg 5 llg. s. e sISSIE0!!ECRNCR. sassaassasa;aaaa m,
. E,,EEmEE,l1
.,llg JA
- a. saEssa- mm c m didddddddd JAAAJ
;3 v
fa ,, l IS El "~"******* 2=3C* , i l I 4 1.
1 l l l I
- a. .
W a
- s. e. s. e. .=. = s. e. e. s. . =. =. .= a. =. e. =. e. e. m. u. m. =. ~. e ~. e. m.
85 E ~3 *
* ***f
- E n, MW~. ~..m..m.
8n e.9. ;H, .
, nn 2 5 ~--
I.5
.~ ----- ~- m.~
E
~
N iN
.e. i.N EN EN
~~ ~.
s, z ~
- e. e. : e. e. s. e. s. e. s. e. =. =. ~,. . ~. e. = e. =. =. x. ,. n. =. n. =. n =.
g-Eg E= #s. p, a p, gg ..mg
-- a p. E. E
~ ..--.,~- _.,En: p .=8
. =
~ _. -.
~
s q~.4, . _- . ~
~
_ s.. -~ su -W-g
- e. s. s. e. e. s.: e. s. . s. e. ~ a. =. =. =. =,, ~. e. =. =. e. s. n. =. = =. n. =
- EM R E
=
o ge 1g. IWs ig. gg WW~ za a; E" . es** S*s Ig ,c*g WW es as xe p r Em as as as -. as as aa se as se ;; as as as 3
- I . s. e. .' *
- e. s. s. e. e. '. C. =. 2 3 s
F.
>p ~ .. D. e. 3. =. C. =. X. C. Z. D. N. O. R. 3 g a 5 !~,_ 0- .1 H. ~.. II.~-IE~ IR. 51 .~ it.
. li~. 5i -. ._ E4-- --0 _et 44 g 3. .. -.
. .. . . .. .- ,, ,, m.,. m.,. ,.,.
2 g . . .. .. .. .. . .. .. .. .
.. s a['Eg [5 5
- ng [*
8- E
.a g1 '95E n , 3, ~,,a 3g 5E [! EE
, ,~~ E8~-
..,,-- ~. ,3%. ,, "N ((- %. ~, ,
~. .
--- . . ~ . -
g - aE !<,. E es a a
=e == se se =e == *a x= x: n= mea'am mz
*a as me as s a a as
). =.
- a .. Es E z s-g
~
['['
~
g~s E' n :Es
. 8s*E'. .- -.. .~.m.~
8 . [' s,E. s,N', n. . - -- .a-Es 5'5' s. , 1 ~g ,- si -.e.. =. =. =. e. . =. =. =. =. =. =. =. =. =. =. m. =. m. e. =. =. m. e. =.=. =
~
wl 6
=
- ia Mi~!I-!i-EE-R5-XE-Ei-!E*EteEI=Ri~!E=iE=IR=
a a .a a .a a .a a .a a . a . a ..:a ..:a .: sa . aa .:.v.a.: s s s s s s
..:: s. 1 j [ Inesenezene==s=s=a=a me sn me me me s s k'*k**k'*k**k**kk*'k**k*'b s m n
'k*'tk*'b**k I8 I
-8
. .--~-.s~f.-s-I.n . -- n-~ s-- n- .Is..s- .In--n-~s 1 I I I I I I l
. =; = eN SIS ekSNhNNN khkhNkkkkM k s heh n
4
I> _ 2 e _ s e _ P _ 6 _ _ 9 i L _ U 80 22 J
- 9 11 _
- 8 - -
0 7 EE 3 6 46 5 92 4 94 3 _ ) 1 2 1 37 9 70 22
/ 9 11
_ 9 8 - - 7 EE 2
/ 6 92 8 5 15 _
4 93 _
- 3 _
_ 2 36 _ e 1 d o 60 9 22 11 _ . C 8 - - _ _ 7 EE _ c 6 63 _ I 5 09 f g 4 67 i 3 t n 2 35
' u p
i 1 _ t 50 22 S s 9 11
, - i 8 - -
\ c L 7 EE I 6 82 a a 5 61
- C t 4 94 a 3 E D 2 25 R 1 C t 40 22
/ u p
9 11 A 8 n P 7 EE Y I 6 24 N 5 11 ( 4 90
- 3
- 2 15 1
) 4 30 32 m 9 11 e 8 - -
r g e 7 EE l 6 39 o r i 5 50 _ F 4 46 P 3 2 84 _ n 1 o 20 32 i 9 11 e 8 - - r 7 EE _ e M 56 T9 w 4 t. 2 _ r _ o 3 C 2 14 1 e 10 42 s 9 21 o 8 - - D 7 EE 24 t o M 4 11 71 5 n 2 24 L u 1 F ( e d e . nq 67 t I ie 44 _ t Ls e M q
p i 7 l i M 9
* ~
- N. .
- t. 4 a. s. E. s. s. 2. s. 8 s. 8 s. 8 88 a
- l - '-, $ s. I 8 8.." 9 9 s. a. ag, 95 ** gE s5 x w l 6 >E9 s5 .== E.E. s *E e E.r 8 w 98 w- e *.-E.-~
S .. ~~ m 4.5. 9 . m.85
~ .. ~n mm r- t E, *j8. s.9 88 59 99 v8 S.t. 29 s.8.'83 S.E. 88 t. 8 i s a s gg gg =8= 14g =
e s ~. ,. .. -~ -~ ~ ga= Es, gg g== gs,ss!= 4g Eg i
. .. -~ m ~~ .~ ~ m ,
1o s
*lEsf99e9~e.a.s.a.s.7.s.s.a.s.s.
aE a. s. s. e. z.E8
- s_ . E II 55.s *8E ~WE. 55. z EE ~ EE m. EM E.E e **s .E 4
~
f b g JA ad AJ AA Aa ad J4 AJ AJ MA J4 Ja
~ l I. :-
- =g s.g 98 g e. 9 e. s. e. g e. s. 8 s.e~ s. s. a. s. s. u. E. m 1 5 3 EE I
# = #$, E.E E i
.g .s 6a
~
E
=.E.~..
E EI E.. 8, EE.
~ - E.E. E E. E 5.
.- -- ~~ n. - 8.~ =~n8E s. ~.n.
*4 . e -m j
g "g -
*l8 ' ls9 8I 99 ff E.2 s. 2. 2. 9 8 8 S. s. 8. a. 8 9 S. s.
E
. EgIEIIEEEEEE!!-EEEEEEIIE!EE
. ad as da aa ad ad aa sa ad ad ad as i 3
i m- "la Ev 89E99R99ff?ff?Hffffffffff8E89E9fE98
'saIEasEJgIAx5agg~;xEa En g8gggxeaggawn
- m . a .. = -E. ~. esammes:
' b
~y AJ as Aa 4J JA AA Ja JJ AJ AJ JJ di l
- 1. . "[ ,~ s.s. f 8. . h. e. t. e. m. e. 8. s. 8. s. 8. s. 9 8 t.8 t. 8 a.t.
[
- n llaecas-
.5 EE EE EE El EE EE EE EE EE EE EE l o
't I I I I l
~lg:85Ifflada;JaedadacaacJacJactacaJasa l l I I
- 2-g 8E._I.E.g_9,9_V,?
b, ! . . - a E. g _9zsg,
?I._??3,, _V I. g? _9,f E. _y g E. f _y E.f_Ii y g4.
.- .-m-- ~-.~-.~-~.-.~----~~--. j O 4 ff """******S #C303 css 2ENMAM2:22RAMMMER a
e
J 4 _ g e a P 9 6 L U J * )
- rr) r 112 _
0 oe2 4566 6666 6666 6666 . ( 0110 1111 3 t pm 0000 0000 0000 0000 e 0000 0000 000 c e - - - - - - - - - - - - - - - - r e + - - + + + + + + + +
)
ar-Fhs
//
EEEE 5646 1714 EEEE 5752 4409 EEEE 4330 0542 2EEE 6612 2464 t c e p s o D EEEE 0569 0781 EEEE 0023 5858 EEE 107 321 1 9
.dV wae 6427 3466 7654 3210 s n 0153 3528 211 _
/ r rl l 2141 1111 1111 1111 0272 1356 891 9
2 o( C e m C u _
/ m _
8 a g r e o ) d C o C T S
)
f 8 ( r _ O m2 3211 0000 0000 0000 e 01 10 1111 101 c T um l c 2111 1111 1111 1111
- - - - l e s o
0000
+ - - +
0000
+ +
000
+ + + + +
i f L F - EEEE EEEE EEEE EEEE i D EEEE EEEE EEE p 8021 728 i c e E V E a/ mV 515M 779 5146 5020 3921 2625 8713 2395 7914 2036 6296 6891 F e t a 0511 0716 0145 1373 1266 494 380 - mel v p L e s- af 6737 1122 2233 3334 S r 0251 1211 182 G G( e l c N I t n a L I C E U E F R E ) C R / r
/ g A t h 112 P G r 2222 2111 1100 0000 4 / 0100 0111 Y R 1 e 0000 0000 0000 0000 0 r 0600 0000 000 N F n) - - - - - - - - - - + + + + + + + ( + - + + + - - - - - -
( EV EEEE EEEE EEEE EEEE E EEEE EEEE EEE E e 0000 0000 0000 0000 0 e 0061 7795 600
- N . el 0055 0555 5355 5500 4 t 0022 0124 636 I o m (I 0577 5227 7127 2750 4 e 0738 9873 400
) N N m R m S a 1235 8123 5811 2235 3 0811 1942 111 a r G e r T o s g C t p
o o E D r R e P I c D e n R : o R r i O ' e s F - - r i e I S 1 t p w r S i ) o Y t s C L r r t r A o e e u h 0000 0000 000 e s l l t p b 1234 5678 9012 3456 l ( 0500 0000 000 A 111 1111 n e 8486 804 o e e m u m 0012 249 644 D - c l 127 e l F i o F R T t A J s l u F ( e d l i t t a I
~
~
l l ^ . I i 1 hE s l
~
.f -
9- - 3 j a 3 1 ^ a. s. s. a s. a. a s. a s. s. a a s. a. s.*. . g588 E. a. g g 2. 9 ~e e1 3 1 MEN l MN MM gNN
- wP'a Mg4
. 5n xs I aas; ;;;; ;;;; ;;;;x2a sx [ -- E ME s EME4 8 a mem v~ -
y s;;; asa; aas - 33 g a I. 4
- ~
8 . u 8
*9 8:
5 22 2222 2222 2222 . j 8588 EEEo s o 'J l 5
}
s s jg.isj'jiijijsj*8$.$E 4 gx9.,. @.se. n. 8
.~ .-~ .
g lss,i$'ij.$$$
.c x n 4.e. ,8 o.-- ~. .. ,
l
'# (
.!! ! E a
o E
- b N e a 2 )
' g. 5 u
- 2322 WEEE. E. E S. $ 8 8 8. g a.
. b. 8.$88 88.g5 E. E. g e.
3 j s. E . E e oc mE.I
'ada d'AA "" ~a^^ ^
s s" E s E s E E., a 2.'". d'a' 'a'a ^^^ 1- 3 *
- .- o .%. ,
g h m,. . ,o
?
; y 5 7
=E
[ 0);
. N G
a u k I -~a* **~a **Ec C*ps d 6 @ @ 8,8 $8@8 88@ I ..I! 2 s s a
==-~
nsa seg -~ 5 4 2
l
~ i u k.f1 ^
h-qw s tf
.Qc[jg?- j' mpgj l g ~: n %5("c gg' % . /$ -
. g -
}, wA I
j M,; M~ }e _$~ a.# m @: ~ _t" h o r 2 p( [ W g 3 k{%' g'~' bus m$ ' < ,x[i i . .$- qMv j
.iy" m .$ff-
?- .$
.l Jh -
p@Ap.h~ g _ ,S 6 N~ ,' t - y,W? e g a g)jg y -4 3 ;q" P g[O 8g+- y' Mg~'
. ' qS _Q. N' ;
~ ,
i y
,s e :
6 . g nj;? j 9jm d 3 Mi~ l' ~ n 9 e L U
..ka *s..%%w:.sg@*--
I t
- g4b, r& '
7 J- ymu,aj g'"" rpy s o e t na 5 6 6 2C 6666 6666 6666 a
. ( 01 00 1122 0000 222 000 t
f - t psi 0000 0000 0000 0000 e 0000 + + ++ + + +
.&,W(q_1@3p&Fhs y-e r + ++
c - - - - - - - - - - ar- :5646 EEEE EEEE 5752 EEEE 4330 EEEE 6612 t c n o EEEE 0515 EEEE
'639 EEE 853 7 .dv
// 1714 6427 4409 3466 0542 7654 2464 3210 e
p D 0603 0872 8326 1149 466 d74 9/ 3;., C y 1 yee nrf e 2141 1111 1111 1111 s e s 0415 ;391t 223 = 9 o( n e t . 2 f,.C s C -
/ y' s
_y -
,f ag h
.' .s O
=
9 f.Q;Qv e 8.mx;et - 2%;*mr 3- ,j r o )r f
. r
=
w d o S ~ _ pS' .. f ~ i. m I. te p{l' _0 1'00 8 "" 1 C S7~ts 2)s ;.12111 1 g"0 : 0000 0000 0000 1 111 111 0 e s 0000 0000 000 u
,c 7 1111 1111 1111 y+,i i f L
,( i Fcr ;~ , EEEE t
EEEE EEEE EEEE iy l bi + - ++ EEEE .EEEE
++++ + + +
EEE s E a 3691 5528 1549 6483 f~ 0554 0294 127 c >V e/m9796 n 7847 3858 9777 3716 8899 ey ek^ 0613 0825 6586 6904 977 719 5861g4666 e ;aE uV 2829 e - vr p" ae S p
.:erG;L + -{af $sp:1:~ 2424 ii77 6666 S e 0413 2555 436 d f- x1p~
_ t n lC;p:,.LE a , , _NOy i ,g5 I U F -
- h' -
- R E J. )
C R yj~ . <
/
A N ;% G . ; t = y g ~ .s h r 112 w s. i g r 2111 1100 0000 4 / 0000 0001 - P e x.E 2 2 - t ( 9000 0000 0000 0 r 0000 0000 000 m Y ( N R. F. 3
- Ev n) . c00O EEEE EEEE
- - - + + + + ++
EEEE EEEE E
+ ( + +++
EEEE
+ + +-
EEEE EEE E o 0000 0000 0000 0000 0 e 0665 6105 827
- N o
. 'sa N 0055 0555 5227 5055 7527 5500 2750 4
4 t e 0484 0991 3626 7852 643 263 m
.. :k I
W N s( n 0577 R m
- p n S e 1235 8123 5811 2235 3 0I24 4218 533 .
.~ r s e a
o s I' - t r g ~C T t
, o -
o E p .- D m r~ R e 5 c c~ r P I e-
, w D : _
n R g: i o R O. 3u - r e m s s F - - r i u e<. S I s3, 4 l p
.- )
n S l t s o Y r r C L r t A o e e u h 0000 0000 000 000 e N t bm 1234 5678- 9012 3456 p ( 0500 0000 a g-3 o D s A p e c e N u ;Tl ~ G 111 1111 i t s t i e m 0012 8486 249 804 644 127 u = o F R F T t A t J _ s t ^ - l ._ F A _ ( - e d l i : t a ' , M r e
a
.2
.9 m .. r l 1 1
- ~
f, s W .
#1..
a 1 a. s. a. s. a. s. a. s m. a. s. s. a s. s. a - .:. .- 855I - t.ve E Vs.9 g _ :g'; E,333 mz5..: gum 84 5..E.*...~l.8 3 E. . .n .gn4.
- g E. E.g"n g-
*~"~ *" ~~~
rt . s .I S ~ san- 44 w-
~ ' ' ' ~~" ~~~~ ~~~~ 8 r -(
W -3 0 m
/*]
. .. e sy iszee sees sees sees . 855g 9999 999 I:g, g
g lg.:. as EsgEg E s gEul.Eggg g._]
.:s sam ~E~g,g s-::E =6 m ,sEE
^
,# ," l..=-~ ammm mamm mm . .m I -l - . 4 .4 *
'444 4 '4
.. g m
3 . g .- 5 m - n.- 2 WWW2 WEEE'EES$ gggg a t $58$ ggEE EEE f.IE8
~
a "g E - I.I. I. $. $.$. $.c $.
-""* "-aa **- '""aa s
a
,5I.E...E.*
I.S,S s- N E. I. E.
"-*a I. $.
$ s$, $ ,$ $
~
5 'g-.a I -g f
'E }
I E . t t e. ., i E
.$ . Cs g- -
5 8R88 8888 888 a
- ,w m ., ces. .g;~ pges j; :g .: s a
==-" -
ass agg -
. . = =
4 s
..m..
=w f' 1
%,)
F i e. l it. W .
.3.I 1 38.8.8 8888 8888 8888 4 R g 8358 5 5 5. E. g..g s.
yS4 Rg4 WENR- S3. MMg WW ~ gg28 h *o Wg*W 8 min Wg M~gN g*g
- O
.t
.hs ggE E.E
. A4SS AJJJ JJJJ JJJJ JJJJ' I mm f
.R oE.
dAJA JJ44 JJJ 2 u u'
;ir - l, u
^
j W 3 - u - . * ~~~
.o 2 5l m. :. :. 2 *222. 22.*.2 2222 .
. - IE.E.I T 5.T.5 TTT
- . g WWW = Eg25.gngg ~.EW Wg
~-
R "s'a MEMg EMgMx s Igg * .Es 3 N
- so AAAA AAAA AAJJ Jasa s a:e, t
m s E" d A a.: JAAA AJA
.e w
L 8
== C g . -
2 .k- 2 2 5 n
-.3333 3535 5588 8888 8W- .d 8588 8855 552
~~
WW WWWg WWW
- s. g5
*)- WW cg**
M
.c '.g*ne neoc.gE s
- .g n s ass ama., E=s EMMW
._ j j.
c -- E 8 3 JAAA JJAA Jaad AAAA A
- g daJA A '4 A AJJ E $ I g
s . - E .' h u I. E'
- h I
6 E h" g'- -""* * * * - * * * : tf Q3c2 E k!EE E.E ! E. k E.E 3 . i
- ---~
zst og4
- ~
u.
,5
- w
^ .-
l
- l i
+
8 .i h- c-8355 8355 555 R $kng'I-8.E.88 8.888. 8888 8888 4. . a Ng4 MW W W 8- Egg MMEW **8 0 t
.js
. G.E 24 S 253.
l*ue ada; Jaa; ;;;; Jaa; W M
- gAuW g *s s "(
g
- 8. ESAR REE saaa J:: ;;a ,
2 u u 1
.k l I 3'
~
U *
- 8 !i **me "?:: ::*S SSSS I 99?? 9999 998 !
E!EE EEEE EEE ! 1iy liEEEEENIENEEEEEEEj s assa saaa aa.:: ::aa . 3 E sa a aaaa .::a 8 3 3 5 E E W l54
~~
g I-888488459588 - 8888 V-
*) s' W EREc OS s'WEcRme EBEE E m*e*gE f??? ???? ???
4Wgs "gg j- s* s E*ma*M c a 8 ~:; E.. s . 9 8 '1 'ade d'AA da aana a
- a ~ " ^ ~ a a "'
,- 't 8 u -
a
- .E gW &
g-g a
. e
.- =
in!I" 3 h ~~a* * * *- a *=:s es=3 25
&~
5 t 8,R88 8888 888, 2 . E d 8 ***" *238 SSs -""
. 3 :
=
5 r. 4
-e
k, 0 1 e s e P 6 9 L _ U _ J ~ )
- rr) r 0 oe2 4566 6666 6666 6666 . ( 0211 0000 000
- 3 t pm 0000 0000 0000 0000 a 0000 0000 000 c e ar- c - - - - - - - - - - - - - - - - r + - - - + + + + + + + EEEE EEEE E EEEE t s EEEE EEEE EEE
)
Fhs 5646 1714 5752 4M30EE 6612 c e o 007F 1 484 278
// 4409 0542 2464 p D 0317 5562 465 1 .d v 6427 3466 7654 3210 0900 6664 920 9
/ weo r rN 2141 1111 1111 1111 s m 0213 1345 567
- 9 o( C e u 2
/ n}}