ML20062A083

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Public Version of Revision 4 to Administrative Procedure AD 1850.04, Post-Accident Radiological Sampling & Counting. Revision 143 to Emergency Plan Supporting Procedures Revision Index Encl
ML20062A083
Person / Time
Site: Davis Besse Cleveland Electric icon.png
Issue date: 06/26/1982
From: Briden D
TOLEDO EDISON CO.
To:
Shared Package
ML20062A066 List:
References
AD-1850.04-01, AD-1850.04-1, NUDOCS 8208030056
Download: ML20062A083 (20)
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THE TOLEDO EDISON COMPANY l DAVIS-BESSE NUCLEAR POWER STATION l EMERGENCY PLAN SUPPORTING PROCEDURES REVISION INDEX l PAGE REVISION PROCEDURES REVISION TEMPORARY MODIFICATIONS i 5 HP 1602.01 10 T-6393 HP 1604.01 2

. . AD 1827.01 3 AD 1827.02 8 AD 1827.03 1 AD 1827.04 1 T-6019 AD 1827.05 2 AD 1827.06 2 AD 1827.07 2 -

AD 1827.08 1 AD 1827.09 1 AD 1827.10 12 AD 1827.1I 2 AD 1827.12 7 --

AD 1827.13 4 AD 1827.14 1 AD 1827'.15 3 AD 1827.16 1

{ - -

AD 1827.17 1 AD 1850.04 4 l AD 1850.05 . 5 i

ADMINISTRATIVE MEMORANDUMS REVISION No. 37 - ECS Pager and Telephone Numbers 26 No. 38 - First Aid Team 11 No. 39 - Fire Brigade 12 No. 41 - Emergency Duty Officer (EDO) 24 No. 42 - Radiation Monitoring Teams (RMT) 15 Revision 143

(- July, 1982 8208030056 820728 PDRADOCK05000g

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, AD 1850.04 i

Davis-Besse Nuclear Power Station Un't No. 1 -

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Administrative Procedure AD 1850.04 Post Accident Radiological Sampling and Counting d 1 m Record of Approval and Changes

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Prepared by Dave Briden -

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Date

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/ Manager of Quality Assurance Date Approved by W ^- ~~

Station Superint l,

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Recor.=endation Date oved Date Approved Date pcps~

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i 1 AD 1850.04.2

1. PURPOSE The purpose of this procedure is to address short-term preparedness in responding to radiological sampling and counting for a potential accident which would make normal sampling and counting impractical.
2. SCOPE 2.1 Gamma Spectral counting capability 2.1.1 In t'ne event of such an accident, the existing counting room could nte be used.

2.1.2 A temporary counting room would be set up in the Water Plant lab or other suitable location for gross counting, and gamma spectroscopy.

2.2 Reactor Coolant System (RCS) sampling 2.2.1 Depending on Radiation exposure, the normal sampling system can be used.

2.2.2 A shielded high pressure sampling sampler can be 2 used.for pressurizer samples when the normal sampling system cannot be used.

i s 2.3 Containment atm9 sphere sampling 2.3.1 The normal sampling assembly on Containment Monitor RE5030 is in an area where the expected radiation levels would be too high to enter.

2.3.2 A high pressure sampling assembly will be used for sampling at the Containment Hydrogen Analyzers.

2.4 Station vent sampling 2.4.1 Silver zeolite filters should be used for iodine sampling.

2 2.4.2 If RE 2024C or RE 2025C indications are off scale, direct radiation dose rates from a Noble Gase Tube are converted to uCi/cc.

3. REFERENCES 3.1 NUREG-0578, July,1979, TMI-2 Lesson Learned Task Force Status Report and Short-Term Recommendations 3.2 NUREG-0585, October, 1979, TMI-2 Lesson Learned Task Force -

j{ Final Report

2 AD 1850.04.2 3.3 NRC September 13, 1979 Letter (Followup Actions Resulting from the NRC Staff Reviews Regarding the TMI-2 Accident) j 3.4 TECo September 23, 1979 Letter (TECo Response to NRC September 13, 1979 Letter for DBNPS) 3.5 NRC October 30, 1979 Letter (Discussion of Icssons Learned Short-Term Requirements) 3.6 TECo November 21, 1979, Letter (TEco Response to NRC

, October 30, 1979 Letter for LBNPS) -

4. PRECAUTIONS 4.1 Individuals collecting samples shall not receive in excess of 3 .and 18 3/4 rems to the whole bcdy or extremities, respectively.

4.2 The requirements for exceeding 1.25 rem to the whole body during a quarter should be followed as . defined in Section 6.10 of HP 1601.01 (Guides and Limits for Exposures to ~

Radiation) 4.3 No entries shall be made into' areas exceeding 100 mR/hr without a high range survey instrument, and an individual

, qualified to evaluate radiological conditions. Unless airborne activities are known, respiratory equipment is to be worn.

2 4.4 Since Chemistry and Health Physics personnel will collect the samples, new REP's are not required.

4.5 WARNING WHEN COLLECTING SAMPLES

( Potential radiation levels during accident conditions are:

4.5.1 Containment Atmosphere Sampling

1. 585' elevation in front of the high pressure sampler may be 0.1 - 5 R/hr.
2. Hallway on 585' elevation adjacent to sampling may be 5 - 50 R/hr.

4.5.2 Station Vent Sampling

1. Inside the Non-Radwaste Ventilation Room by sampling system may be 5 R/hr.
2. At RE 2024 and RE 2025, the radiation could be 100 - 1000 R/hr if EVS system is operating. _

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3 AD 1850.04.4 4.5.3 RCS Sampling .

~

1. Sample system could be 0.1 - 5 R/hr.
2. Hallway to sample system could be 15 - 100 mR/hr.

4 3. Pathway to the RCS sampling system is to take the elevator or stairs in the southeast corner of the Auxiliary Building to the 545 ft. eleva-tion. ,

5. PROCEDURE 5.1 Containment Atmosphere Sampling The normal sampling point for Containment atmosph'ere at RE 5030 cannot be used because the radiation level in Mechanical

, Penetration Room No. 3 will be excessive due to the radiation from the containment spray line in the room.

When a high pressure sample is collected, only radioactive noble gases and iodines are determined. Particulates are not applicable based on Lessons Learned Item 2.1.6.b.

5.1.1 The sampler is evacuated by connecting a vacuum 7 . pump at the quick disconnect at v-2 with v-2 open, A and v-1 closed, evacuate the sampler, then close v-2

. 5.1.2 Connect a 75cc high pressure sampler (HPS) to tap CV 337 (342) inside the Hydrogen Analyzer Cabinet on 585' Elevation as in Figure I shown below; excluding the vacuum pump.

1

From Containment CV 337 75cc mf v-1 HPS 4 (or CVX342 DC X O Gauge, 30"-0" Hg Return to Containment

[ 9r and 0-100 psig Quick n '"

Disconnects ' - -

Figure 1 5.1.3 Verify flow through the hydrogen analyzer. (This system is isolated during an SFAS trip and Opera-tions would have to open isolated valves to re-establish flow.)

(

5.1.4 Open valve v-1 on the sampler. ,

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i l

4 AD 1850.04.3 5.1.5 Slowly open valve CV 337 (CV 342). After the )

pressure indication has stabilized as indicated on the pressure gauge, close CV 337 (CV 342) and V-1. Then disconnect the quick disconnects.

3 5.1.6 Count the 75 cc assembly for gamma emitting radionuclides using a gas sample geometry.

i 5.2 Station Vent Sampling The station vent is continuously monitored by RE 2024 and RE 2025, however, they do not meet the range required by January 1, 1981, from Items 2.l.8.b of NUREG 0578. During a post accident condition, noble gas readings can be obtained every 15 minutes by the use of a portable high range survey instrument next to the sampling line'.

Interference from noble gases for measuring radioiodine can be reduced by using silver zeolite filters.

5.2.1 If RE 2024C and RE 2025C readings are off scale, the emergency station vent s,ampling assembly --

located in the non-radwaste ventilation room on Elev 623' is put into service.

Grab sampler I Non-Radwaste Ventilation

  • i

,' assembly on . Room off the RE 2024 (RE 2025) , Turbine Deck -

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F ~

Grab Sample k .

CV 2024H Filter L To . (CV 202SE) -

Pu=p .( H SS 227 h Particulates

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HP-270 PROEE or HP-270 P OBE or b RD-17A PROBE RD-17A PRG3E k NNANNNwNNNNNNNNNxxxNN xxx mw _

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5 AD 1850.04.3 NOTE:

The RD-17A Probe is positioned 12-inches i' from the Noble Gas Tube, and the HP-270 -

( P' robe is in contact with the Noble Gas

, Tube.

- 1 l

3 '

1. Set up the interim station vent monitoring (Either RE assembly as shown in Figure 2.

2024 or RE 2025 may be used for connecting up to the normal grab sampling valves.)

2. Remove the particulate and charcoal filters in RE 2024 (RE 2025) grab sampler, and reconnect.
3. Close valve CV-2024H (CV-2025H)
4. Connect the tygon tubing labeled " Inlet" to valve SS-227 (SS-231).
5. Connect the tygon tubing labeled " OUTLET" to valve SS-228 (SS-232). ..

+ 6.. Open valves SS-227 (SS-231) and SS-228 (SS-232

7. Noble gases are monitored by a HP-270 Probe 540

( - -

..for Xe-133 concentrations between 0.054 to pCi/ce, and a RD-17A Probe fog Xe-133 concentra-tions between 520 to 5.2 x 10 pCi/cc.

's: '

Readouts are shown in Figure 3. .

3 RE 2024C and'2025C have ranges

- NOTE:

of 1 x 10 to 0.02 uCi/cc. ,

)

Low Range High Range- RM-16 RM-16 Recorder a 0.02-200 mR/hr 0.01-100 R/hr 1 3

j <

Connected to Sample Probes l

Low Range

. I Migh Ranges .

RM-16 e _

RM-16 Recorder Background

Background

1 Connected to Background Probes i '

Figure 3 3 u ,

8. Determine the net close rate for the appro-priate monitors used to monitor the Noble Gas j

Tube using Attachment 1.

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6 AD 1850.04.2

9. Calculate the Xe-133 concentrations using Attachment 1. I
10. If RE 2024C or 2025C reading are of scale, then readings from emergency high range or low range probes are to be given to the Shift Supervisor or Emergency Duty Officer every 15 minutes.

5.2.2 Iodine analyses can be collected at the interim Station Vent Samples.

1. Silver zeolite cartridges are used for iodine sampling with a particulate filter infront of the cartridge.

~

2. Calculate the volume of air that passed through the' particulate-silver zeolite filter assembly by multiplying the sample flow rate times the collection period. .
3. Iodine analyses and calculations can be -

performed by:

(1) Normal computerized gamma spectroscopy counting. t (2[Emergencyonsitecountingdescribedin Section 5.4.

(3) SAM-2 operation described in AD 1850.05.

5.3 Reactor Coolant Liquid Sampling During post accident conditions the letdown system would be isolated to prevent excessive radiation levels in the Auxiliary Building resulting from high levels of radio-activity in the reactor coolant liquid. In the interim, until the permanent RCS sampling system is available, a pressurizer sample will be collected at the normal sample point, ptcylded the radiation levels wilbin the room can ___

be controlled with shielding.

5.3.1 Interim RCS Sampling 2 The R. C. System Accident Sampling System shown in Attachment 2 is designed to obtain a reactor coolant sample from the pressurizer vapor or water space following an accident, which renders the normal sample room inaccessible, while maintaining the radiation exposure to personnel

)

as low as practicable.

'7 AD 1850.04.4

( The system consists of tubing and valves to .

l

\ obtain the sample and return it to the Quench Tank, a sample ,oanel with a cooler for con-ditioning the sample, solenoid valves for recircula-tion, sampling, and flushing and a shielded sample cylinder which collects the sample. The sample panel and its associated control station are designed for storage until required. The dcmineralized water, for cooling the sample, and the sample tubing are permanently installed at the same location.

1. Open demineralized water valve to the emer-gency sample cooler located at approximately head level at the entrance to the room where the cooler is installed.
2. Using quick disconnects, attach the shielded sample container to the sample panel.
3. Open the manual inlet and isolation valves SV-10 and SV-11 on the shielded sample con ~

tainer.

4. Open manual sample inlet and outlet isolation velves SV-8 and SV-9. (These are located on

( ,

the wall above the sample panel).

.' 5. From the Control Room, open control valves 4 RC 239B (pressurizer water sample), RC 240A, and RC 240B. (This pressurizes the sample system up to solenoid valves SV-3 and SV-4.) ,

6. At the remote control panel, place switch SW-1 (sample low) to "0N". (This opens cooling water valve SV-2, the low sample valve SV-3, and sample cylinder inlet and outlet valves -

SV-5 and SV-6.)

4 7. Allow the system to circulate for 30 minutes.

NOTE: Recirculation can also be accomplished with the high sample switch SW-2 which is provided to sampling at low system pressure. SW-2 opens SV-2, SV-4, SV-5 cud SV-6.

3. To collect the sample in the cylinder, place SW-1 (SW-2) in the "0FF" position to trap the -

( liquid.

8 AD 1850.04.4

9. From the Control Room, close valves EV-240A and HV-240B to isolate the sample system from }

the pressurizer.

10. At the remote station, place SW-3 (flush) in the "0N" position. (This opens valves SV-1, demineralized water flush; SV-4, high sample; and SV-7, sample cylinder bypass.)
11. Flush until radiation levels are reduced to the lowest level.

12.' Close inlet and outlet manual isolations valves SV-10 and SV-11 on the sample cylinder and disconnect the quick disconnects.

. 13. After disconnecting the sample cylinder, switch SW-3 (flush) should be placed to "0FF".

3 5.4 Onsite Counting Facility 4 In order to meet the 3-hour post-accident radiological -

sampling and analysis requirement for RCS and containment atmosphere sapples, an operational, adequately equipped, onsite counting facility must be available.

l~ The location chosen for the Onsite Counting Facility must be set up where the radiation level is low, such as the

, entrance lobby on the east si'e d of the Office Building (585 ft. elevation)or in the Water Plant Lab.

5.4.1 Equipment A Canberra Model 8100 or 8180 multichannel pulse i

height analyzer (MCA), presently onsite, has been assigned for use in the Onsite Counting Facility in the event of an accident. Should utilization of the Facility be required, a Ge(Li) detector assembly will be removed from the Counting Room (603 ft. elevation) and relocated in a low

_ radiation area where it will b_e__ connected with __

the Canberra MCA and other necessary equipment to provide the required gamma spectral analysis capability.

Efficiency charts and/or data tables are avail-able in the counting room manual to provide necessary counting information for each of the following samples:

1. Reactor coolant

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9 AD 1850.04.4

2. Containment atmosphere (noble gases)

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3. Stack exhaust (noble gases)
4. Stack particulates filter
5. Stack iodine cartridge.

5.4.2 Procedure .

Upon declaration of an emergency requiring

~ activation of the Onsite Counting Facility, the following procedure will be followed:

4 1. If the Counting Room cannot be used transport Canberra Model 8100 or 8180 to a suitable loca-tion, i.e., the Station Lobby, Water Plant Lab, or Radiological Testing Lab at the DBAB.

2. In Counting Room, gradually reduce high voltage to the Ge(Li) detector until high voltage is off. Turn off power to the NIM b'in

, in which,the high voltage supply and amplifier are located.

' ~ 3. Disconnect cables at the Ge(Li) detector,

{ amplifier, and MCA.

4. Remove Ge(Li) detector from shield and immedi-ately place in a dewar of LN . Relocate in a lowradiationareawithNIM$incontaining high voltage and amplifier. Bring a sample shelf assembly along.
5. Reconnect high voltage, pre-amp power, and signal cables between the NIM bin components and the Ge(Li) detector per Attachment 3.
6. Turn on NIM bin power and gradually bring high voltage up to. normal operating voltage (3000

_ volts). Allow about 15 minnies for the system -

to stabilize.

7. To achieve 0.5 kev / channel energy calibration, adjust the amplifier fine gain until the number of channels between two reference peaks is two times the difference between the peaks in key. Then adjust the baseline until a reference peak is in the channel equal to two ,

times the energy in key. It is not necessary ff to have exactly 0.5 kev / channel.

4.

- _ _ - . _ __. - _ _ _ _ . _ _ _ _ _ _ _ _ _ _ _ _ _ _ . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ __________..m__ - __

10 AD 1850.04.4

8. Determine background spectrum before counting samples. Good operating practice would )

recommend the stationing of an operating thin-window G-M survey meter with audible output at the Onsite Counting Facility. This would alert personnel to high atmospheric  ;

noble gas activity which could disrupt count-ing.

9. After counting appropriate samples, the data reduction necessary to determine the activity

. for each principal gamma emitter will be performed per RC 4502.00, Gamma Spectral Analysis.

10. Specific information for counting the RCS sampling I

system (i.e., the 40-ce bomb inside 3-inches of lead shielding).

4 (1) Remove the collimator pin from the shielding. .

(2) Use Attachment 4 for radionuclide data. -

()) Use Attachment 5 for efficiencies. These efficiencies in Attachment 5 are for counting at 1 1/4 inches between the con-

- 3

  • ~ tainer (at the collimator) and the detector edge with the collimator centered on the center of the detector. To get efficiencies t

for one foot divide the 1 1/4 inch efficien-cies by 116. To get three foot efficiencies, divide the 1 1/4 inch efficiencies by 1208.

(4) Use Attachment 6 for instructions to perform calculations manually if the computer is not available.

(5) If the RCS sampling system is needed to collect another sample, the sample which has been counted will be flushed out of the bomb when the next sample is to be recirculated.

e

. 11 AD 1850.04.2 Data Sheet for Calculating the Xe-133 -

Concentration in the Station Vent If the low range probe (HP-270) is used: .

Date RM-16 Sample RM-16 Background Net dose Xe-133 in time Reading in mR/hr Reading in mR/hr rate in uCi/cc equals mR/hr net mR/hr times 2.7 4 .

If the high range probe (RD-17A) is used:

d*

Date RM-16 Sample RM-16 Background Net dose Xe-133 in time Reading in R/hr Reading in R/hr rate in uCi/cc equals R/hr net R/hr times 5.2 x 10 4 D

4 Attachment I

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13 AD 1850.04.2

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14 AD 1850.04.2 1

NUCLIDE GAMMA ASUND HALF-LIFEtMIN) f(j g[ .*

CR-5r i.8000000-02 39993.7 -320:070- U NN-54 0.99970 450144. 334 807 CO-40 0.99840 2.768041E+04 1173.21 2M-45 e .50750 -- 351504. ii1545-MR-37 0.49400 74.0000 402.580 2R-95 . 0.54400 94320.0 754.720 2R=?; 0.93300 2020.00 d 4 3. 4 0 0 ---

NS-95 0.99000 50544 0 745.790 2-131 0.82000 11577.4 344 5C0

--- 2=132 s.99000* 134190s .47.7C D ----

I-133 0.37000 1248 00 529.849 I-134 0.15300 32.4000 1072.55 aEw133 st37100 <417.4w =0. ?f 70 -*-

XE133M . 0.10200 3155 04 233 250 XE-135 0.90400 550.200 249.741 aE135M s.8120G 151300s ;263620

.C5-137 0.95000 1 570377Et07 441.438

.. CS-13e 0.75000 32.2000 1435.56

. A-14 0 er23000 43417.. sa7 3ss KRg5M 0.75500 248.800 151.190

  • T91M 0.94900 49.7000 555.570 ns-203 e.81500 .733434 2 79- 210F---

SN-113 0.44000 145400. 391.700 SR-05 1.00000 93898.0 513.7S0

--- 34=T33 - O767000 a7729040E404 4557703 NA 0.99950 1.377072E+04 1274.52 TA-182 0.35800 165600. 1121.30

--- MA-2 44?9993 500a00s 43 EFT 40 2-135 0.29300 376.400 12&F.41 W-187 0.32000 1434.00 485.700 f

.E-7 sr20300 74723&2 4771570 AR-41 . . 0.99160 109 420 1293.44 SC-44 0.??f84 120744. 389.253 nR-85 4.300000E-03 3:439498E+0e 5133790 RS-98 0.22100 17.8000 1834.00 5 EU-152 . 0.24710 7.148160E+0e 344.300 #

. sF*124 sr?8000 64488.s .02'."70 J CU-64 5.C00000E-03 742.400 1345 90

. BR-84 0.41400 31.8000

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, . --- y=t1 2.200000E-03 34254;4 420 r. 00 Y-92 -

0 13720 211.800 734.500 TE-132 0.88000 4680.00 228.200

,Etsin 24000000E-02 17245.4 i43:930 MR-90 0.50000 0.53944 121.500 XE-137 0.32000 3.54000 455.380 KE-23e 0.29000 14r170C 2586-310 XE-139 0.450,00 0.47333 218.590 CS-139 4.700000E-02 f.30000 1283.23

9*-237 G rt?000 -- 63.300G 445:80s PJ-238 3.000000E-04 4.414748Et07 43.4500 NP-239 0.27800 3384.00 106 140

--- MR*3e s.tt000 1554220 e46.400 SR-91 0.33400 585.000 1024.30 RB-09 0.44100 15.4000 1031.83 wa-734 0188000 .T083787E404 775.202-* -

C5-136 1.00000 18720.0 818 500 CD-57 0.85200 388800. 122.040 CE-1tL_ _ 0.48000 44728.Q . 145.400 ---

KR-89 0.22500 3.14000 220.900 PA-233 0.34000 38380 0 311.890

  • CE-143 0.41300 1980.00 293 240 F-10 1.74000 109.700 511.000 CE-144 0.10800 407248. 133.530 ,

eg-19; e.7470G 3892:24 411.200 A0110M 0.73300 360574. 884.650 N1-65 0.25700 153.400 1481.90

  • FE-5? stS4507 4t224.0

.TC99M 0.t0000 361 800 .

4 0?? .

140.300 22 ----l LA-140 0.95330 2415.60 1594.18 e

CD-55 0.99440- 102571.- .102757 ,

MR-OS 0.28000 171.400 -

194 300  !

MD-?? 0.14000 4001.40 739.580

--- Ct=36 . Os40000 "= 3713800 1640 40 i N3-97 0.99000 73.4000 458.100  ! _,

J SR-92 0.90000 142 400 1383.94 1

-aesee s.22100-- 171,40c le36.o0 - .-

2 Attachment 4

jd% A% ("% l w ,

t

~

KEV ********** EFFICIENCIES FOR DEONETRY 30 DETECTOR 1 ********** __ .

40 NLeSTEEL + LEADeCOLLINATEDe1.25 INCHES l

- !v i . i 41 E*08 --1"i B37E-08 ' -2 T79 4E 4.053E-08"-53457E-08-*7 640E 1*;003c.-ve m.e86E=07* TT815E=07 IT991E:07--

j 20 2.416E-07 2 890E-07 3.412E-07 3.904E-07 4 603E-07 5.270E-07 5.983E-07 6.741E-07 7.542E-07 8.583E-07 i 30 9 264E-07 1 018E-06 1 113E-06 1.212E-06 1 313E-06 1.410E-06 1.524E-06 1.633E-06 1.745E-06 1.850E-06 1

I

40 -~1.973E 2 009E-06
  • 24 206E-06 2.325E-06'~ 2.444E 2.564E-06 2s604E306- 21105E=06" 27925E 37046E-06--

3 50 3.166E-06 3 206E-06 3.406E-04 3.525E-06 3 643E-06 3.761E-06 3 877E-06 3 992E-04 4 107E-06 4.220E-06 i 60 4.331E-06 4 442E-06 4.551E-06 4.650E-06 4 764E-06 4.848E-06 4 970E-06 5.071E-06 5.170E-06 5.267E-06

' -- 70 5 362E 5 456E-06 "-5.547E-06

  • 5.637E Si725E-06 " 5.010E SiO94E*06- 5 4 976E 8.056E'06- d i134E-06 --

00 6 210E-06 6 204E-06 6 357E-06 6 427E-06 6 495E-04 6.561E-06 6.626E-06 6 600E-06 6.749E-06 6.000E-06 90 6.065E-06 6.920E-06 16.973E-06 7.024E-06 7.074E-06 7 122E-06 7 160E-06 7 212E-04 7.255E-06 7.296E-06 ,

- 100- 74 335E-06-*74 373E-06 7.409E-06 ~7'.443E-06-' 7 476E-04" 7.507E-06-~73 537E:06- 71566E;06- 7;592E 7.610E-06 -'

4 ,

110 7.642E-06 7 665E-06 7.686E-06 7.706E-06 7 724E-06 7.7.42E-06 7.750E-06 7 772E-06 7.786E-06 7.790E-06 1

i 120 7.810E-06 7.820E-06 7.828E-06 7.834E-06 7.043E-04 7.049E-06 '7 853E-04 7 857E-06 7.860E-06 7.061E-06 *

--130--7.862E-06 -7.862E-06 ~ 7.061E-06

I 140 7 822E-06 7 013E-06 7.004E-06 7.795E-06 7 704E-06 7.773E-06 7.741E-04 7 749E-06 7.734E-04 7.723E-06 I

--160 --7.540E 7.520E-06 77.500E 7.400E-06 -- 7 460E-06 -- 7.439E 76 417E*06- 73 396E406- 71374E 7 351 E-06 --

170 '7.329E-06 7 306E-06 7.283E-06 7.259E-06 7.236E-06 7.212E-06 7.187E-06 7 163E-06 7.138E-06 7 113E-06 l 180 7.000E-06 7 063E-06 7.037E-06 7 011E-06 6 905E-06 4.959E-06 6.933E-06 6 907E-06 6.000E-06 6.053E-06 1 --190- -6 6 827E-06 6 000E-06 6 773E 6.745E-06 -6 710E-06 -6 691E-06 --6 4 663E-06--6 6 636E-06 4. 600E-04 *-6.500E-06-- ,

, 200 6.552E-06 6 525E-06 6.497E-06 6 469E-06 6 441E-06 6 412E-06 6.304E-06 6 356E-06 6.320E-06 6.300E-06 210 6 271E-06 6.243E-06 6.215E-06 6 187E-06 6 158E-06 6.130E-06 6.102E-04 6.073E-06 6.045E-06 6.017E-06 ' N

- 2207 5 6 908E-06--5 960E-06 5.932E-06 --5.904E Sio75E-06--5 847E SiG19E*06- 51791 EdO6 - Si763E 5;735E-06" '"

230 5.707E-06 5.679E-06 5.651E-06 5.623E-06 5 595E-06 5.568E-06 5.540E-06 5.512E-06 5.485E-04 5.457E-06 240 5.430E-06 5 402E-06 5 375E-06 5.348E-06 5.321E-06 5.293E-06 5.266E-06,5 239E-06 5.213E-04 5.186E-06

- 250- 5.159E 5 087E-06 5.063C-06

  • 5.039E-06 ' 5 016E-06 ' 4.993E-06 4.970E-06--~4 947E'06' "4.925E-06" 4.903E-06--

260 4.800E-06 4.859E-06 4.837C-06 4.815E-06 4 794E-06 4.773E-06 4.752E-04 4.731E-06 4.711E-06 4.690E-06 270 4.670E-06 4.650E-06 4.630E-06 4.610E-06 4.591E-06 4 571E-06 4.552E-06 4 533E-04 4.514E-04 4.495E-06 E% 4.404E-06-*'4 386E 4.360E406 41350E-06 4 333E-06-*4.316E-06-~ b m 200 290 44477E 4.299E-06 4 4.450E-06 282E-06 -l4 440E 4.248E-06 4.265E-06 4.422E-06 4.'231E-06 4.215E-04 4.190E-06 4 102E-06 4.166E-06 4.150E-06 w

$ $" 300 4 134E-06 4 118E-06 4.103E-06 4.C87E-06 4.072E-06 4.056E-06 4.041E-06 4.026E-06 4.011E-06 3.996E-06 08 y { -310 3.982E 3 967E-06 3.953E-06 " 3 + 938E-06~ 3.924E -3.910E 3. 096E-06'--3 002E-06 -'3.860E-06

  • Q% --340 330 --3.586E-06 3 709E-06--3 3.696E-06 3.683E-06 3.671E-06 3 650E-06 3.646E-06 3.634E-06 3 622E-06 3.610E-06 3.590E-06 el
  1. ' '" 574E-06 ~3.562E-06 -3.550E 3 4 539E-06 --3.527E-06-*3.516E-0&-3 7504E'06 37493EdO6 3 4 482E-06
  • 350 3.471E-06 3 460E-06 3.449E-06 3.430E-06 3 427E-06 3.416E-06 3.405E-06 3 394E-06 3.384E-06 3.373E-06 360 3.363E-06 3.352E-06 3.342E-06 3.332E-06 3.322E-06 3.312E.-06 3.301E-06 3 291E-06 3.201E-06 3 272E-06

'370 -"3.262E-06 3 252E-04 3.242E-06 3.233E-063 223E-04 ~3.213E-06 3.204E-06--3 195E-04 "3.105E-06 " 3.176E 300 3.167E-06 3 157E-06 3.140E-06 3.139E-06 3 130E-06 3.121E-06 3.112E-04 3 103E-06 3.094E-06 3.004E-06 390 3.077E-06 3.060E-06 3.060E-06 3.051E-06 3 042E-06 3.034E-04 3.026E-06 3 017E-06 3.009E-06 3.001E-06

-400 2.992E 2.904E-06 2.976E-06 2.960E-06 2.960E-06 2.952E-06 ' 2.944E-06

  • 2.936E-06 2.920E-06 2.920E .410 2.912E-06 2.905E-06 2.897E-06 2.809E-06 2 002E-06 2.874E-06 2.U66E-06 2.059E-06 2 851E-06 2.044E-06s 420 2.837E-06 2 029E-06 2.022E-06 2.815E-06 2.807E-06 2.000E-06 2 793E-06 2.786E-06 2 779E-06 2.772E-06

- 430- 2.765E 2.750E 2.751E 2.74 4E-06 --2.737E-06 2.730E-06 2 724E-06 --2 4 717E-06 ' -2.710E-06* 2.703E-06 --

440 2.697E-06 2 690E-06 2 603E-06 2.677E-06 2.670E-06 2.664E-06 2.657E-06 2 651E-06 2.6MiE-06 2.630E-06

'450, 2.632E-06 2 626E-06 2.619E-06 2.613E-06 2 607E-06 2.601E-06 2 595E-06 2.500E-04 2.502E-06 2.576E-06

-4 6 0 -- 2. 570 E-06 2 564E-06 2.550E 2.552E 2.547E-06--2.'541E-06 -2.535E-06--26 529E-06 --2.523E-06 p2.517E-06' ,

470 2 512E-06 2 506E-06 2.500E-04 2.495E-06 2.409E-06 2.403E-06 2.470E-06 2 472E-06 2 447E-06 2.461E*Q6' s

}

M .

J-'

! t

{

4

+

i __ KEV .

I 400 2.456E-06 2.450E-06 2 445E-06 2.439E-06 2.434E-06. 2 429E-06 2.423E-06 2.418E-06 2 413E-04 2.407E-06 5-490 2.402E-06 2.397E-06 2.392E-06 2 387E-06 2 382E-06 2 376E-06 2 371E-06 2 366E-06 2 361E-06 2.356E-06 -2.307E - 500 -2 3 351E-06 -2.346E-06 "2 341E 2 6 336E-06-2 s 331E-06-2 326E-06-2 s 322E *06--2T317E-06--2 s2.265E-06 312E-06 510 2.302E-06 2.290E-06 2.293E-06 2.288E-06 '2.283E-06 2 279E-06 2.274E-06 2 269E-06 2.260E-06 l

e 520 2.256E-06 2.251E-06 2.246E-06 2.242E-06 2.237E-06 2 233E-06 2.220E-06 2 224E-06 2 220E-06 2.215E-06 ,

-- 530 -- 2 211E-06 --2.206E-04 ~2.202E-06 -2.190E-06 -2 s 193E 2 4109E 2 4185E=06--224100E-06 139E-04-22 6176E*06 135E-06 *22.172E-06 131E-06'-- i:

, 540 2 160E-06 2.164E-06 2.159E-06 2 155E-06 2.151E-06 2 147E-06 2.143E-06 f 550 2.127E-06 2.122E-06 2.110E-06 2.114E-06 2.110E-06 2 107E-06 2.103E-06 2.079E-04 2.075E-04 2.091E-04

<' --560--2 & OB7E 2 4 003E-06 ' 2 079E 2.075E 2.07tE-06" 2 068E-06--2 6 064E*06--2 & O60E'06 2 056E-04 2iO53E-06"- ,

570 2go49E-06 2.045E-06 2.041E-06 2.030E-06 2 034E-06 2 030E-06 2.027E-06 2.023E-06 2 019E-06 2.016E-06 i

500 2.012E-06 2.009E-06 2 005E-06 2.001E-06 1.990E-06 1.974E-06 1.991E-06 1 907E-06 1.984E-04 1.980E-06

) -

j --590 -~.1.977E-06 1.973E-06 1.970E 16 966E-06 --14 963E-06 -1.960E-06 " 14 956E-06 --1'.953E-06 "1 950E-06 --15 946E  ; 600 1 943E-06 1.939E-06 1 934E-06 1.933E-06 1 930E-06 1 926E-06 1.923E-04 1 920E-06 1.916E-06 1 913E-06

! '410 1.910E-06 1.907E-06 1.904E-06 1.900E-06 1 897E-06 1 094E-04 1.891E-06 1.80DE-06 1 085E-04 1.802E-06 ii

--620--1.878E-06 -1.075E 1.872E 1.869E-06--1.866E-06--1 063E-06--1.860E-06--1 & B57E-04 -1.854E 1.851E-06-- l 630 1 848E-06 1.845E-06 1.042E-06 1.839E-06 1.836E-06 1.833E-06 1.830E-06 1.027E-06 1.824E-06 1.821E-06 I '

l 640 1.818E-06 1.815E-06 1.813E-06 1.810E-06 1.807E-06 1 804E-06' 1.001E-06 1.790E-06' 1.796E-06 1.793E-06 l i - 650 --1.790E-06 -1 787E-06 1.784E-06 1.782E 16 779E-06 --1 776E-06-- 1.773E-04--1.771E-04-" 1.760E-06-- 14 765E-06 --t 1.741E-06 1.730E-06 I i 660 1 762E-06 1.760E-06 1 757E-06 1 754E-06 1.752E-06 1 749E-06 1.746E-06 1.744E-06 *

( 670 1.736E-06 1.733E-06 1.730E-06 1.,720E-06 1.725E-06 1 723E-06 1.720E-06 1.710E-06 1.715E-06 1.712E-06

-6D0-1 a 710E 1 707E-06 -14 705E ! .702E 14 700E-06 1 697E-06 --1.495E'06 r;692E'06 11690E-04-~1i687E l 690 1.685C-06 1.682E-06 1.680E-06 1.67BE-06 1.675E-06 1 673E-06 1.670E-06 1.668E-06 1.645E-06 1.663E-06 J 700. 1.661E-06 1 658E-06 1.656E-06 1 654E-06 1.651E-06 1 649E-06 1.646E-06 1.644E-06 1.642E-06 1.639E-06 i

- 710 -16 637E-06 1.635E-06 1.633E 1.630E-06 1. 620E-06 1 626E-06 -'14 623E'06--13 621E-06 --13 619E-06 --1. 617E-06 -- '*'

l 720 1.614E-06 1.612E-06 1 610E-06 1 600E-06 1.605E-06 1 603E-06 1.601E-06 1.577E-06 1,597E-06 ,1.594E-06 i 730 1.572E-06 1.590E-06 1.508E-06 1.506E-06 1 504E-06 1.581E-06 1.579E-06 1.577E-06 1.575E-06 1.573E-06

--740 --11571E-06 --1.569E-06 -1.567E-06 -16 565E-06-1i362E-06 1 560E-06 --1 &558E"06- T3556E'06- 13554E-06 14552E . 750 1.550E-06 1.540E-06 1.546E-06 1.544E-06 1.542E-06 1 540E-06 1.530E-04 1.536E-06 1.534E-06 1.532E-06 l 760 1.530E-06 1.528E-06 1 526E-06 1 524E-06 1.522E-06 1 520E-06 1.510E-06 1.516E-04 1 514E-06 1.512E-06

-770- 1.510E-06 -1.500E-06 1.506E 1.504E 1.502E-06 -- 1 500E 16 499E-06 --1. 497E-06 --16 495E-06 * - 1. 493E >

l 1

y y ' 700 1 491E-06 1.409E-06 1 407E-06 1 485E-04 e re 1.403E-04 1.482E-06 1.400E-06 1.478E-06 1.476E-06 1 474E-06 6 i

$E 790 1 472E-06 1.471E-06 1 469E-06 1 467E-06 n -800 --1. 4 54 E-06 -16 452E-06 1.465E-06 1 443E-06 1.461E-06 1.440E-06 1.450E-06 1.454E-06 w 08 M[ H10 1.437E-06 -1. 451 E-06 1.435E-06 ,1.433E-06 - 1. 4 49E-06--1.

1 431E-06 1.430E-064 47E-06 -1 41.426E-06 1.428E-06 45E-06 --16 4 44E*06--1 1.425E-06 s 442E-06 1.423E-06 --14 1 421E-06 4 40E-06 --14 1 410E-06 1.416E-06 1.414E-06 1.413E-06 1 411E-06 1.409E-06 1 408E-06 1.406E-06 1 404E-06 om 020 1.419E-06 l *d $ - 830 1 403E-06 1.401E-06 1.397E-06 1.390E-06-1.374E-06 1 395E-06 1.373E-06 1.391E-06'-1.390E-04 1.300E-06 E 840 .1 304E-06 1 305E-06 1.383E-06 1.302E-06 1 300E-06 1.370E-06 1.37?E-04 1.375E-06 1.374E-06 1.372E-06 (,

j ' B50 1 371E-06 1.369E-06 1 367E-06 1.366E-06 1 364E-06 1 363E-06 1.361E-06 1.360E-06 1 35nE-06 1.357E-06 .

l 1.352E-06 1. 3 51 E-06 "-1. 3 4 9E-06-- 1. 34 0E-06--15 3 4 6E-06 "-l i 3 45E-06--1. 3 4 3E-06-- 1. 34 2E-06--

f ' 860870 --1.355E-06 1.340E-06 -1.354E-06 1.339E-06 1.337E-06 1 334E-06 1.334E-06 1 333E-06 1.331E-06 1 330E-06 1.320E-06 1. 327E l I . 800 1 325E-06 1.324E-06 1.322E-06 1.321E-06 1 319E-06 1.318E-06 1.317E-06 1.315E-06 1.314E-06 1.312E-06

- 090 1.311E-06 1.309E-06 1.300E-06 1 307E-06 " 1.305E-06 1.304E-04 1.302E-06 --1.301E-06 " 1 300E-06 1.290E-04 ---

900 1 297E-06 1.295E-06 1.294E-06 1.293E-06 1.271E-06 1.290E-06 1.209E-06 1.287E-06 1.286E-06 1.205E-06 910 1 283E-06 1.202E-06 1.200E-06 1 277E-06 1.270E-04 1 276E-06 1.275E-04 1.274E-06 1.272E-06 1.271E-04 -

-920 - 1.270E-06 1.260E-06 1.267E-06 1.266E 1. 264E-06 -1. 263E-06 --1 262E-06--18 241 E-06 --1.25?E-06 --1.258E-06 --- l 930 1'.257C-06 1.255E-06 1.254E-06 1.253E-06 1.252E-06 1 250E-04 1.249E-06 1.240E-06 1 246E-04 1.245E-06

~

...._-_L---

e - . . . -_s-

  1. 4 W \,,s l

N f . O t

' , y9y G { 4- .. .. .} -

940 1.244E-04 1.243E-06' 1.241E-06 1.240E-06 1.239E-04 1.230E-06 1'.236E-06 1.235E-06 IT234E-04 li233C-06 -

950 1 231E-06 1.230E-06 1 229E-06 1.228E-06 1.226E-06 1.225E-06 1.224E-06 1.223E-06 '

1 222E-06 1.220E-06 960 li219E-06-- 16 218E-06--1.217E 1i216E-06 14214E-06 1.213E*06---13 212E'-Oo i.211E-06--162 OE-06 1.268E-06 .

970 1.207E-06' 1.206E-06 1.205E-06 1.204E-06 1 202E-06 1.201E-06 1.200E-06 1.199E-069 3 1 GE-0&g.1:.1t7Er06 * ,

980 1 196E-06 1.194E-06 1.193E-06 1 192E-06 1.191E-06 1.190E-06 1.189E-06 1.107E-0A* .J.144(404.Gf43 85R-Od,4 990-1.18 4E-06-li 183E-06 -1.182E-06~~ 1.181E-04 -11'100E-06-~13170E-06---1i 177E-06--14176E-06,* 16175E-506,8 '14174E -

,1000 1.173E-06 1 172E-06 1.171E-06 1.170E-06 1 160E-06 1 167E-06 1 166E-06 1 165E-06: 1 164E-06 *te163C-06 1010 1~.162E-06 1.161E-06 1.160E-06 1.159E-06 1 150E-06 1 156E-06 1.155E-06 1.154E-06 1.153E-06 1 152E-06

--1020 --1;151E 1.156E-06 -1.149E-06 --1.148E-06 --1 147E 1 146E-06 --16145E-06--t:144E-06 -13143E 1 142E-06 1030 1.141E ,06 1.140E-06 1.139E-06 1.138E-06 1.136E-06 1 135E-06 1.134E-06 1.133E-06 1 132E-06 1.131E-06 1040 '1.130E-06 1.129E-06 1 128E-06 1.127E-06 1.126E-06 1.125E-06 1.124E-06 1.123E-06 1.122E-06 1.121E-06

--1050--1.120E-06 -16119E 1 110E-06 --1.117E-06 -1.116E 1.115E-06 --1 : 114E-06--t i113E-06 -1 ~.112E 1.111E '

1060 1.110E-06 1.109E-06 1.108E-06 1.107E-06 1.106E-06 1.105E-06 1.104E-06 1.104E-06 1.103E-04 1.102E-06 1070 1.101E-06 1.100E-06 1.099E-06 1 090E-06 1 097E-06 1.096E-06 1.095E-06 1.094E-06 1.093E-06 1.092E-06

--1000 --1.091 E-06 --1.090E-06 ' 1.009E 1.000E-06 -1.087E-06 1. 006E-06 -"1.086Edo6 --11005E 1.004E 1.083E '

1090 1.082E-06 1.001E-06 1.000E-06 1.079E-06 1.070E-06 1.077E-06 1.076E-06 .075E-06 1.074E-06 1 074E-06 .

1100 1 073E-06 1.072E-06g 1.071E-06 1.070E-06 1.069E-06 1.068E-06 1.067E-04 1.066E-06 1.065E-06 1.065E-06

-1110 -1'.064E-06 ~ 1.063E-04 1.062E 1.061E-06 -1.060E 1.'059E-06--1.050E-06 --l i O59E-06--1.057E 14 056E-06 1120 1.055E-06 1.054E-06 1.053E-06 1.052E-06 1.051'E-06 1.051E-06 1.050E-06 1.049E-04 1.040E 06 1.047E-06 l 1130 1.046E-04, 1.045E-06 1.045E-06 1.044E-06 1.043E-06 1.042E-06 1.041E-06 1.040E-06 1.039E-06 1 039E-06 -

-1140" 16 038E 16 037E 1.036E 1.035E 14 034C 16 034E 11033ES06- 21032E 1.031E-06 -"1 & O30E 1150 1 029E-06 1.029E-06 1.028E-06 1.027E-06 1 026E-06 1 025E-06 1 025E-06 1.024E-06 1.023E-06 1.022E-06 1160 1.021E-06 1.020E-06 1.020E-06 1. 019 E 1.010E-06 1 017E-06 1.016E-06 1.016E-06 1.015E-06 1.014E-06

-- 1170 - 1. 013E-06 --1. 012E 1. 012E-06 -- 1. 011E-06 -* 14 010E-06 "1. 009E-06 --11000E-06--16 000E-06 --1.007E-06 "-1. 006E l

, 1100 1.005E-06 1.005E-06 1.004E-04 1 003E-06 1.002C 1.001E-06 1 001E-06 '9.999E-07 9.992E-07 9.904E-07 l 1190; 9.976C-07 9.960E-07 9.961E-07 9 953E-07 9.946E-07 9.930E-07 9.930E-07 9.923E-07 9.915E-07 9.900E-07

--1200 --9.900E 9. 893E 9. 085E-07-- 9. 877E-07-- 9.870E-07-- 9 863C-07 -9 & B55E-07--9 & B40E-07 --9.8 40E-07--9 4 033C 1210 9.825E 9.818E-07 9.010E-07 9.003E-07 9.796E-07 9.788E-07 9 701E-07 9.774E-07 9.766E-07 9.759E-07 1220 9.752E-07 9.745E-07 9.737E-07 9.7J0E-07 9.723E-07 9.716E-07 9.700E-07 9.701E-07 9.694E-07 9.687E-07

--1230--9.680E 9. 672E-07 "9.'665E 9 658E-07-- 9.651E 9 6 64 4E-07 -- 9 4,637E-07--9.630E 9.623E-07 " 9.616E-07"j9, 1240 9.609E-07 9.602E-07 P.594E-07 9.507E-07 9.500E-07 9.573E-07 9 547E-07 9.560E-07 9.553E-07 9.546E-07 1250 9.539E-07 9.532E-07 9.525E-07 9.510E-07 9.511E-07 9.504E-07 9 497E-07 9.491E-07 9.404E-07 9.477E-07

- 1260- 9.470E-07" 9 463E-07 fi456E 9.450E-07--9.443E-07 9.436E-07 9i429E507- 93423EdO7--94416E 94409E 1270 9.403E-07 9.396E-07 9.389E-07 9.302E-07 9.376E-07 9 369E-07 9.363E-07 9.356E-07 9.349E-07 9.343E-07 1280 9.336E-07 9.329E-07 9.323E-07 9.316E-07 9.310E-07 9.303E-07 9.297E-07 .9.290E-07 9.284E-07 9 277E-07 9.250E-07 "9.251E-07 ~9.245E 9.230E-07 9. 232E 9.226E 9.219E-07 -"9.. ~ 19E-07 t3E-07 * $

N > - 1290- 9.271E-0799200E-07 1300 9.206E-07 264E-07 l 9 194E-07 9 107E-07 9.101E-07 9.175E-07 9 160E-07 9.162E-07 9.156E-07

  • g 1310 9.143E-C7 9.137E-07 9 131E-07 9 124E-07 9.110E-07 9 112E-07 9.106E-07 9.099E-07 9.093E-07 9.007E-07 $l w y --1320--9.081E-07-- 9.075E 9.069E-07 -9.062E 9.056E-07-- 9 4 050E-07--9.044E*07--96 03BE*07--9 4 032E-07 fiO26E-07 ; u og 1330 9.020E-07 9.013E-07 9.007E-07 9.001E-07 8.995E-07 8.909E-07 8.983E-07 8.977E-07 8.971E-07 8.965E-07 P mu 1340 B.959E-07 8.953E-07 8.947E-07 8.941E-07 8.935E-07 8.929E-07 8.923C-07 8.917E-07 8.912E-07 8.906E-07 '<3 e "LN.- 1350 8.900E-07 8.894E-07 8.000E-07 " 8.002E 8.076E 8.070E-07 + 0.865E-07--B.859E-07" 8.853E 8.847E
  • f' 1360 '8.841E-07 8.635E-07 8.830E-07 8.024E-07 8.810E-07 86012E407 0.007E-07 8.001E-07 8.795E-07 8.709E-07 N 1370 8.784E-07 8.770E-07 U.772E-07 8.767E-07 8.741E-07: 0.755E-07 0.749E-07 8.744C-07 8.730E-07 8.733E-07

--1300 - 8.727E-07 8.721E-07 8.716E-07 8.710E 8.704E1 07 . 8.699ELO7 -8.693E 8.600E 0.602E-07--8.e77E 1390 8.671E-07 8.465E-07 8.660E-07 8.654E-07 8.649E-07 8.643E-07 8.630E-07 8.632E-07 8.627E-07 8.621E-07 1400 9.616E-07 8.610E-07 8 603E-07 8.600E-07 8.594E-07 8 507E-07 8 583E-07 8.578E-07 8.572E-07 8.567E-07

-1410-- 8. 562E-07 8.556E 0.551E-07 ' 8 546E 8 540E-07 -8 535E B.529E 8.524E-07" 8,519E 8.513E

  • 1420 8.500E-07 8.503E-07 8.490E+07 8.492E-07 8.407E-07 0.402E-07 8.476E-07 8.471E-07 8.466E-07 8.461E-07 1430 0.455E-07 8.450E-07 8.445E-07 8.440E-07 8.435E-07 8.429E-07 8.424E-07 8.419E-07 8.414E-07 S.409E-07

}'r-1440- 8.404E 8.398E-07 8 393E-07 8 300E-07 8.303E 8.370E-07-" 8.373E 8.368E B i363E-07 8. 357E 1450 '8.352E-07 8 347E-07 8.342E-07 8.337E-07 8.332E-07 8.327E-07 8.322E-07 8 317E-07 8.312E-07 8.307E-07 1460 0 302E-07 U.297E-07 8.292E-07 8 207E-0'7 8.202E-07 8.277E-07 8.272E-07 8.267E-07 8.262E-07 8.257E-07 14/o n. n?l-op H.?47c.o7 0.?4?r.07 n.?37t-op n.73?r-07 p.2?/t-07 n.223E-07 p.?10E-07 n.213E-07 p.20pt 07 1400' O.,203E-07 0.190E-07 0.193E-07 0 100E-07 8.101EJ07 0.179E-07 "R.174E-0 7 D.169E-07 8 164E-07 0.1:WE,Q1

_l - _ = #- 2.-- -- - .

I w

y

, ) u . i3 6E07-- 87131Ee07- U rt 26E=07--*0TT71 E*0 1490- 177153Ewo7--8.-130EuC7--B 6.0.90E-07 0 093E-07 8.000E-07' r143E=07-- 9 003E-07 0 077E-07 0.074E-07 0.067E-07 8 3140E*0 2E 1500 0.107E-07 0 102E-07 0.041E-07 975E*07 77 0 037E-07 6 991E*07--7 0 032E-07 3

8 027E-07 906E*07--7.901E*07--7.977C 0.023E-0 1510 0.060E-07 0.055E-07 0.051E-07 000E-07--7 0 046E-07 37 954C-07 7 945E-07 7 941E-07 7 074E-07

" 1520 0 013E-07'* 0 00?E-07

- - 1500 7.740E-07

'7.506E-07

! 1600 7.664E-07 7 660E-07

--1610 - 7 623E 7 610E-07 ' 574E-07 7 570E-07 7,.526E-07 7 522E-07 7.510E-07 7 514E-07 7.510E-074 67E-07 1620 7 502E-07 7 570E-07 .534E-07 7 530E-07 7 406E-07 ~ 7.402E-0 7 ~7. 470E-07 -*7 4 4 75E-07 7.471E-07 -*7 1630' 7 542E-07 7 530E-07 490E-07 7.494E-07

-1640- 7 502E-07 -*7 1

.1660 7 424E-07 7 420E-07 7 414E-07 7.413E-07 7431E-07 371E-07--7 367E-07 *-7 4 343E*07--7 7.3359-07 359E-07 ~7.35

--1a707.34HE-07-7.306E-07 ~7 302E-07

  • 7.370E-07 7.333E-07

-7.375E-07-7 329E-07 7.326E-07 7 322E-07 '7.310E-07

-1700 --7.274E-07 ~ 7 270E-07-*7 7 227E-07 267E 7 7 223E-077.100E-07' 263E-07--

7 171E-07 7 107E-07 7 104E-07 7 220E-07 7 177E-07,7.216E-07 7.173E-07 7 212E-07 7 170E-07 7*-7.135E-07 1710. 7 230E-077.190E-07 7 234E-07 7 230E-07 7 175E-07 71156E-07 --7.152E-07.- 7 147E-07,-7.145E407--7 4142E-07 "7.'130E-0

, 1720

- 1730 '7.2c2C-07

-- 71166E-07

1740 7.131E-07 7 120E-07 045E-07 --7; 042E-07-~7.030E"07( 7 035E-07"'7.032E-07*

40E-07 --7 1750 7 096E-07 7 093E-07 7.090E-07 7 006E-07

-1760--7.062E-07*-7 057E-07--77.010E-07 055E-07 7.052E 7 015E-07 70 7.011E-07 7 000E-07 6.971E-07' 6 960C-07 6.945E-07 72E 005E-07 1770 7 020E-07 7 025E-07 7 021E-07 6.703E-07 6.901E-07 6 970E-07 4 973E-07 6.900E-07

'1700 6.795E-07 6.991E-07 6 900E-07 6 952E 6.940E 6 945E-07-"6 6.703E-07 8 942E-07 6.07tE-07 6.040E-07-6.937E-0 p

1770 *

- 6.YSGE-07 6 719E-V7 6.916E-07 6.913E-07 07 6.90VE-07 6 706E-07

-6.037E-07"* 6 036E-07 o n,3,1000 6.929E-07 6 926E-07 6.070E-07 6 007E-07 6.004E-07 6 000E-07 6.077E-07 6.074E-07

  • n 2010 6 09uE-07 6.093E-07 6.050E 6 055E-07 --6.017E-07 6.052E-07 - 6 849E-07--6.045E-07--6 6.814E-07 6 011E-07 6.000E-07 6.774E-070? 63005E-07 042E-

$ E 1020-- 6 064E-07 --6.061E-07 6.706E-07 6.783E-07 6.700E-07 6.777E-07 6.743E-07 o

,," 1030 6.033E-07 6.030E-07 6.024E-07 6.023E-07 66.755E-07--6.752E-07--

020E-07 6 747E-07' 6.744E*07 6.7 3**3E -0 7 #'

'o

! 1040 6.001E-07 6 790E-07 6 795E-07 6.792E-07 6.707E-07 6.720E-07 6.725E-07 6.722E-07 6 717E-07 6.714E-07 6.603C-07

$ "$1060 1050- 6.770E-07-*

6.740E-07 6.767E-07 6 737E-07 6.734E-07 4.731E-07 ~ 6.764E-07 6.670E-07 6.695E-07* 6 761E-07-6 692E-07 6 750E-07 6 607E-07 6.606E-07 E 07 w 6.624E-07 3

u 1070 6.710E-07 6e707E-07 6 704E-07 6.701E-07 07 -6.660E-07

-1000 - 6 600E-07 ~66.444E-07 1090 6 650E-07 4 647E-07 677E-07 - 6.674E 6.671E-6.641E-07 6.603E-07 6.600E-07 6.630E-07 6.612C-07 6.607E-07 6 606E-07 6.574E-07* 6 572E-07 " 6.569E-07

  • 6.566E-07 6 635E-07 6 4.597E-07 6.595E-07 6.537E-07 .

1900 6.621E-07 6 610E-07 6 615E-07 6 503E-07 ' 6.500E-07

  • 6.577E-07

- 1710 - 6 592E-07 6.507E-07 ,* 6.506E-07

6. 4 93E-07 6.554E-07 6.51DE-07

"* d . 6.4r.7E-076 490E-07--'o 6.515E-07i 4 552C-076.512E-07 07E-07 6.454E-07 - 6. 4

-1940 - 6.506E-07 *"6.504E-07* 6.501E-07 '* 6 470C-07*-6 4 1960

.1760 6 477E-07 6.476E-07 6.443E-07 6 45tE-07 4.44DE-07 6.444E-07 6 416E-07 6 413E-07 6.473E-07 6.440E-07 66.470E-07

-? - 6.

430E-07 6.435E-07 410E-07

-- 6.

4. 40eE-0 7 -

6.432C-07 6.37.1E -0 7 405E-07 6.347f. 0/

6.46

.424E-07 6.421E-07 6 41?E-07 6.30VE-07 6 306F

- 177[ 6.357E-07 4.3:i1E-07 6.352C-07 6.34VE -076. T 07 IV06 e.397E-07

- ' ^c-n7 6.394E-0[ 6 372E-07 6.362C-07 6.3601 6.36HE-Or 6 345E-07-- . ' . Ae-n7 6.333EJU7 - 4 331E 6.320E-07--6 326E-07w ~

.. -__ 6.32.1E-07

19 AD 1850.04.3 1

I Manual Calculations for Gamma Spectroscopy .

Sample No. Description Sample Date and Time Counting Date and Time Decay Time min Volume el Count Time sec Detector Geometry '

Nuclide Energy key C D

-uCi/ml =

A- Bx( )

3.7 x 10' x E x F x G x H x J -

Where:

? '

A A = Counts in total peak area' .

B = Number of channels integrated

. C = Counts in' first channel of peak D = Counts in last channel of peak E = Efficiency for the detector and geometry used F = Volume of sample in milliliters G = Gamma abundance of photopeak (decimal fraction)

H = Decay factor e Ati, Where A equals 0.693147 divided by the half life and ti is the decay time in the same units as the helf-life.

J = (1 ~- i-At 2.) where t 2 is the count time in seconds and A is in inverse seconds. If the count time is less than 10% of the half-

)( life, simply enter the count time in seconds for "J".

f 1

END Attachment 6

.. .

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