ML20115C508
| ML20115C508 | |
| Person / Time | |
|---|---|
| Site: | Cook  |
| Issue date: | 06/30/1978 |
| From: | INDIANA MICHIGAN POWER CO. |
| To: | |
| Shared Package | |
| ML20115C511 | List: |
| References | |
| NUDOCS 8504180440 | |
| Download: ML20115C508 (78) | |
Text
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7 .
.7 RADIOACTIVE EFFLUENT RELEASE REPORT
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INDIANA & MICHIGAN POWER COMPANY DONALD C. COOK NUCLEAR PLANT' UNIT NOS.1&2 (
. BRIDGMAN, MICHIGAN
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JANUARY l, 1978 THROUGH JUNE 30, 1978
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DOCKET NOS.50-315 AND 50-316 LICENSE NOS. DPR-58 AND DPR-74
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,/$ RADIOACTIVE EFFLUENT RELEASE REPORT wY r
TABLE OF CONTENTS PAGE NO.
s I. INTRODUCTION .................................
I 1.. RADIOACTIVE RELEASES .........................
3 III. RADIOLOGICAL IMPACT ON MAN 4 LIQUID RELEASES 4 GASEOUS RELEASES ..................... 5 IV. METEOROLOGICAL DATA .......................... 6 V. CONCLUSIONS .................................. 7
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, 4. TABLE OF APPENDICES PAGE NO.
A- Radioactive Release Data .......................... A-1 B-1 'teteorological Data for First Quarter of 1978 ..... B-1 B-2 Meteorological Data for Second Quarter of 1978 .... B-19 B-3 Meteorological Data for Batch Releases ............ B-38 A
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I. INTRODUCTION This report discusses and summarizes the radioactive
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discharges from both Unit I and II of Donald C. Cook Nuclear Plant during the first six months of calendar year 1978. The format presented in Section 5.4.lB of " Appendix B Technical Specifications" for the aforementioned units has been followed in preparing this document.
Unit I started 1978 operating at 100% power. On January 17, the unit was shutdown from 100% due to high conductivity in steam generators caused by acid getting into the condensate sys-tem while regenerating resin in the make-up plant. Unit I was returned to service on January 19, 1978. During the month of February, Unit I operated in the deicing mode, and for a period of 7.5 hours5.787037e-5 days <br />0.00139 hours <br />8.267196e-6 weeks <br />1.9025e-6 months <br /> lost reserve power when an insulator flashed over and tripped breakers causing an unscheduled outage. No other major unscheduled outages occurred.
On April 6, 1978 during this reporting period, Unit I was removed from service to conduct the Cycle II/III Refueling Outage. This outage began on April 7th, and the unit was returned
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to full service on June 24, 1978.
The Unit II Facility Operating License, No. DPR-74, was issued on December 23, 1977. Initial fuel loading commenced en December 26 and was completed on January 2, 1978. Post core loading tests were conducted throughout the month of February and initial criticality was achieved on March 10, 1978, after which the turbine /
generator system was paralleled to the system on the same date.
On ?farch 29, the Unit was made subcritical. Investi-gation of condenser vacuum problems revealed failed tubes in "A" condensers. Damage was caused by steam impingement from steam dump valves. In preparation for a unit start-up, the steam leads were pressurized. This outage continued until April 1, 1978.
On April 19th, the Unit was once again removed from service. Cold shutdown was brought about for various maintenance and modification work. Unit II remained out of service until the the end of the month.
Another unplanned outage started May 19, 1978 due to an unidentified reactor coolant system leakage in excess of 1 gpm.
It was found that the failed fuel detector safety valve was leak-
. ing. Isolating the fuel detector reduced the leakage from 3.26 gpm to .158 gpm. The unit was then kept out of service to perform 7.,
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( ) moisture separator reheater modifications and" remained as such D' until June 1, 1978.
The next major forced outage occurred in the month of June, after several reoccurring low vacuum trips due to an im-pulse pressure effect on the low vacuum trip devices from an alternate drain line discharging on the immediate vicinity of the condenser vacuum sensing lines. The sensing valves were re-located to the opposite side of the condenser. Following the outage for moist ure separator reheater modifications, power ascension testing continued and the unit attained 97% power, a
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+ II. RADIOACTIVE RELEASES The details and data concerning radioactive discharges from both Units I and II have been handled as joint responses rather than independently for the first six months of 1978.
Appendix A presents this information in accordance with the format cited in Section 5.41of Appendix B, Environmental Technical Speci-fication. As i'n reports preceeding this one,~the effluents were well within the limits set forth in Appendix B Environmental Tech Specification for the D.C. Cook Nuclear Plant,and Appendix I to 10 CFR Part 50.
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)- III. RADIOLOGICAL I'tPACT ON .*1AN Potential doses to individuals and population were calculated using the measured liquid and gaseous effluents and meteorological data given in Aopendix A and B of this report, respectively.
LIQUID RELEASES The liquid releases consisted of 103 batch releases in the 1st quarter and 82 in the second quarter of 1978. These were treated as continuous releases for the purpose of dose calculations.
The estimated doses to individuals from liquid pathways are given below:
Pathway Organ Dose (mrem)
- 1) Drinking Total Body 1.73E-2 Water G.I. Tract 4.83E-3
, Thyroid 1.17E-2 Bone 1.28E-2
- 2) Fish Con- Total Body 6.28E-1 sumption G.I. Tract 2.46E-2 Thyroid 3.01E-3 Bone 4.78E-1
- 3) Shoreline Total Body 7.54E-3 Activities Skin 8.83E-3
- 4) Swimmi.i Total Body 1.19E-4 Skin 1.46E-4
- 5) Boating Total Body 5.95E-5 Skin 7.31E-5 A~
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','N Gaseous Releases
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s~ There were 53 batch releases during this rep'orting period.
Doses were estimated separately for the larger releases using the measured meteorological data at the times of the releases.
Quarterly averages of the meteorological data were used in estimating the doses from the continuous releases durinq each of the two quartorn. The doses received by individuals t-hrouqh the various gaseous pathways are listed below.
Pathway Location Organ Dose (mrem)
Air Submersion Worst Sector Total Body .18 Site Boundary Skin .19E-1 Inhalation Thyroid .11E-2 Infant-Cow Nearest Cow Thyroid .42
, . Milk (1.8 Miles Consumption ENE)
, Infant Nearest Thyroid .1lE-2 Inhalation Residence (5 Miles South) l Adult Thyroid .26E-1 Leafy Vegetable Consumption TOTAL POPULATION AVERAGE DOSES DOSMS TO INDIVIDUALS (MAN-rem) (arem)
Gaseous 276.5 6.53E-1 Effluents
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Liquid 1.2 1.SE-1 Effluents The total body population dose calculation considers the area located within a 60 mile radius of the plant site as per Environmental Technical Specifications Section 5.4.1 (K).
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9, IV. METEOROLOGICAL DATA r Included in Appendix B is the cumulative joint- '
frequency distribution of wind speed and wind direction which
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, correspond to various atmospheric stability classes for both quarters. The meteorogical condition during each of the Batch gaseous.
Appendix.
effluent releases are also furnished in the same V
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i .i-CONCLUSIONS V.
v Du' ring this reporting period, Unit 1 of the Donald
- C. Cook Nuclear Plant generated 2,264,570 (MWH) Gross of Electrical Energy. The operating reports indicate that during
'the calendar year 1978, this unit was operating at.52% Unit Service Factor at an average Unit Capacity factor of 52.7%.
Unit II generated 2,593,834 (MWH). No values for the Unit, Service and Unit Capacity factors were indicated. 'As stated in Section II of this report, the radioactive releases'from
, ' Units I and II. remained with 12.8% of their respective limits in Appendix I to CFR Part 50. The doses resulting from these releases were within 43% of their respective limits in Appendix I to 10 CFR Part 50. '
Based on the information presented in this report, it is concluded that the Unit performed its intended design function without causing any hazard to the health and safety of the general publio.
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EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPO.RT - 1978 LIQUID EFFLUENTS BATCH MODE l
Nuclides Released Unit 1st Quarter _..__ 2nd Quarter Stronium - 89 Ci <l.184 E-4 <l.911 E-4 Stronium - 90 Ci <l.018 E-4 <l.643 E-4 Cesium - 134 Ci 1.229 E-1 1.251 E-1 "
Cesium - 137 Ci 1.395 E-1 1.331 E-1 Iodine - 131 Ci 1.163 E-2 3.234 E-3 e
I Coba1t - 58 Ci 5.594 E-2 1.038 E-1 Cobalt - 60 Ci 8.651 E-2 8.238 E-2 "
, Iron - 59 Ci <l.626 E-4 7.742 E-4 Zinc - 65 Ci <l.018 E-3 <l.382 E-3 Manganese - 54 Ci 1.573 E-2 1.094 E-2 =
. Chromium - 51 C1 3.785 E-3 1.011 E-2 m
Zirconium-niobium - 95 Ci 4.164 E-3 4.917 E-3 Molybolenum - 99 Ci <7 482 E-6
. <1.207 E-5 Technetium - 99m Ci <5.628 E-5 < 9.081 E-5 c Barium-lanthanum - 140 Ci <3.468 E-4 <5.595 E-4 Cerium - 141 Ci <l.031 E-4 <l.664 E-4 c:
Cesium - 136 Ci 5.635 E-4 7.840 E-4 Sodium - 24 Ci 2.393 E-3 7.835 E-3 Iodine - 133 Ci 4.436 E-4 1.242 E-4 Cobalt - 57 Ci 7.028 E-5 1.862 E-4 =
Zirconium - 97 Ci 3.811 E-4 7.196 E-5 Silver - 110m Ci 1.603 E-4 1.557 E-3
< 4.782 E-5 1.707 E-2
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Sb -124 ~ Ci Sb-125 Ci < l.535 E-4 8.074 E-4
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EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT - 1978 LIQUID EFFLUENTS - SUMMATION OF ALL RELEASES l
Unit Est. Total 1st Quarter 2nd W Error, %
A. FISSION AND ACTIVATION PRODUCTS I
- 1. Total release (not including tritium, gases, alpha) C1 4.443 E-1 5.028 E-1 3.03
- 2. _ Average diluted concentration during period uCi/ml 2.359 E-8 2.017 E-8
- 3. Percent of applicable limit % .338 .148 B. TRITIUM
- 1. Total release Ci 84.279 208.659 .260
- 2. Average diluted concentration during period uCi/ml ~
1.182 E-6 2.212 E-6 3 .' Percent of aDolicable limit % .039 .074 g C. DISSOLVED AND ENTRAINED GASES i
- ' 1. Total release Ci 6.882 E-1 1.794 E-2
- 2. -Average diluted concentration during period 'uCi/ml~
3.654* E-8 7.198*E-10 y ' 3. Percent of applicable limit %
D. GROSS ALPHA RADIOACTIVITY
- 1. Total release Ci <2.930 E-3 <9.577 E-3 E. VOLUME OF WASTE RELEASED (PRIOR liters 3.2529 E 6 5.2490 E 6 2.00 TO DILUTION) l liters' l.8833 E 10
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! 2.4919 E10 3.48 F. VOLUME OF DILUTION WATER USED DURING PERIOD
- No applicable limit A-2
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'Ir EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT - 1978 GASEOUS EFFLUENTS - SUMMATION OF ALL RELEASES Units 1st tuarter 2nd w o A. FISSION AND ACTIVATION GASES
- 1. Total release Ci-9.986 E 3 2.520 E 2 1.4
- 2. Average release rate for period u C'i/Sec 1.284 E 3 3.205 E 1
- 3. Percent of technical specification limit % 6.15 0.19 B. 10 DINES
- 1. Total iodine - 131 C1 2.964 E-4 9.846 E-3 13.9
- 2. Average release rate for period pCi/Sec 3.812 E-5 1.25 E-3
- 3. Percent of technical specification limit % 0.007 .225 C. PARTICULATES
- 1. Particulates with half-lives > 8 days Ci ..
<l.771 E-3 9.637 E-2 18.0
- 2. Average release rate for period uCi/Sec <2.278 E-4 5.153 E-9
- 3. Percent of technical specification 9.28 E-7 limit %
- 4. Gross alpha radioactivity Ci <3.160 E-12 < 3.16 E-12
,_ D. TRITIUM
- 1. Total release Ci 6.840 E-1 1.312 E 1 2.0
- 2. Average release of- rate for period U Ci/S~e~c 8.796 E-2 1.669 E O
- 3. Percent of technical specification limit ; .67 12.8 S
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EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT - 1978 GASE0US EFFLUENTS - ELEVATED RELEASE CONTINUOUS MODE BATCH MODE Nuclides Released Unit 1st Quarter 2 nd Quarter 1st Quarter 2rd Quarter
- 1. FISSION GASES Krypton - 85 Ci 6.979 E 1 5.462 E 1 Krypton -.85m Ci 7.430 E-1 7.042 E-1 Krypton - 87 Ci 1.221 E-1 Kiypton - 88 Ci 1.364 E O Xenon - 133 Ci 4.173 E 2 7.340 E1 9.384 E 3 1.156 E 2 Xenon - 135 Ci 4.009 E O 3.671 E 1 5.439 E O Xenon - 135m Ci Xenon - 138 Ci Xenon - 133m Ci 7.388 E 1 7.141 E-1
[ Total for oerliod Ci 4.213 E 2 7.340 E1 9.565 E3 1.786 E 2
- 2. 10 DINES Iodine - 131 Ci 2.122 E-4 7.850 E-4 8.424 E-5 9.061 E-3 Iodine - 133 Ci 2.664 E-5 1.387 E-5 1.033 E-5 Iodine - 135 Ci Tota i for period Ci 2.389 E-4 7.989 E-4 8.424 E-5 9.071 E-3
__3 . PARTICULATES Strotium - 89 Ci Strotium - 90 C1 Cesium - 134 Ci 8.621 E-10 Cesium - 137 Ci 5.316 E-6 Barium-lanthanum - 140 Ci Cobalt - 58 Ci 4.596 E-6 4.325 E-2 Cobalt - 60 Ci 1.505 E-5 4.087 E-2
. Cesium -138 1.706 E-6 3.196 E-4 Macnesium - 54 2.023 E-3 Chranium - 51 4.883 E-3
- 95 8.010 E-5 S:ircomium Niobium - 95 1.340 E-4 Antirony -124 4.781 E-3 Rubidium - 88 2.137 E-2 A-4
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'\ J g-EFFLUENT AND WAS, DISPOSAL SEMIANNUAL REPORT - 1978 SOLID WASTE AND IRRADIATED FUEL SHIPMENTS c A. Solid waste shipped offsite for burial or disposal c
- 1. Type of waste Unit 6-month Est. Total period Error, %
- a. Spent resins, filter sludges, m3 6.113 E 2 1 ,
evaporator bottoms, etc. Ci 1.398 E 2 4
- b. Dry compressible waste, contaminated m3 2.031 E 2 1 equipment, etc. C1 2.026 E 1 200
- c. Irradiated components, control rods, m3 etc. Ci
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- d. Other m3 Ci ,
- 2. Estimate of major nuclide composition
- a. CS-137 % 55.5 CS-134 % 40.4 C0-58 & 60 % 4.0 m
- b. 00-60 % 85.0 00-58 % 15.0 m
- 3. Solid Waste Disposition Number of Shipments Mode of Transportation Destination 17 Truck Sheffield, Ill 37 Truck Bannell, S. C.
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EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT - 1978 MDA GASEOUS EFFLUENTS - ELEVATED RELEASE CONTINUOUS MODE BATCH MODE
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Nuclides Released Unit ist Quarter 2nd Quarter 1st Quarter 2nd Quarter _
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E1 <2.850 E1 <1.519 E-1 <7.297 E-3 Krypton - 67. Ci <3.771 E1 <4.210 E1 <2.775 E-1 <1.333 E-2 Krypton - 88 Ci <5.429 E1 <6.061 E1 <3.994 E-1 <l.919 E-2 Xenon - 133 Ci. <6.407 E1 <7.153 E1 <4.714 E-1 <2.265 E-2 Xenon - 135 Ci <l.629 .E 2 <l.819 E2 <1.198 EO <5.758 E-2 Xenon - 135m Ci <6.114 E2 <6.826 E2 <4.498 EO <2.161 E-1 Xenon - 138 Ci <3.169 E2 <3.538 E2 <2.332 EO <l.120 E-1 Xenon - 133m Ci <l.340 E2 <l.496 E2 <9.861 E-1 <4.737 E-2 Total for period Ci <9.526 E3 <l.064 E4 <7.006 E1 <3.366 E O t'
_2 . 10 DINES Iodine - 131 Ci <4.174 E-6 <4.660 E-6 <l.807 E-4 (9.429 E Iodine - 133 Ci <6.153 E-6 <6.869 E-6 <2.663 E-4 <l.390 E-5 lodine - 135 Ci <l.141 E-5 <l.274 E-5 <t. 915 E-4 <2.565 E-5 Total for period Ci <2.174 E-5 <2.427 E-5 <9.385 E-4 <4.898 E-5
- 3. PARTICULATES Strotium - 89 Ci <3.084 E-6 <3.443 E-6 Strotium - 90 Ci <l.066 E-6 <l.190 E-6 Cesium - 134 Ci <6.231 E-6 <6.956 E-6 <2.697 E-4 <l.408 E-5 l Cesium - 137 Ci <6.060 E-6 <6.765 E-6 <2.623 E-4 <l.369 E-5 !
Barium-lanthanum - 140 Ci <2.762 E-5 <3.084 E-5 <l.195 E-3 <6.238 E-5 v t A-6
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METEOROLOGICAL DATA !
FIRST QUARTER 1978 t
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. f"5l i
lapse RA', ,ho DIST. FLR C004 1/78=3/78 LOCATION 15CFT DES C/1001 e1.4/ so.5 I
J- (180=30FT) Q I
SPEEDS (MI/MR)
, 0-3 4=7 8=12 13-18 19-23 24 PLUS SUM PERCENT I O! RECT!DN SU9 PERCENT SUM PERCENT SU1 PERCENT SUM PERCENT SUM PERCENT SUM PERCENT.
's 22.5 0 0.0 1 .1 12 6 5 3 4 I 45.0 2 5 3 27 1.4 0 0.0 9 5 20 1.1 6 3 0 0.0 67.5 2 9 5 27 1.4 36 1 1 36 1.9 90.0- 2 1
8 4 1.9 0 0.0 0 0.0 74 3.9 1 17 9 15 23 I 112.5 0 0.0 to 5 14 7 8 1.2 3 2 6e '3. 6 3 2 4 135.0 0 0.0 5 3 4 2 7 0 0.0 34 1.8 157.5 11 6 0 0.0 0 0.0 20 1.1 I
0 0.0 3 2 12 6 23 1.2 0 0.0 J9 180.0 0 0.0 3 2 16 8 1 1 2.1 202.5 1 1 1 .1 0 0.0 21 1.1 0 0.0 6 3 12 6 3 2 0 0.0 0 0.0 225.0 0 0.0 3 2 8 4 6 3 21 1.1 I 247.5 0 0.0 4 22 2 1 0 0.0 19 1.0 2 1.2 19 1.0 A 3 0 0.0 51 2.7 g 270.0 0 0.0 1 1 11 6 14 7 2 4 e
292.5 0 0.0 0 0.0 12 1 2 32 1.7 I 6 27 1.4 7 4 14 .7 60 3.2 315.0 0 0.0 0 0.0 11 6 25 1.3 34 1.8 337.5 0 0.0 3 51 2.7 121 6.4 2 2 .1 9 5 18 1.0 33 1.8 65 3.5 360.0 1 .1 2 .1 2 .1 12 6 3 2 9 5 29 1.5 5 3 67 3.6 202 10.7 215 11.4 109 5.8 119 6.3 717 38.1
)
MEAN WIND SPEED 16.7 D NUMBER OF UNINTERPRETABLE HOURS 0
's D
D D
)
)
(
3 B-13
) -
> ,m *
- . . x e
\
LAP 3E RAT (
U 10DISTeFOR C00N 1/7833/78 LOCATION 150FT DEC C/100M so.4/ 1,5 I '
( 180-30FT)
I SPEEDS (MI/NR)
C=3 4=7 8=12 13=18 19-23 24.PLUS SUM PERCENT I DIRECTION SUM PERCENT SUM PERCENT SUM PERCENT SU1 PERCENT SUM PERCENT
,, SUM PERCENT 22.5 2 1 4 2 5 3 4 2 1 1 0 3.0 16 8 I 45.0 3 2 5 3 4 2 0 0.0 0 0.0 0 0.0 12 6
. 67.' 2 .1 8 4 11 6 11 6 0 0.0 0 0.0 32 1.7 90.0 2 1 4 2 32 1.7 20 1.1 P. 1 0 0.0 60 3.2 1
112.5 0 0.0 12 6 16 8 3 2 0 0.0 0 0.0 31 1.6 135.0 ,
O L.0 4 2 3 2 5 3 0 0.0 0 0.0 12 6 157.5 'O C0 a 2 6 3 6 3 1 1 0 0.0 17 9 I 180.0 0 0.0 12 1 1 6 16 8 1 1 0 0.0 JO 1.6 202.5 0 0.0 5 3 12 6 15 8 1 1 0 0.0 33 1.8 225.0 0 0.0 3 2 30 1.6 16 8 1 1 2 .1 52 2.8
) 247.5 0 0.0 2 27 1.4 65 3.5 to 1 5 7 4 111 5.9 270.0 0 0.0 1 .1 7 4 21 1.1 7 4 5 3 41 2.2 292.5 0 0.0 5 3 22 1.2 22 1.2 2 1 0 0.0 51 2.7
) 315.0 0 0.0 2 4 1 7 17 9 A 3 0 0.0 32 1.7 337.5 1 .1 5 .J 1 1 2 1 17 9 6 3 32 1.7 360.0 0 0.0 2 .1 8 4 4 2 6 3 4 2 24 1.3 ,
a 10 5 67 3.6 203 10.8 227 12.1 55 2.9 24 1.3 586 31.1 D
NEAN WIND SPEE0 13.2
> NUP8ER OF UNINTERPRETABLE HOURS 0
)
D D
9 D
)
3 B-14
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ea ta8 84 L E OOOOOOOOOOMOOOOO 'M 3
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tas E
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M ee e D- O O ee we M O e W M O M M e O O es a se z e e e e e e e e e e e o e e e e e st)
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e > H =* ** f%a e in$ O O O O N ** ** f%s O se es p.
em e Z e e e e e o e e e o e e e e o e e
% 4 ts.4 OOOO O ee M L2 S E e taa h E O ee I N 84 M P= M C O O O W fnB N 4 O f%f we f4 3 M Mt eID el O E D 3 U O X
E a
M D- O O est we O O O O O O O O O O O O art tab e Z e e o e o e e e e e o e e e e o e J E D taa OO O Os.3 O O O O O O O O O sn E3 M 4 e E D*
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O eft O M O art O trl O att O m O N't O WI O e o e o e o e e o e o e o e o e ik e =
O E Z O Q M N IFt P= 0 N 171 h O N til em O N trt e O M D= N W eiPseMtile OfuW h &seM e X E w U =* *e se we f%f fte N N f4 M Pt Pt taa en taa F M E E 4 E et M tea 3 3 O E Z
> = ==~ .m T* m a m m . m a e m a a m a ' a a a a Lm
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O e
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,,,,3 W OOOOOOOOOO O OO E U E
- W N S.
E O O O O O O O O O O we O ae =* O O M 3
En as 0 9-OE ee O NM u8 O M 9= OO0000000 O O oe ** O O O N Ce N Z e e o e e o e e e e e o e o e o e W ** 8 tas OOOOOOOOOOO OOO Ow EP U we E W
EL E O O O O O O O O O O O su .e C O O M 3
el D-E O
M we eG 9= 0 O O @ O M M N O -e O N N O O ee m oo z e o e e o e e o e e e e e o e e e Z 8 W OOO O O O OO ee O u @
- M.
. E -
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- C E O O O E O O O p= 0 m M M O -e O M M O O =e e
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E wN 9= 0 N A89 esM M -e o O O esse O O O W art se z e e e o e e e o e e o e o e e e e OO tal O OOO OOO =*
W eG u
- W E E W O E E O M @ d we n M we O O O ee we O O O p=
3 N 59 en p. 9= O O oo=e O .*** O O O O O O O O
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== w W OO O 00000000 M u 5 E e W
' em E O oe K OONeeOwee00COOOOOOwe a 3
sc e 53 O E O 3 u O I
E R >- .*OOOOOOOOOOOOOOO ee las l O e z e e e o e o e e e e e o e e e e e .J
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o= z n O en C arl O n O ers O en O in o n O O et og O e o e e e e e o e o e e e e e e ? O E M N in em O f%a hrt N O N In em O N @ em O M D- N 4 4 EP ee M trl em o tu a p= &
- M e E E l W u we se we we N N N 8%$ N M M M taa e las 2 83 e E *K E as te nas 3 a O I' Z e.
e 6 s* em oe ese e >
~% 'e a eo - e a a a a e a Ae a e a e a e e A O C
p _
t
- LAP 3E RATF 3015'7.FOR COOK 1/78*3/78 NJ LOCAT!QN 150F7 ALL STA8ILITIES Q -
SPEEDS (n!/HR)
- 0-3 4-7 6-12 13-18 19-23 24 PLUS Sun PERCENT DIRECTION SUM PERCENT SUM PERCENT 3' PERCENT SUM PERCENT SUM PERCENT SUN PERCENT 22.5 4 2 15 8 25 1.3 13 7 5 3 7 4 69 45.0 3 2 19 1.0 32 1.7 9 5 3.7 67.5 1 1 0 0.0 64 3.4 9 5 26 1.4 48 2.5 54 2.9 1 1 0 0.0 138 7.3 9c.0 6 3 22 1.2 75 4.0 76 4.0 25 1.3 3 2 207 112.5 0 0.0 26 1.4 37 2.0 17 9 11.0
- 135.0 0 0.0 12 6 21 9 5 0 0.0 89 4.7 1.1 21 1.1 0 0.0 0 0.0 54 2.9 157.5 0 0.0 11 6 40 2.1 50 2.7 5 3- 0 0.0 106 5.6 J
180.0 , 0 0.0 to 5 38 2.0 30 1.6 4 i 202.5 0 0.0 14 2 0 0.0 82 4.4 7 34 1.8 25 1.3 5 3 1 .1 79 4.2 1
225.0 0 0.0 14 7 44 2.3 24 1.3 5 3 3 2 247.5 0 0.0 90 4.8 11 6 62 3.3 93 4.9 17 9 11 6 194 10.3 270.0 0 0.0 13 7 33 1.8 79 4.2 16 8 9 5 292.5 9 150 8.0 1 1 17 51 2.7 67 3.6 to 5 15 8 161 8.6 315.0 2 1 8 4 25 1.3 54 2.9 2.2 55 337.5' 1 .1 to 1.0 12
- 47. 2.9 tot 9.9 6 19 1.0 40 2.1 57 3.0 360.0 3 2 9 5 13 7 19 1.0 10 147 7.4 5 13 .7 '67 3.6 29 1.5 245 13.0 590 31.3 650 34.5 195 10.4 174 9.2 1883 100.0 .
MISSING HOURS 277 RE4N WINO SPEES 14.4 TOTAL NUMSER CF UNINTERPRETASLE HOURS 0 TOTAL NUMBER CF CALM HQuRS 0 PERCENT 0.0 A
B-17
m . .-
.p
)
V LOCATION 15CFT DIRECTION V8 SPEED 4
LAPSE RATE aIs0 OIST. FOR C00M 1/78=3/78 SPEE03(MI/NR) 4=7 8=12 13=18 19=23 24 PLUS SUM PERCENT Q=3 SUM PERCENT SUM PERCENT SUM PERCENT sum PERCENT SUM PERCENT OIRECTION SUM PERCENT 9 30 1.5 15 8 5 3 7 4 79 4.1 22.5 4 2 18
.5 2 0 0.0 77 4.0 a5.0 4 2 21 1.1 41- 2.1 9 1 to 26 13 52 2.7 54 2.e 1 1 0 0.0 143 7.4 67.5 5 1.3 3 2 213 11.3 90.0 6 3 28 1.4 75 3.9 76 3.9 25 1.4 37 1.9 17 9 9 5 0 0.0 91 4.7 112.5 0 0.0 28 0 0.0 56 2.9 135.0 0 0.0 14 7 21 1.1 21 1.1 0 0.0 0.0 12 6 42 2.2 50 2.6 5 3 0 0.0 109 5.6 157.5 0 0 0.0 83 a.3 160.0 0 0.0 to 5 39 2.0 30 1.5 4 2 r
35 1.6 26 1.3 5 3 1 1 et 4.2 202.5 0 0.0 14 7 3 2 90 4.6 225.0 0 0.0 14 7 44 2.3 2a 1.2 5 3 64 3.3 16 4.9 17 9 11 6 199 10.3 247.5 0 0.0 11 6 9 5 150 7.7 270.0 0 0.0 13 .7 33 1.7 79 4.1 16 8 17 9 51 2.6 67 3.5 to 5 15 8 161 8.3 292.5 1 1 2.8 42 2.2 55 2.8 188 9.7 315.0 2 1 8 4 26 1.3 55 7.8 337.5 20 1.0 14 7 19 1.0 en 2.1 57 2.9 151 1 1
.T 19 1.0 to 5 13 7 69 3.6 4 360.0 3 2 to 5 14 264 13.6 618 31.9 657 33.9 196 10.1 174 9.0 1940 100.0 l 31 1.6 l
HISSING Hour 8 220 MEAN WIND SPEED 14.2 TOT 4L NUMBER 0F UNINTERPRETABLE HOURS 0 TOTAL NUMBER OF CALM HOURS 0 PERCENT 0.0
, MISSING SPEEDS 104 PERCENT 5.4 HISSING DIRECTIONS 145 PERCENT 7.5 1
l{. .
i ,. _ . . . .
l t
- j. __
B-18
O l
f APPENDIX B-2 METEOROLOGICAL DATA SECOND QUARTER 1978 ,.
1 i
l t
e B-19
/ \ >g .e e we wedte e in we N M S ** m e e p We
) ee eeeo e oe ee o e oe o e tae ** ** ** =e O u =e e E ta8 E N N N818eftsO M e > p M O p e O >
3 N oe se =e fns .e et .e e ee
- 8 eng Om e
se taa
.3 e H 0000000000000000 O a z tan eeeeee e e o e e e o e e o O
e
.& D0000000000000n0 i & U E
4e taa N L E C000000000000000 O En e Ok Ob ee O
. %M US O et > OOOOOeeoOOOOOOOOO we es e fgg Z e e oe ee e e o e o e e ee e e las we s W OOOOO OOOOOOOOOO GW p u ee E tal E COOCCNCOOCOOOOOO N 3
e3 ta.
O O M e > twCOOOOOOOOOOOOM p g o we Z e e e e eo e e e e e e e e e e e 8 2 e tea OOO OOOOO OO O Pt U ,
CQ H se E
>= laa 4 L U
O E F M O O O -e O O O O O ** -e o O WI e
.3 3 we n W E
K te E
wN 3= M e O O *e N O O O M e fu O M O O w w .e z e o e e oe o e e o e e e o e e e OR tal O OO O we M taa S U lae E E in8 W &
E @ e O ** fif tr1 se O O e e Wt O e we =e O 3 fid h e
a G p. >= M ** O O =e N @ ** *%8 O O e @ tre a Wt m
> 3 Z e o eeee e o e o e e o e e e e
% W laa ** 16 i e u B E W tal h & O e E p. (%8 we we 8%8 G W Pt 4 ** we e e me M se M 3 =* M ee we .e 71 W *e #
D E O 3 U O E
E Pt 6= O 0 O O O O O O O O O O O -eN we e tag O g z e e o e e e e o e e o e o e e e o a k O tal OO OOO OOOO at U N 4
- e E o 3
>* 443 > tal W A set M L O I" O O ** O O O .e o O O O =*eeN e Pt Pt
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F 4a4 taa De
x g Z .
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- p.d y trl O art O tri o m 0 trl O trl O trn O yt O O E 4 c1 e e e o e e o e e e e e o e e e 2 O g 9.e N tre p O N art e= n N hrt > O N trl b O og Di= N W e P ** M El 8 O N # ** 8' ** Pt e E E tas u =* ** *e se N f%e f%e N 848 M M Pt w M' tea 2 m
& E e E 4 e's taa 3
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v - - _^_ - - - * - - b -
/ D= 4 M O we N M 8ts O O se M Wesee M wt M f 2 e e eee e eee e eeoe e e e
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E M > se ns m e e we ee 8tf k ee N D b ee p 3 ee se se m
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OE se O
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ES e N Z e o e e e e e o e e e e e e e e taa ** 9 tma OOOOO OOOOOOOOOO Ow e u ee W e saa E
E O C O O O sra O O O O O O C C O O M 3
em 9=
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>= tas N
4 L U
- I
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E M
E wN 9= 979 N O O ** O we O O O M ee O f%a se N P e o e o e e e e o e o e o e ee e m ee Z ee OG laa OO O una EB U Las E EL laa WD E r e e me we M se N O O *e e M O e3 M Ift O 3 e es e > > ** oe O O O O ** O O O O 89 ** fta 848 M P=
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> 0 Z e o e o e e e o e e e e e e e e
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at r N Al O so we we N ** s's we e* P= N @ 4 e M e 3 #
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e e g e >
laa eD Las
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e- 7 aft O Ift O W1 O WD O Ft O eft O @ O W1 O Z O 4 O e o e o e e o e e e a e e o e e M NIf1P= 0 NLfth Ofuttt> O Nla1P=O M E E D* MB 4 e @ ee M Ifl e O N 4 r= r =* M m3 3 ea ba U se we se se N N fts N N M M M e tea Z El S. E W E 4 M taa 3
- O E Z M8 ^ A Y ' < - e m
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E C000000000000000 O 3
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%M U R O M 9= OO00000000000000 O ,
43 e Ag Z e e e e e e e o e o e e o e e o e 6 nai oe 8 kn D00000000000000O O i
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- ' I r CCOOOOCCOOCCOOOO O l 3
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'z a w 0000000000000000 O g O M U '
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+ U D E 0000000000000000 O 8 3 a 59 2
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E w nf >= 0000000000000000 O + .i g oe Z e e o e o e e e e o e a e o e e- e O9 taa O000000000000000 O taA e U laA E G. IaA W &
t .
E O000000000000000 O 3
W W p== 9= 0OOOOOOOOOOOOOOO O
> p 7 e e e e e e e e e o e e e o ee e I
% sf laa OOOOOOOOOOOOOOOO O e U I S E I e las O
I e~ eL 4 E C000000000000000 O 3
lir et ' e O E O 3 U 'O 1
i E M >= 0OOOOOOOOOOOOOOO O taa e e o e e * * * *
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- E e 4=
>= taa O tal G L E M &
E O000000000000000 O E
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taa aan 2
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e 3 z
tan
>= 7 trl Otrl Otrl OtreotrlO art Olil Otrl O O 86 4 O e o e e e e o e e o e o e e e e F G E M N Ut 9== O Af tFl N O As art e O Ad Wt >= O M
>= N e e e ee M trl e u ftB @ P= EP we M 4 X K h3 U ** ** ** oe AS N N Af N M M M taf G taa . z e
& E- 4 E 4 M sas 3 8 O E E a
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,rx '
. ./N s LAPSE RATE C '118 7.* F 0 R C00K 4/78=6/78 LOCATION SOFT DES C/100M a1.4/ c0.5 :' -
V (180=30FT) (d i
SPEEDS (MI/HR)'
0=3 4=7 8=12 13=18 19-23 24 PLUS SUM PERCENT '
DIRECTION SUM PERCENT SUM PERCENT SUM PERCENT SUM PERCENT SUM PERCENT SUM PERCENT
- 22.5 2 1 to 5 50 2.4 20 1.0 0 0.0 0 0.0 82 4.0 .i 45.0 1 0 15 7 37 1.8 36 1.7 2 .1 0 0.0 91 4.4 t 67.5 0 0.0 11 5 16 8 2 .1 0 0.0 0 0.0 29 1.4
- 90.0 2 1 4 2 27 1.3 12 6 6 3 2 .1 53 2.6 112.5 0 0.0 15 7 12 6 22 1.1 7 3 5 2 61 2.9 135.0 0 0.0 7 3 23 1.1 38 1.8 19 9 7 .3 94 4.5 l 1 157.5 1 0 8 4 7 3 4 2 0 0.0 0 0.0 20 1.0 160.0 1 0 5 2 8 4 1 0 0 0.0 0 0.0 15 .7 202.5 1 0 8 4 13 6 0 0.0 0 0.0 0 0.0 22 1.1 1
225.0 1 ,0 4 2 9 4 4 2 0 4.0 0 0.0 18 9 267.5 1 0 9 4 15 7 12 6 -3 1 0 0.0 40 1.9 270.0 2 .1 23 1.1 5 2 0 0.0 1 0 0 0.0 31 1.5 292.5 4 2 9- 4 1 0 7 3 2 1 0 0.0 23 1.1 315.0 5 2 12 6 9 4 5 2 1 0 0 0.0 J2 1.5 337.5 3 .1 13 6 to 5 6 3 0 0.0 0 0.0 32 1.5 ,
360.0 2 1 19 9 25 1.2 to 5 0 0.0 0 0.0 56 2.7 ,
26 1.3 172 8.3 267 12.9 179 8.7 41 2.0 14 .7 699 33,8 1
i MEAN WIND SPEED 10.9 Nur,8ER OF UNINTERPRETA8LE HOURS 0 i
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,p~T LAP 8E RATE DIST. FOR COOK 4/78-6/78 LOCATION SOFT DEG C/10CM =0.4/ 1.5 U (180=30FT)
SPEED 5(MI/HR) 0-3 4=7 8-12 13=18 19-23 24 PLUS SUM PERCENT DIRECTION SU4 PERCENT SUM PERCENT SUM PERCENT SUM PERCENT SUM PERCENT SUN PERCENT l
22.5 3 1 8 ..a 11 5 4 2 0 0.0 0 0.0 26 1.3 45.0 5 2 17 8 30 1.4 2 1 0 0.0 0 0.0 54 2.6 67.5 8 4 21 1.0 9 4 0 0.0 0 0.0 0 0.0 38 1.8 90.0 3 1 9 4 27 1.3 5 2 1 0 0 0.0 45 2.2 112.5 4 2 11 5 19 9 9 4 1 0 1 0 45 2.2 135.0 1 0 24 1.2 25 1.2 9 4 4 2 0 0.0 63 3.0 157.5 1 0 23 1.1 to 7 2 .1 0 0.0 0 0.0 40 1.9 180.0 2 1 13 6 12 6 0 0.0 0 0.0 0 0.0 27- 1.3 202.5 4 2 27 1.3 19 9 1 0 0 0.0 0 0.0 51 2.5 225.0 1 0 15 .7 29 1.4 4 2 0 0.0 0 0.0 49 2.4 247.5 1 0 16 8 26- 1.3 23 1.1 12 4 0 0.0 78 3.8 j 270.0 a 2 29 1.4 to 5 7 3 2 1 0 0.0 52 2.5 292.5 3 .1 19 9 6 3 11 5 0 0.0 0 0.0 39 1.9 315.0 4 2 22 tot 6 3 2 1 0 0.0 0 0.0 34 1.6 337.5 3 1 7 3 7 3 0 0.0 0 0.0 0 0.0 17 8 360.0 1 0 14 .7 7 3 1 0 0 0.0 0 0.0 23 1.1 48 2.3 275 13.3 257 12.4 80 3.9 20 1.0 .0 1 681 32.9 MEAN h!NO SPEED 8.5 Nun 8ER OF UNINTERPRETABLE HOURS 0 B-
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SPEEDS (MI/HR) 03 4=7 8-12 13-18. 19-23 24 PLUS SUM. PERCENT O!RECTION SUM PERCEh? 'EUM PERCENT SUM PERCEh? SUM PERCENT SUM PERCENT SUM PERCENT 22.5 5 2 30 1.4 73 3.5 38 45.0 1.8 0 0.0 0 0.0 146 7.1 7 3 42 2.0 82 4.0, 41 2.0 2 .1 0 0.0 67.5 9 4 41 2.0 32 1.5 3 174 8.4 90.0 8 4 29 1.4 1 0 0.0 0 0.0 85 4.1 112.5 4 71 3.4 17 8 7 3 2 .1 134 6.5 2 46 2.2 46 2.2 32 135.0 1.5 R 4 6 3 142 6.9 1 0 68 3.3 65 3.1 49 2.4 28 1.4 7 3 214 157.5 3 1 84 4.1 30 1.4 6 3 0 10.5 180.0 6 3 49 2.4 29 0.0 0 0.0 123 5.9 202.5 1.4 1 0 0 0.0 0 0.0 85 5 2 52 2.5 33 1.6 0 0 4.1 225.0 2 .1 30 1.4 1
0.0 0 0.0 91 4.4 247.5 47 2.3 8 .4 0 0.0 0 0.0 2 1 37 1.8 64 3.1 55 2.7 21 87 4.2 270.0 8 4 87 4.2 36 1.0 2 1 181 6.7 1.7 23 1.1 9 4 2 292.5 8 4 44 2.1 9 4 26 1.3 1 165 4.0 315.0 14 5 2 0 0.0 92 7 71 3.4 31 1.5 11 5 0 4.4 337.5 13 6 37 1.8 23 1.1 6 1 0 0.0 128 6.2 360.0 8 4 55 2.7 60 3 0 0.0 0 0.0 79 3.8 2.9 16 8 0 0.0 0 0.0 139 6.7 103 5.0 802 38.8 731 35.3 333 16.1 81 3.9 19 9 2069 100.0 MISSINS NOURS 115 MEAN WIND SPEE0 9.2 TOTAL NUMSER OF UNINTERPRETABLE HOURS 0 TOTAL NUMSER OF CALM NOURS~ 0 PERCENT 0.0 O'
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I L8P8E RATE t:1 IST. FOR C0cn 4/78 6/78 LOCATION SOFT DIRECTION V8 SPEED SPEE05(MI/HR) 0-3 4-7 6-12 13-18 19-23 24 PLUS SUM PERCENT DIRECTION' auM PERCENT SUM PERCENT 8UM PERCENT sum PERCENT SUM PERCENT sum PERCENT e 22.5 5 2 30 1.4 73 3.5 38 1.8 0 0.0 0 0.0 146 7.0 45.0 7 3 42 2.0 82 3.9 41 2.0 2 1 0 0.0 174 8.3 67.5 9 4- 41 2.0 32 1.5 3 .1 0 0.0 0 0.0 85 4.1 93.0 8 4 29 1.8 71 3.4 17 8 7 3 2 .1 . 134 6,4 112.5 4 2 47 2.3 48 2.3 32 1.5 A 4 6 3 145 7.0
.35.0 1 0 69 3.3 67 3.2 49 2.3 24 1.3 7 3 221 10.6 157.5 3 1 84 4.0 35 1.7 6 . 'l 0 0.0 0 0.0 124 6.1 180.0 6 3 49 2.3 29 1.4 1 0 0 0.0 0 0.0 45 4.1 202.5 5 2 Sc 2.5 33 1.6 1 0 0 0.0 0 0.0 91 4.4 225.0 2 1 30 1.4 47 2.3 8 4 0 0.0 0 0.0 87 4.2 2a7.5 2 1 37 1.8 64 3.1 56 2.7 21 1.0 2 .1 182 8.T 270.0 8 4 87 4.2 36 1.7 23 1.1 9 4 2 1 165 7.9 292.5 8 4 47 2.3 9 4 26 1.2 5 2 0 0.0 95 4.6 315.0 14 7 72 3.5 31 1.5 11 5 1 0 0 0.0 129 6.2 337.5 13 6 36 1.8 23 1.1 6 3 0 0.0 0 0.0 80 3.8 360.0 8 4 55 2.6 60 2.9 16 8 0 0.0 0 0.0 139 6.7 103 4.9 809 38.8 740 35.5 334 16.0 81 3.9 19 9 2006 100.0 MISSING MOURS 98 l PEAN ti!NO SPEED 1.2 TOTAL NUNSER OF UNINTERPRETABLE hours 0
- TOTAL NUMBER OF CALM NOURS 0 PERCENT O.0 MISSING 3PEEDS ST PERCENT 4.2 MISSING OIRECTIONS 93 PERCENT 4.5 I
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22.5 0 0.0 3 2 4 2 9 5 3 2 0 0.0 19 1.0 45.0 0 0.0 0' O.0 0 0.0 0 0.0 0 0.0 0 0.0 0 0.0 67.5 0 0.0 1 .1 0 0.0 0 0.0 0 0.0 0 0.0 1 .1 90.0 0 0.0 0 0.0 1 .1 0 0.0 0 0.0 0 0.0 1 .1 112.5 0 0.0 0 0.0 3 2 0 0.0 0 0.0 0 0.0 3 2 135.0 0 0.0 2 .1 2 .1 1 .1 1 1 1 1 7 4 157.5 0 0.0 3 2 4 2 2 1 1 1 0 0.0 10 5 180.0 0 0.0 3 2 7 4 1 1 0 0.0 0 0.0 11 .6 202.5 0 0.0 0 0.0 1 .1 8 4 5 3 0 0.0 14 4 225.0 0 0.0 0 0.0 0 0.0 1 1 5 -0 0.0 0 0.0 1 1 247.5 1 1 4 2 4 2 0 0.0 0 0.0 0 0.0 9 5 270.0 0 0.0 7 4 3 2 0 0.0 0 0.0 1 1 11 6 292.5 1 .1 13 7 1 .1 0 0.0 0 0.0 0 0.0 15 8 315.0 0 0.0 12 6 4 2 1 / 1 0 0.0 0 0.0 17 9 337.5 0 0.0 16 9 12 6 3 2 0 0.0- 0 0.0 31 1.7 ,
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L APSE RATE W;." )!87. FOR COOK 4/78-6/78 LOCATION 150FT DEO C/100M *1.4/ c0,5 b (180=30FT)
SPEEDS (MI/HR) 03 4=7 8 12 13-18 19a23 24 PLUS SUM PERCEh?
DIRECTION SUM PERCENT SUM PERCENT SUN PERCENT SUM PERCENT. SUM PERCENT SUM PERCENT 22.5 0 0.0 12 6 13 7 55 3.0 11 6 0 0.0 91 4.9 45.0 1 1 10 5 6 4 19 1.0 5 3 1 1 44 2.4 67.5 1 1 6 3 14 8 2 1 0 0.0 0 0.0 23 1.2 90.3 1 1 2 .1 17 9 16 9 2 1 1 1 39 tot 112.5 1 1 3 2 7 4 7 4 8 4 6 3 32 1.7 135.0 1 1 3 .2 10 5 15 8 20 1.1 9 5 58 3.1-157.5 1 1 2 ~1 7 4 9 5 in 1.0 6 3 43 2.3 180.0 2 .1 2 1 8 4 to 5 2 1 0 6.0 24 1.3
_ 202.5 1 .1 5 3 4 2 16 9 3 .2 0 0.0 29 1.6 225.0 0 0.0 1 1 9 5 6 3 to 5 2 1 28 1.5 247.5 0 0.0 6 3 4 2 5 3 0 0.0 4 2 19 1.0 270.0 0 0.0 8 4 6 3 0 0.0 2 .1 1 .1 17 9 292.5 2 1 13 7 4 2 2 1 2 1 0 0.0 23 1.2 315.0 0 0.0 7 4 2 .1 9 5 3 ,2 1 1 22 1.2 337.5 1 1 12 6 to 5 12 6 3 2 0 0.0 38 2.1 360.0 2 1 4 2 23 1.2 36 1.9 15 4 0 0.0 to 4.3 14 8 96 5.2 146 7.9 219 11.8 104 5.6 31 1.7 610 32.9 MEAN WIND SPEED 13.7 ,
NUMBER OF UNINTERPRET48LE HOURS 0 e me,,
b
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- LAPSEMAT( '0.D!87. FOR COOK 4/7896/78 LOCATION 150PT DEG C/100M =0.8/ 1.5 (/
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03 47 8-12 13=18 19 23 24 PLUS SUM' PERCENT DIRECTION SU" PERCENT SUw PERCENT SUM PERCENT SUM PERCENT SUM PERCENT SUM PERCENT 22.5 0 0.0 6 3 13 .7 16 9 4 2 0 0.0 39 2.1 45.0 0 0.0 7 4 13 ~7 9 5 0 0.0 0 0.0 29 1.6 67.5 0 0.0 9 5 16 9 9 5 0 0.0 0 0.0 Ja 1.8 90.0 0 0,0 7 4 22 1.2 14 8 1 1 1 1 45 2.4 112.5 0 0.0 3 2 7 4 12 6 5 3 1 1 28 1.5 i 135.0 0 0.0 2 .1 7 4 13 7 3 1 1 .1 24 1.3
, 157.5 0 0.0 5 3 4 2 27 1.5 9 5 2 1 47 2.5 180.0 1 1 2 1 13 7 19 1.0 4 2 0 0.0- 39 202.5 2.1 1 1 2 .1 20 1.1- 25 1.5 to 5 1 1 62 3.3 225.0 2 .1 5 3 11 6 20 1.1 7 4 5 3 50 2.7
- 247.5 1 1 4 2 to 5 15 8 12 6 11 6 53 2.9
' 270.0 3 2 9 5 16 9 5 3 to 5 4 2 47 2.5 292.5, 1 .1 19 1.0 7 4 4 315.0 7 7 4 0 0.0 41 2.2 1 1 13 .7 5 3 5 3 4 2 2 1 30 16 337.5 2 1 7 4 9 5 5 3 1 1 0 0.0 24 1.J 360.0 0 0.0 15 8 11 6 2 .1 0 0.0 0 0.0 4
28 '1.5 12 6 115 6.2 184 9.9 206 11.1 75 4.0 28 1.5 620 33.5 l HEAN h!ND SPEED 12.8 NUMBER OF UNINTERPRETA8LE HOURS 0
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1 0
4 B-33
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. SPEEDS (MI/HR) 03 4=7 8-12 13=18 19-23 24 PLUS SUM PERCENT OIRECTION SUM PERCENT SUM PERCENT SUN PERCENT SUM PERCENT SUM PERCENT SUM PERCENT .,
22.5 1 .1 3 2 0 0.0 0 0.0 0 0.0 0 0.0 4 .2 45.0 0 0.0 3 2 5 .3 2 .1 0 0.0 0 0.0 to 5 67.5 0 0.0 4 2 9 5 2 1 0 0.0 0 0.0 15 8 90.0 2 1 2 .1 3 2 9 5 0 0.0 0 0.0 16 9 112.5 1 .1 1 1 to 5 6 3 0 0.0 0 0.0 in 1.0
- 135.0 1 1 1 .1 7 4 2 1 0 0.0 0 0.0 11 6 157.5 0 0.0 3 2 6 .3 15 8 0 0.0 0 0.0 24 1,3 180.0 1 1 0 0.0 7 4 14 8 3 2 0 0.0 25 1.3 202.5 0 0.0 0 0.0 2 .1 5 3 2 1 0 0.0 9 5 225.0 1 1 3 2 2 .1 3 2 0 0.0 0 0.0 9 5 247.5 0 0.0 3 .2 6 3 0 0.0 6 3 7 4 22 1.2 270.0 0 0.0 2 1 10 5 7 4 6 3 7 4 32 1.7 292.5 0 0.0 0 0.0 4 2 4 2 5 3 5 3 18 1.0 315.0 0 0.0 2 1 5 3 1 1 3 2 2 1 13 7 337.5 1 1 2 .1 1 1 6 3 2 1 0 0.0 12 4 360.0' 0 0.0 2 1 0 0.0 1 1 0 0.0 0 0.0 3 et 8 4 31 1.7 77 4.2 77 4.2 27 1.5 21 1.1 241 13.0 MEAN WINO SPEED 13.3 NUMSER OF UNINTERPRETABLE HOURS 0 e .__ ,. .
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L8PSE RATE b ])C004 DIST. FOR' 4/78-6/78-v LOCATION 150F7 ALL STABILITIES SPEEDS (MI/HR) 0-3 4=7 6-12 13-18 19-23 24 PLUS SUM PERCENT DIRECTION SUM PERCENT SUM PERCENT SUM PERCENT SUM PERCENT SUM PERCENT SUM PERCENT 22.5 1 1 28 1.5 35 1.9 88 4.8 45.0 .1 19 1.0 0 0.0 171 9.2 1 _21 1.1 26 1.4 30 1.6 5 3 84 67.5 1 1 23 '. 2 43 2.3 15 1 1 4.5 90.0 3 2 6 43 8 0 0.0 0 0.0 82 4.4 11 2.3 44 2.4 3 2 2 106 5.7
. 112.5 2 1 7 4 28 1.5 26 1.4 13 7 1
7 4 83 4.5 135.0 2 1 9 5 32 1.7 38 2.1 22 157.5 15 24 1.2 13 7 116 6,3 1 1 8 1.3 58 3.1 29 1.6 8 4 135 7.3 180.0 . 4 2 8 4 47 2.5 68 3.7 11 202.5 2 1 9 5 29 1.6 6 0 0.0 138 7.5-225.0 3 2 9 63' 3.4 20 1.1 1 1 124 6.7 5 24 1.3 36 1.9 17 9 7 4 96 247.5 3 2 20 1.1 25 1.5 20 1.1 5.2 270.0 3 2 32 1.7 35 in 1.0 26 1.4 115 6.2
' 1.9 14 8 19 1.0 23 1.2 292.5 5 3 46 2.5 17 9 13 7 126 6.8 315.0 15 8 8 4 104 5.6 1 .1 34 1.8 20 1.1 16 9 to 5 9 5 337.5 5 90 4.9 3 38 2.1 33 1.8 28 1.5 6 3 0 0.0
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172 9.3
} 39 2.1 347 18.7 519 28.0 617 33.3 225 12.1 105 5.7 1852 100.0 .
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MISSING HOURS 332 PEAN WIND SPLED 13.0 4'
TOTAL NUM5E9 0F UNINTERPRETABLE HOUR 3 0
- TOTAL NUM8ER OF CALM HOURS 0 PERCENT 0.0 1
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LOCATION 150FT G) 03 4-7 a=12 13=16 19=23 24 PLUS SUM PERCEhT OIRECTION SUM PERCENT sum PERCENT . SUM PERCENT SUM PERCENT SUM PERCENT 634 PERCENT 22.5 1 .1 28 1.5 35 1.9 88 4.7 19 1.0 0\ 0.0 171 9.2 45.0 1 .1 21 1.1 26 1.4 30 1.6 5 3 1 T .1 84 4.5 67.5 1 1~ 23 1.2 63 2.3 15 8 0 0.0 0 s0.0 82 4.4 90.0 3 2 11 6 43 2.3 44 2.4 3 2 2 s.1 106 5.7 112.5 2 1 7 4 28 1.5 27 1.4 13 7 7 '4 44 4.5 135.0 2 1 9 5 32 1.7 40 2.1 2R 1.2 13 7 '118 6.3 157.5 1 1 15 8 25 1.3 63 3.4 24 1.6 8 4T 141 7.6 150.0 4 2 S 4 47 2.5 70 3.8 11 6 0 0.0 140 7.5 2C2.3 2 1 9 5 29 1.6 63 3.4 20 1.1 1 .1 s 124 6.7 225.0 3 2 9 5 24 1.3 36 1.9 17 9 7 4 96 5.2 247.5 3 2 20 1.1 28 1.5 20 1.1 19 1.0 26 1.4 116 6.2 270.0 3 2 32 1.7 35 1.9 14 8 19 1.0 23 1.2 126 6,8 292.5 5 3 46 2,5 17 9 13 7 15 8 8 4 104 5.6' 315.0 1 1 34 1.8 20 1.1 16 9 to 5 9 5 90 4.8 337.5 5 3 35 2.0 33 1.8 28 1.5 6 3 0 0.0 110 5.9 360.0 2 .1 37 2.0 55 3.0 60 3.2 18 1.0 0 0.0 172 9.2 39 2.1 347 18.6 520 27.9 627 33.6 226 12.1 105 5.6 1864 100.0 MISSING HOURS 320 MEAN WIND SPcED 13.0 TOT AL N'JMSER OF UNINTERPRET ABLE hours 0 TOTAL NUMBER OF CALM HOURS 0 PERCENT 0.0 MISSING SPEEDS 119 PERCENT 6.4 n!SSINE DIRECTIONS 311 PERCENT 16.7 I-I B-37
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150FT BEACWPOLE 30F7 180*30 HOut DIR SP DIR Sp SPAN G DIR SP TEMP DELT4 7 HOUR DaTE 1/ 7/78 1 145 8 160 14 35 3 120 to 33 e.6 1 2 150 7 165 12 55 3 130 8 33 .6 2 3 160 6 175 11 65 3 135 7 33 .6 3 4 155 6 175 to 50 3 130 6 33 .6 a 5 1s0 6 the to 40 3 120 6 33 .6 5 6 teo 6 150 9 50 3 120 5 33 .4 6 7 180 6 155 10 45 3 120 4 33 ..a . 7 8 135 6 150 to 50 3 120 4 34 .4 8 9 135 6 150 11 50 3 115 6 3a es 9 to 130 12 150 17 45 3 115 10 34 e.a 10 11 135 12 155 17 50 3 120 12 36 ..a 11 12 140 12 160 16 60 3 130 6 36 e.6 12 13 1s5 11 165 16 69 3 135 7 36 el.2 13 la 135 13 150 1A 50 3 120 12 36 -1.0 18 15 130 11 las 16 45 3 105 12 37 .6 15 16 135 to 150 16 e5 3 125 8 37 .6 16 17 120 to 140 to 45 3 100 to 37 ..e 17 18 125 to too 15 25 3 105 to 37 .2 to 19 130 10 145 14 40 3 105 4 37 0.0 19 20 120 12 1s0 15 25 3 105 11 37 .2 20 21 110 9 130 13 25 2 100 to 36 0.0 21 22 110 8 120 12 35 2 95 A 36 0.0 22 23 100 6 110 9 35 2 90 3 36 0.0 23 24 to 6 55 6 100 2 360 4 36 0.0 24 1/ 8/78 1 40 5 999 A 999 9 15 5 35 4 1 2 25 5 999 9 999 9 360 5 35 2 2 3 to 7 999 12 899 9 355 3 34 1.2 3 4 3a0 8 350 to 25 3 320 3 35 8 4 5 350 14 360 22 40 3 330 te 36 0.0 5 6 345 16 155 23 30 3 325 16 34 =.2 6 7 350 16 355 26 50 3 325 18 33 .4 7 8 3s0 16 350 27 45 3 320 20 33 *.8 8 9 330 20 350 31 50 2 110 23 32 =.4 9 to 330 22 345 32 70 2 310 26 30 =.8 to 11 325 23 340 3a 55 2 305 26 27 e1.0 11 12 330 24 345 3s 55 2 310 26 24 .t.0 12 13 325 as 3a0 33 65 2 310 26 22 at.2 13 to 325 22 3a5 32 65 2 310 26 19 et.4 ts
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. 7 90 6 100 9 30 3 65 4 15 v.6 7 8 85 6 95 9 15 3 75 4 15 0.0 8 9 85 7 90 to 25 3 to 4 15 2 9 10 80 6 85 9 45 2 50 3 15 e6 to 11 70 6 75 8 55 2 30 4 18 e.8 11 -
12 75 7 75 to 60 2 20 6 19 e.8 12 13 65 7 60 8 75 2 360 9 21 et.0 13 to 40 6 999 4 999 9 360 11 21 el.0 to 15 45 6 55 7 75 2 360 10 22 =.8 15 1
16 60 8 75 14 80 2 25 6 21 a.8 16 17 '80 11 30 13 .60 2 35 6 23 e.6 17 18 85 8 75 11 60 2 30 5 22 e.6 18 I 19 80 8 75 12 60 3 30 5 21 e.6 19 ,
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2 120 9 130 11 20 4 105 to 16 2.4 4 -
3 140 9 150 13 10 4 110 '9 15 4.4 3 U.
. 4 145 7 150 13 to 4 100 3 13 s.5 4 . _ _ . . _ _ _ _ _ _
S 150 9 160 15 5 4 105 ? 12 9.4 5 6 150 to 165 11 5 4 115 9 13 9.8 6 7 160 '9 999 10 999 9 120 6 14 10.0 f 8 180 7 240 7 70 2 140 3 15 '2.4 8 9 170 8 190 17 40 3 140 4 17 4 9 to the 5 195 9 80 2 140 3 24 =3.0 to _ _ _ _ _ _ _ _ __ __
11 170 4 190 7 140 2 150 2 31 e5.0 11 12 300 4 999 3 999 9 240 4 31 =4.0 12 13 270 5 310 3 100 2 245 3 30 =2.6 13 14 270 4 280 6 to 2 240 4 31 =1 s to is 270 6 270 6 100 2 230 4 33 2.6 15 16 999 6 260 6 70 2 220 4 35 =3.2 16 <
f 17 999 5 999 6 999 9 210 4 40 =4.4 17 le 999 4 315 3 70 2 280 0 43 =5.0 18 19 999 6 ISS 6 40 2 23$ 2 37 .2 19 _
20 250 4 270 12 15 4 200 7 33 1.4 20 21 280 10 255 14 50 3 195 9 33 ~ .a 21 22 240 12 250 15 50 3 195 9 33 1.0 22 23 235 12 250 16 50 3 195 to 33 0 23 24 250 12 270 15 to 4 215 8 30 0,6
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$ Att 9 240 9 20 3 215 ? Es .s 5 6 270 7 295 8 35 2 220 5 27 .ei 6 7 255 6 290 5 40 2 205 5 27 4 7 8 260 4 290 6 30 2 210 6 27 8 8 9 240 7 295 7 40 2 205 4 27 6 9 to 260 3 320 5 80 2 220 3 30 =1.6 to 11 300 5 320 5 70 2 215 4 33 =2.6 11 12 310 5 330 5 40 2 295 3 33 =2,4 la 13 300 4 345 4 to 2 305 3 36 e3.8 1; to 280 5 300 3 100 2 255 3 36 =2.4 14 15 310 4 320 4 120 2 275 3 39 -=5.0 15 .
j 16 280 5 300 4 120 2 240 3 38 e4.2 16 17 270 6 290 6 40 2 240 4 37 el.2 17 18 285 2 '350 3 110 I and 1, 34 et.4 18 19 330 1 30 2 70 4 285 0 33 2 19 to 140 1 90 2 50 4 105 3 33 4 20 21 110 6 100 7 30 4 85 4 32 1.s 21 22 140 7 140 a 30 4 90 6 31 2.0 22 23 140 6 160 11 20 4 110 7 32 2.0 23 24 200 6 210 to s0 a 165 a s3 1.0 24
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150PT BEAOMPOLt- 30PT[80-30 ,
MOU.R D IR. S P. OIR SP SPAN ' $_ 'QIR.' S P. 7. E M P. pa. L7. A ' ?. MOU.R D. ATE g
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1 190 4 90' 2 60 4 120 4. 39 1.4 1 . . _ _
& tio 4 805 4 30 4 130 39 'ed a 1
3 145 S 150 S 20 4 120 a 34 240 3 4 190 6 165 5 30 3 150 1 39 tin 4 . __ . . _ _
9 too 7 999 8 999 9 170 3 39 1.s 9 6 426 7 999 e 999 9 too 9 3e 1.2 6 7 loo 7 999 a 999 9 1J0 7 36 4.4 7 _i _ _ __ ___ _ . . - .
e leo 5 999 9 999 9 145 6 36 3f2 8 9 180 3 tio 7 50 2 175 5 39 1.4 9
. 10 130 S 1:0 4 80 4 100 6 41 4,4 19 _. . . . . . .. _ _ _.. _ . . .
11 100 3 135 3 a0 2 240 4 47 ..e 11 it ase 5 ano 4' 90 a ano 4 Ea ..n 12 13 310 5 300 4 70 a 310 3 46 a.4 13 _.
to 300 4 890 4 45 2 3JO 2 49 a.4 14 15 330 5 330 5 to 2 360 7 51 =1.0 15
, 16 345 5 3s0 6 30 a 5 s 51 4.6 16 . . . _ ____ __ .. .
L 17 10 5 999 5 999 9 to 9 51 ..e 17 to 60 4 'to 4 '60 2 to 4 S1 -=.s 14 19 120 5 120 6 40 2 100 $ 51 ..e it _. _ ._
80 100 9 100 14 35 3 60 4 31 4 30 31 120 9 120 13 60 3 to 3 53 0,0 at
_ 24 135 4 tal 11 40 3 120 4 53 see at 130 21 105 12 83 180 10 50 3 52 =.6 23 33 130 16
- 1.50 21 S0 3 1.20 13 51 *.4_ 34 1 135 E0 140 24 45 3 110 14 51 a.4 1 2 120 22 140 26 50 3 105 1$ 51 a.s 2 3 el 8 '90 9 70 2 40 $ 47 =.k 3 .
j 4 120 to 130 15 40 3 105 6- 46 4 4 9 116 a5 120 29 to 3 '90 16 45 .4 5 6 120 26 130 29 45 3 100 to 45 a.6 6 7 145 25 140 29 40 3 10$ 18 46 .a 7 4 130 23 145 28 45 3 110 16 45 ..6 8
. 9 16 13S 135 22 to 190 24 150 27 50 40 3
3 120 16 120 16 46 46
..(
.6 9
10 11 999 18 155 2a 50 3 125 14 sf .s 11 la 140 lb 160 21 50 3 130 13 48 *.s it .
13 150 la -165 19 50 3 130 13 51 =.a 13 -
14 150 to 165 19 60 3 1s0 11 57 1.2 to 15 150 a lac 11 70 a 140 9 59 g.4 15 i 16 260 14 370 13 45 2 240 to 54 3 16 (f 300 19 315 32 to 3 290 15 $0 5.0 17 18 Ill it 330 27 15 3 300 11 44 3.6 to 19 310 it 320 29 20 3 300 17 41 1.4 19 20 310 16 315 27 15 3 2a5 13 .41 '3.6 30
. Il 305 16 320 26 to 3 280 it 41 4,0 21 .
290 '?
22 310 11 330 22 30 2 40 2.6 at 23 310 8 335 15 15 2 255 3- 39 age- 43 84 304 7 380 11 S0 8 , 240 4 40 2,9 34 -
s 1
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COU3 014 ~SP O!R EP SPAN ~8 '01M' S P. 7. E. MP Q. &. l,7. A' {
. H. Q. U R D. ATE
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1 260 7 310 4 to 2 200 8 40 4 1 2 255 7 480 4 40 4 195 4 42 36 3, 3 3 340 16 255 11 30 3 190 to 44 t,0 3 4 245 15 250 20 50 3 195 15 44 1.2 4
$ 5 250 18 255 25 40 3 300 16 44 1.2 8 6 355 16 160 25 30 3 210 14 44 2.6 6 f 155 15 475 27 25 3 210 14 42 7.4 7 8 465 15 385 24 40 3 220 11 33 50 4 9 345 13 290 21 40 3 215 10 43 3!& 9
. 10 240 12 355 17 40 3 205 11 44 2.4 10 11 365 11 890 17 45 3 215 't il 3.0 11 12 880 ~9 300 15 50 2 220 4 47 3.2 it 13 300 8 3a0 13 50 2 224 5 49 1.s is .
14 333 7 340 11 50 2 270 3 52 =1.0 14 il 30 4 30 9 60 a ass 6 54 =1.2 15 16 17 45 30 7
6 40 30 7
6 to 60 4
a -5 5
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- 1.2 et.2 16 -
h 17 14 50 6 40 6 70 2 5 ? Sf 31,4 14 it to S 50 3 40 2 355 3 54 =6 19 to 50 a 45 11 40 2 15 6 50 0.0 20 21 22 to 51? 55 14 60 SD 45 3
3 30 7 44 44
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43 to S 50 7 to 2 15 6 44 4 33 a4 70 6 70 7 40 a '20 3 as =.a a4 4/ S/78
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1 60 5 70 7 30 3 5 4 47 0.0 1 4 100 8 90 11 30 3 70 4 47 4 2 3 90 $ SS 7 25 3 40 8 46 0.0 3 _ ...
4 70 6 70 9 25 3 15 4 46 '.2 4 9 65 7 70 9 50 3 10 4 45 4 S 6 to 9 to 11 50 3 $0 4 45 g.6 6 7 70 7 60 9 70 a 5 4 44 .6 7 4 to 4 90 10 60 4 to 3 34 =.8 4 9 109 4 100 to 45 4 60 4 44 a.8 9 .
16 100 to 100 11 to a 70 5 44 =1.0 10 11 100 ~4 100 9 50 2 70 4 44 a1.0 11 it el a '90 8 to 2 66 4 45 e1.2 la 13 85 10 95 to to 1 45 6 45 al.2 13 14 75 to 90 11 to 2 5 il 47 *1.2 14 15 40 '7 50 9 70 a 5 17 46 e1.0 15 16 350 4 40 5 90 3 5 13 63 1.4 16 17 10 4 40 4 65 2 5 13 43 2.6 17 14 100 10 105 13 65 3 10 7 44 1.0 14 19 110 12 105 14 to 3 60 9 90 =,4 19 80 105 to 110 13 40 3 75 3 48 .4 44 41 110 12 120 16 30 3 90 6 47 0.0 21 _.
at 110 to 120 16 40 3 to 9 46 e.4 al 33 110 il 180 19 39 3 95 1e 45 e.6 33 a4 115 p ins a0 40 3 90 ($ 4e e.. a4 B-46
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TETPERATURE SOFT 150FT ' 8 E A C M.' OLE 30FT' 180-30
. HOW9 o!R '8P DIR SP SPAN O ^0IR"'8P 7EEP DELTA 7 MCUR DATE
,9 - - - - - -
gg 3,yg
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1 360 4 20 7 to 4 to 2 to 2 1 3 80 8 60 9 10 2 75 7 39 2.6 2
- U, 3 90 11 -70 14 30 2 90 9 38 3.0 3 a 115 .0 90 15 to 4 105 8 37 3.4 4 - - - . - -
U S 130 10 115 16 15 4 110 9 34 5.4 9 U 6 fe5 it 125 15 5 4 115 7 37 7.0 6 7 160 's 150 to 20 4 135. 1 38 sse 7 - - - - - _ _ - - - . - - -
8 110 3 160 6 to 4 355 4 62 1.0 a
- O 9 32o a ~85 3 tao a 355 7 at -1.0 9 to 310, 4 999 3 999 9 350 8 38 ai6 to . , _ - . . . . -
11 360 6 999 7 999 9 355 11 48 1.4 11
.O la 30 6 999 9 999 9 355 11 49 6;6 la 13 36o 8 999 11 999 9 350 11 46 4.4 13 _ _ _ _
14 360 9 10 13 90 2 350 8 48 1.6 14
.O 15 30 to 199 12 199 9 355 11 51 12 15 16 40 11 30 13 75 3 5 16 51 *1 2 16 . _ .
b 17 45 15 35 14 70 3 5 16 51 *1.2 17
- O ta 5o 1 al 15 70 3 10 16 51 .t.: la 19 60 10 55 12 70 3 in to 49 -1.0 19 . _ - - _
to 70 ~9 60 11 60 3 30 '6 49 4.6 to
'O at 70 10 to 11 6e 3 35 5 48 .4 21 -
22 SS 11 Sb 13 40 3 50 5 48 a.2 22 23 9o 11 65 16 30 3 55 4 . 47 6 23
- O a. s. 95 t. o 110 17 a. o a 70 3 a. 6 2.. . . -
24 1 125 12 140 17 Go 3 100 7' 49 .2 1 O 2 12o le ISO 18 40 3 90 a 49 .* a
- 3 115 15 125 19 So 3 90 7 47 =,2 3 A 110 15 120 19 40 3 85 6 47 .4 4 O s 1o5 te llo 19 so 3 65 5 L6 ... 5 6 100 16 110 18 So 3 60 6 65 ,6 6 7 100 14 105 17 50 3 60 6 45 a6 7 O a 100 la 105 19 so 3 60 s 65 .8 a 9 too to 105 23 60 3 65 to 35 *1.o 9 le 100 20 105 23 to 3 to 10 &S 10 to O 11 too a0 tel 25 to 3 60 12 47 l'0 11 12 100 as ics 37 70 3 30 10 48 =1.0 12 13 9o 24 105 27 to 3 to 12 50 -1,2 13 O to 95 23 los 25 60 3 to 10 51 -1.0 to 15 90 22 100 25 to 3 60 to 52 a1.0 15 16 95 to 105 23 to 3 60 9 53 =1.0 16 0 17 1o5 2o tio 23 70 3 75 11 49 .. 17 18 to EC '90 24 55 3 60 to h3 .4 13 19 45 16 too 21 50 3 60 7 42 a.2 19 O to 95 17 los 21 So 3 to 7 63 .4 20 21 95 14 100 18 50 3 to 6 k4 .6 21 22 45 16 105 22 50 3 to 8 49 .6 22 O a3 90 16 100 19 50 3 60 a 43 .6 as 24 100 16 110 19 45 3 y ? 52 =,{ 24 O
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IcocococccOhcococcococcococccco TEM?ERATURE SOFT 150FT SEACHPCLE 30PT 185=30 M0u.t D I R. 'IP CIR OP SPAN G ' 0 ! R. ' SP. 7.t h P. Of. L 7. A 7 MOUR CATE g, ,ts 1 110 8 100 15 10 4 90 5 47 2.6 1 I 120 9 130 to 40 4 80 4 47 2.4 2 3 14$ 4 145 12- 10 4 110 4 48 1.5 3 4 135 6 16$ 10 to 4 110 4 48 't.k 4 9 135 160 11
? 30 1 100 4 Le 1.4 5 6 125 7 150 to 25 3 to 4 48 ^ .s 6
? 120 8 135 11 40 3 90 5 48 *.2- 7 . . - - . -
8 120 11 130 14 40 3 90 7 49 =.8 8 9 120 14 999 17 999 9 90 10 $1 c.8 9 10 120 16 999 19 999 9 90 10 51 *1.0 to . _ .
999 19 11 120 18 999 9 95 11 52 e1.0 11 12 130 to 999 21 999 9 to it 54 *1.0 12 13 125 17 999 19 999 9 11$ 11 54 =1.0 13 999 19 14 130 }8 100 11 999 9 53 *1.0 14 15 125 16 999 19 999 9 100 to 54 *1.0 15 16 125 14 999 17 999 9 110 ~9 54 a.4 16 999 22
+
17 130 17 999 9 110 11 St e8 17 18 125 1S 999 19 999 9 100 'l $3 a.6 is 19 120 14 999 18 999 9 95 9' 52 e4 19 999 19 20 120 $6 999 9 95 11 53 e6 20 21 125 14 999 22 999 9 105 11 $1 a.4 21
_ 22 125 20 999 25 999 9 110 18 _ 51 .6 22 . _ . . . _
23 125 20 999 23 999 9 110 13 52 a.6 23 24 130
- 1. 9 999 23 999 9 110 1. 3 52 a6 24 g,,-
1 130 17 999 21 999 9 120 11 55 a.6 1 2 140 19 999 19 999 9 120 11 53 =.6 2 I
3 145 16 160 21 SC 3 130 11 53 *.6 3 130 la
' 4 1s0 19 160 24 50 3 S3 .6 4 S 150 la 160 23 50 3 130 14 $2 =.s S 6 140 16 155 21 40 3 120 14 $2 a.8 6 7 1e5 15 165 21 50 3 125 13 51 a.a 7 8 150 15 170 21 50 3 140 it $2 e6 8 9 155 13 999 19 999 9 150 6 $4 *.6 9 10 165 $3 999 17 999 9 150 6 56 =.6 to 11 220 10 999 13 999 9 190 6 57 .6 11 12 215 to 999 14 999 9 195 to 89 a.i 12 999 23 13 250 16 999 9 200 11 59 *6 13 14 260 14 999 17 999 9 215 9 $$ 2.0 14
, 15 20 12 999 20 999 9 210 to 59 1.s 15 o 16 255 12 999 21 999 9 als 9 59 1.6 16 17 255 14 999 27 999 9 220 it $7 $.2 17 18 250 20 999 31 999 9 200 14 59 4.2 18 .
19 240 18 999 27 999 9 200 15 60 2.0 19 20 260 to 999 27' 999 9 200 15 57 3.0 20 21 255 16 999 29 999 9 230 14 54 S.8 21
__ 22 265 19 999 27 999 9 235 14 $2 2.8 22 23 265 17 275 27 to 2 230 13 51 4.0 23 24 255 }) W 20 999 ? 20$ _. 50 ).O _ 24 _ _ _ _ _ _ . . _ _ . _ _ _ . _ _ . ,g, , _ . . _ ._. ._. - _ _ _ _ . . _ B-49
COOK GE;:ER4TI~8 STATION O git ~.Jeosesseeeceocessesseeeeeeessesse
~
TEr;PERATURE . 50P7' 150F7 '8EA0MPOLE. 3677~~1s6e30 NOUR DIR SP OIR SP SPAN '.G ' 01 R. ' ' E P. 71. R P. O. f. C 7. A' ?.HO U. R. 3 .. 04T,E * , ,,,, * ~~ 1 1 250 16 255 23 30 2 200 15- 51 2,4 1 2 250 la 250 25 40 2 200 14 51 2.0 a 3 3 250 14 260 23 30 4 20$ 16 $1 1.2 3
, a 240 is aso 19 60 3 200 14 58 '.6 4
_,, 5 335 11 840 16 60 3 200 13 81 ais B v 6 250 to 240 19 60 3 210 il 30 e.4 6-7 255 to 255 27 to 3 220 20 48 0,0 7 . __ 4 255 19 215 10 250 24 40 3 44 0.0 4 O 9 255 20 255 17 to 3 220 20~ 47 4.4 9 10 255 20 255 27 20 3 220 20 34 e4 10 220 21 11 255 ft 255 29 20 3 44 =1.0 11 O il 255 #2 255 29 20 3 220 21 na =1,0 12 13 260 18 270 27 50 3 230 20 he at i 13 . ______ _ 14 160 to 260 27 20 t 220 19 as- et 0 14 0 15 265 19 265 26 30 2 230 19 44 00 15 a 16 275 17 270 24 50 2 230 14 49 l' 4 16 _ _ _ _ _ _ _ _ _ . _ . _ . . _ _ _ . m 17 265 16 270 23 40 2 230 il 44 00 17 . Sir it19270 $6 370 14 275 25 30 2 235 16 44 1,6 it 270 23 30 2 230 il 44 til 19 __ tec 20 270 it 85- 30 2. 235 13- 44 8.4 to C 31 276 10 280 23 50 2 240- 14 is 't'4 21 22 270 $7 485 20 60 3 tot it 47 {.O at. . _ . 23 200 14 255 19 70 3 250 13 47 e4 23 3 24 285 14
~~
300 19 70 3 260 12 7 q~i 24
^
5/10/78 295 19
, 1 395 14 60 3 260 12 47- 4 1
' ~~
O & 300 14 310 19 60 I 270 12, 46+ 10
*9 & ' . , . _ 3 300 14 310 21 to 3 280 it 49 e4 - 3 1
310 80 4 305 14 to 3 240 it 45 6 4 03 5 310 12 310 17 20 2 275 to 45 1.3 5 4 300 18 310 19 30 t 270 12 45' '.6 & 7 300 14 310 17 30 a 270 11 45 4 7 0 4 300 le 310 17 40 8 270 to && e.2 4 - 9 300 it 300 15 60 2 269 11 45 .6 9 . . . ... 10 305 't 310 18 to . 2 265 't 47 *1.4 10 0 11 270 7 280 7 90 2 220 7 47 eted 11 - it 380 7 ast 7 90 2 226 4 44 et.0 it _ 13 aos 7 290 6 a0 2 240 3 52 et.6 13 3 14 315 6 270 6 70 t- 360 2 54 -1,6 14 15 270 6 370 3 60 a 220 3 57 *1.2 15 . . . . . . 16 300 5 330 4 90 t 330 4 63 =2.0 16 M, 17 310 5 300 5 80 2 360 t 60 et.0 17 it 270 6 255 5 to 2 240 0 65 etia it 19 178 3 100 3 90 2 120 3 66 '> 19 0 to 135 5 160 7 30 2 105 $ 66 a.4- 20 31 tot 4 155 13 15 2 110 6 64 1e a1 _ _ . . . . . 22 150 10 155 17 to a 130 7 68 40 at 3 23 160 to les 19 40 3 140 9 60 14 23 to $70 1$ its it 50 3 140 $0 _ 60 ".94 to . . _ _ . . . . _ _ _ . . _ _ _ _ . 3 o . b' .B-50
a c00m st: ERA 7288 87A7:0w . - CI[ h0000cccccccocococcoocecocococo
7EMPERATURE
/ 150F7 '8EACPPCLE 20P?~'180533 MOU2 01R L~5P DIR EP 8 PAN G '0!R' 8P 7t>P OfL7A 7
~
HOUR DATE 1 180 to $/11/74 200 17 30 3 160 6 60 5 1
~ ** ~'
2 210 10 210 17 60 3 140 to 60 1 3 225 14 225 19 60 3 190 11 63 .6.e 3 3 , 1
.. 4 225 ik 220 17 70 3 190 to 63 .. 2 4 _
o- 3 200 10 200 17 to 3 150 ~5 $8 ,A 5 6 195 10 210 15 70 3 190 5 59 e.2 6 7 210 10 215 17 60 3 is5 7 59 .6 t -_ -. 4 210 12 210 19 to 3 190 to 59 =.2 4
% 190 13 +
200 21 70 3 170 6 61 e.6 9 to 200 12 200 19 70 3 180 6 40 0.0 10 . 11 225 15 220 19 to 3 190 12 63 .6 11 12 Es0 to 240 27 70 3 200 24 61 =.6 it 13 225 15 220 21 70 3 190 12 $7 .6 13 to 200 12 205 19 70 3 100 5 57 .6 14
' 15 195 11 200 17 60 3 170 4 58 e.6 15 g, 16 180 10 190 15 70 3 160 4 _. 58 *.i 16 _ _____ _ _ __.
17 180 10 185 15 70 3 160 $ 59 6 17 8 18 165 it 185 19 to 3 150 8 59 e.t 18 19 180 to 200 17 70 3 180 4 to a.6 19 _ 20 195 11 200 17 80 3 180 4 62 ..e 20 1 21 195 10 200 16 60 3 100 4 63 .2 21 22 195 ~8 200 13 60 3 170 3 _ 63 =.4 22 200 11 23 195 7 50 3 170 2 63 *.4 23 8 to 100 8 999 13 999 9 160- 3 63 ,4-24
~~
5/12/78 1 180 to 200 14 to 3 165 3 61 .6 1
~ ~~ ~
t 2 190 '8 tes 13 60 3 160- 4 59 .4 4 3 180 11 190 10 70 3 150 6 59 a.4 3 9 4 120 14 170 21 65 3 150 4 60 0.0 4 ) 5 170 12 160 19 65 3 150 6 60 4.2 5 6 100 11 195 19 to 3 160 4 61 ..a 6 7 180 12 195 19 65 3 165 4 63 a.4 7 ) 6 200 16 210 23 60 3 190 lb 61 =.4 a 9 255 20 260 29 40 3 220 to 96 2.0 9 10 255 20 250 29 to 3 210 19 56 1.6 to ) 11 255 22 250 29 60 3 210 21 57 1.0 11 la 255 to 250 25 50 3 205 14 61 '.8 12 13 255 16 260 22 40 2 205 11 63 1.2 13 ) 14 255 13 260 19 50 2 210 't 63 1.6 14 15 250 9 ISO 13 50 2 240 2 65 '.8 15 , 16 315 5 300 7 30 2- 340 2 70 *1.4 16 )'{ 17 270 5 200 5 100 2 315 0 74 *1 17 18 240 a *230 10 90 2 203 4 70 *1 6- 18 19 180 7 190 11 80 2 150 4 69 st.0 ic 19 ) 20 150 to 170 13 60 3 140 7 67 64 .20 21 150 to 165 15 50 3 135 7 66 ..E. 21 22 135 14 150 19 45 3 120 9 66 -46 22 ) 23 145 15 160 20 50 3 140 10 66 es6 23 24 155 to 170 15 60 3 140 ~6 63 =d 24 . . __ )
- 1
) B-51
g . T COOK GENERATIhG STATION - ( ) t!;:0. . _ _Occcccc eccescococoosocconocco
' TE!PERA7URE 50F7' 150FT SEA 0MPQLE! 30 F T ' 18 0430 Houa 02a '88
-- OIR 8P BPAN S '0IN S P.
_ . 7E N4 O E L. 7A' .?
. M.OUR QATE ,'-
1 250 4 275 10 10 4 205 6 66 2.8 1 2 255 7 280 to 10 4 210 4- 65 3 260 3.2 &
? 280 to 20 2 215 4 63 3.0 3 a 265 ? 280 10 30 2 240 2 63 1.6 4 3 5 265 7 280 to 30 2 220 4 61 2.5 5 6 250 6 285 to 30 2 266 1 60 3.0 6 7 250 4 300 3 110 2 1s0 2- 62 3.4 7 8 255 $ 270 7 60 2 215 5 43 .* 8 9 260 5 270 5 60 2 220 4 63 =.2- 9 . 10 ISO 4 280 4 50 2 240 3 66 4 10 11 ISS 6 270 4 60 2 255 2 67 5 11 12 300 4 310 5 25 4 350 3 11 8 12 13 300 4 300 6 25 4 350 4- 75 e2.0 13 14 310 6 310 7 50 2 360 6 76 *I.6 14 15 310 6 330 8 70 2 355 6 77 =2.s 15
, 16 315 6 310 4 40 2 355 5 78 =3.0 16 lt 310 $ 300 8 35 2 3s3 3 76 *1.4 17 le 270 6 2s0 8 to 2 270 $ ?? 0 18 19 265 6 270 to 40 2 215 2 ?S =1 0 6 19 20 240 7 260 12 30 3 195 6 75 1.2 20 21 230 8 240 12 to 3 195 4 75 1.0 21 22 200 h 225 13 45 3 180 4- 73 1.2 22 23 225 10 240 to to 3 190 4 13. 0.0 23 _. 24 225 10 2a5 15 50 3 !?5 9 72 0.0 ' 24' 1 230 to 245 15 50 3 5/20/78 195 6 72- 0.0 1 2 235 11 250 15 50 3 190 to 70 0.0 2 3 235 11 250 15 50 3 195 9 69 4.2 3 4 210
'? 235 13 40 3 190- 5 67 1.0 4 __ . . _ _ _ _ _
5 200 4 230 14 30 3 100 4 65 1.6 3 ' 6 210 7 240 13 50 3 190 6 65 1.2 6
? 210 6 230 13 50 3 190 6 66 '.6 ?
8 210 6 230 12 70 3 180 6 66 0.0 8 9 240 11 250 15 65 3 195 11 70 *1.2 9 10 too 12 250 16 to 3 EDS to it *1.2 to 11 230 'S 250 14 60 3 195 8 64 0.0 11 12 270 14 255 19 50 2 253 14 66 2.0 12 13 275 12 280 19 70 2 230 10 63 2.6 13 16 250 14 260 19 50 2 205 10 63 1.0 14 15 260 12 275 19 50 2 215 10 66 1.4 15 16 260 10 280 17 40 2 215 4 67 2.4 16 17 320 10 330 21 75 2 305 to 63 2.0 17 15 350 to 999 19 999 9 340 ~t - 60 1.2 la 19 360 13 999 19 999 9 340 20 'S 20 35 13 999 18 =}.0 19 21 30 12 999 9 10 15 51 =.4 to 30 la 80 3 5 18 52 =.6 21 22 30 14 30 19 70 3 53 23 30 18 to 16 a.4 22 30 23 70 3 10 22 51 e.4 23' la 35 16 30 22 so 3 to 24 50 ..E 24 B-52
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3 0
- O l 3 .
000K GENERATIN 57A710N '
^
L _ Iccccccace?cocccocooocccccccccaco
' 75"PdRATURi
. 5077 100F7 SEAOFTOLE 30F7~ 100-30 HOLA DIR && OIR SP SPAN O '01R' SP 7LsP 0$LTA 7 M06R DATE
$/29/78 1 150 7 150 16 20 3 IJO 6 74 2.0 1
'~ '
_n____._________._
. 2 155 7 155 16 20 3 130 7 73 2.2 2 3 160 7 165 16 30 3 130 4 72 1.8 3 4 160 6 170 15 30 3 125 8 70 2.4 6
.y, S 150 6 175 14 JD 3 110 9 69 2.s 5 6 160 7 165 13 40 3 105 to 66 3.0 6 t 150 t 160 16 to e .11's to 67 1.2 7
_ 8 190 6 100 15 30 3 150 4 71 ~ .s 8 9 260 7 195 12 60 3 220 $ 69 0.0 9 to 255 6 250 8 50 2 205 6 69 0.0 to 11 230 4 21G 8 40 2 203 6 71 .= 11 if 230 6 222 7 60 2 220 4 73 *.S 12 13 2s3 b 240 7 oo 2 273 1 75 =1
- 13
' 14 250 6 270 6 90 2 305 2 60 -1,0 1e 15 2sa 6 250 8 110 2 320 2 Bi *1.6 15
.. 10- 305 3 250 4 130 2 345 3 24 *2.0 16
, , , 17 230 6 d40 7 100 2 3;5 2 *1,6 17
$7 19 225 5 999 7 999 9 220 5 63 *1.4 18 14 150 6 999 11 999 9 150 3 69 *1.2 19 4 20 180 6 999 12 999 9 160 2 e5 .o 20 21 190 h 999 12 999 9 160 3 63 e.4 21 22 iGo 8 999 16 999 9 1ac & . 61 0.0 22
' 23 210 6 200 15 70 3 180 4 tt =.2 23 21 230 10 220 16 70 3 190 8 79 *.4 26 .
1 225 9 220 14 70 3 5/30/78 190 *.s '- . _ 7 79 1 2 195 5 190 12 to 3 Ito 4 75 0.0 2
.. 3 210 5 2cc 12 60 3 170 3 74 0.0 3 ,qg 4 210 4 200 to 70 3 190 4 72 .2 4 5 220 $ 210 to 70 3 190 6 72 a.4 5 t 210 5 200 to 45 3 100 4 71 *.2 6 7 220 4 210 8 50 3 135 4 71 .4 7 S 220 4 20; 7 70 2 145 1 71 a.o 8 9 2&O 6 220 9 75 2 190 8 72 .o 9 to 210 5 190 8 100 2 150 8 72 a.5 to _ ._ _ _ _ . _ . _ ._
3 11 250 10 230 12 80 3 200 9 71 *1.0 11 12 250 8 255 12 70 2 2ed $ it ales 12
, 13 2s0 8 270 to 80 2 240 4 72 =1.0 13 J 14 275 7 2*0 15 250 6 270 to 260 60 2 4 72 =i.6 la 8 100 2 220 e 71 *1.2 15 to it0 10 2*3 13 110 2 230 to 72 . ._ ._
*1.0 16 17 240 12 255 20 80 2 2JO 16 70 .4.4 17 to 220 11 d50 18 40 2 225 11 69 .4 15 19 255 12 240 17 60 2 230 11 9999 0.0 19
'. 24 250 to 240 14 60 2 195 6 9999 1.0 20 21 230 7 22h 12 50 3 190 6 9999 '.2 21
" 22 210 4 210 10 60 3 100 4 9949 .e 22 23 240 4 240 13 to 3 143 7 9,99 2 23 24 265 4 260 15 20 2 230 8 9999 2.0 24
.*e B-53
9 e / I OCCM GENERATIND STATION d
)
CINDYIhecocococococconocosecocosoeocco TEM 7ER4TURE SOFT 150FT SEACePOLE 30FT 180-30 HOUR DIR SP O!R SP SPAN G OIR SP 7EMP DELTA T Hour DATE 6/ 1/78 1 170 6 180 16 40 3 135 9 72 1.6 1 2 210 6 200 14 50 3 160 4 72 8 2 3 240 to 230 16 60 3 190 8 75 2 3 p 4 250 to 240 18 60 3 200 to 75 8 4 _ _ ____ 5 230 6 220 12 60 3 190 6 74 8 5 6 210 6 220 12 50 3 180 6 72 2.4 6
- 7 210 6 210 13 50 3 180 6 70 1.6 7 . . ._ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ .
8 230 8 225 12 80 3 190 7 73 =.6 8 ) 9 240 6 200 to 70 2 190 8 75 =.8 9 10 255 12 240 18 70 2 205 to 74 =1.0 to _ _ _ _ _ _ _ _ . _ . _ _ , _ _ _ . _ _ _ 11 255 14 240 20 to 2 210 to 73 0,9 11 ) 12 260 12 250 16 50 2 210 9 75 =1.. 12 13 270 8 260 13 60 2 210 8 77 =1.4 13 _ 14 280 5 280 6 90 2 220 4 78 =1.2 14 ) 15 320 4 330 5 70 2 320 2 78 =2.0 15 .g. 16 330 4 330 6 80 2 330 4 78 =1.8 16 _ _ _ _ _ _ _ _ . _ . _ p 17 330 5 330 8 80 2 340 2 79 =2.0 17 > 18 315 5 230 6 70 2 300 1 78 =1.4 18 19 270 5 260 8 40 2 220 4 75 .4 19 _ 20 200 4 290 6 80 2 265 3 74 .6 20 ) 21 280 3 285 4 70 2 230 3 72 =.2 21 22 270 4 300 4 60 2 240 3 70 4 22 _ _ _ _ _ 23 310 3 320 8 40 2 240 2 69 1.4 23 ) 23 310 6 305 9 50 2 280 5 69 =.2 24 6/ 2/78 1 310 8 320 16 50 3 310 16 66 =.6 1 ) 2 330 10 330 20 80 3 315 18 62 =.8 2
,. 3 330 10 340 14 100 2 320 14 to =.8 3 _ _._ ._ _
4 360 6 360 9 90 2 340 10 57 =.6 4 ) 5 360 3 360 6 80 2 335 7 S7 a.6 5 6 360 2 360 4 50 2 335 3 57 =.4 6 7 320 3 310 4 50 2 285 3 $7 =.6 7 3 8 310 5 305 8 60 2 280 7 57 .8 8 9 315 to 310 14 30 2 290 12 58 =1.0 9 to 320 6 330 8 90 2 310 to 59 =1.6 to I 11 350 8 340 10 90 2 315 to 60 =1.6 11 12 340 10 340 13 110 2 315 12 60 =2.0 12 _~ 13 350 10 345 13 80 2 325 12 60 =1.8 13 ' 14 350 10 360 13 80 2 335 11 to =1.6 14 ,, 15 360 6 360 8 110 2 340 10 62 =2.2 15 _ _ . _ 16 30 5 to 7 120 2 355 8 63 =2.2 16 E~ 17 50 6 30 8 90 2 360 9 63 =2.0 17 18 50 6 30 7 90 2 360 10 63 =1.6 18 19 45 6 40 8 60 2 25 4 62 =1.0 19 20 80 5 70 7 40 2 60 2 61 e.6 20 21 90 4 80 9 40 2 65 3 59 2 21 _ _ _
, 22 100 5 90 9 20 2 70 4 58 1.2 22 23 90 6 75 8 10 4 70 3 57 1.6 23 24 80 5 65 7 to 4 60 2 57 tot 24 . . . _ _ _ .
B-54
g o 0003 GENER471::G STAT %Qa ! I e:cococococcocecooocococcooccocoe TErPERATURE SOFT 150FT SEAOMPDLE 30FT 180230 NOUR Q19 SP DIR SP SPAN G DIR SP TEMP DELTA T MOUR DATE I 1 210 8 6/11/78 195 19 60 3 155 6 69 4 1 I 2 220 to 210 19 90 3 165 10 68 6 2 3 225 8 210 15 70 3 185 10 48 2 3 4 225 8 210 16 70 3 185 9 65 6 4 220 18 185 11 I 5 240 12 90 3 66 .2 5 6 240 11 220 16 80 3 190 10 66 .2 6 7 235 12 220 to 80 3 195 to 66 ..e 7 - - - _ _ . _ _ _ 220 16 I 8 235 to 90 3 195 to 68 .8 8 9 240 8 210 12 110 2 195 10 70 *1.0 9 to 240 8 210 14 110 2 195 11 73 =1.4 10 _ I 11 2a0 to 220 14 90 3 195 10 75 =1.4 11 12 240 12 220 16 100 3 200 12 77 =1.4 12 13 240 12 210 17 120 2 200 12 81 =1.8 13 I 14 235 12 210 17 100 2 200 12 83 =2.0 14 15 240 12 210 20 120 2 195 13 85 =2.0 15
,, 16 235 12 210 20 100 2 200 14 86 =2.0 16
>y 17 225 12 205 20 100 3 200 10 90 =2.0 17 18' 225 10 200 20 90 3 195 to 89 =1.8 18 19 220 10 200 17 90 3 195 to 88 =1.2 19 20 210 8 195 15 90 3 190 6 85 .6 20 D 21 210 9 200 16 90 3 180 4 82 e.2 21 22 215 8 200 15 80 3 180 6 81 0.0 22 23 215 8 200 16 70 3 180 6 79 0.0 23
> 24 220 9 200 17 80 3 185 7 78 .2 24 1 220 to 200 19 6/12/78 90 3 185 7 77 =.2 1
> 2 235 12 210 20 100 3 185 to 76 *.4 2
,I.
3 240 13 220 20 90 3 185 11 76 a.6 3 4 too 14 220 20 80 3 185 12 77 =.6 4 3 5 240 13 220 20 90 3 190 12 76 .6 5 6 240 14 225 20 90 3 195 13 75 a.6 6 7 240 12 225 20 90 3 205 14 65 e.4 7 8 8 270 14 270 20 110 2 200 12 69 4 8 9 340 6 3"3 to 90 2 250 14 63 =.8 9 10 360 8 360 11 70 2 340 9 57 0.0 to I 11 30 to 10 14 90 3 340 to 56 =.8 11 12 40 to 20 15 100 3 350 16 57 =1.0 12 13 40 to 20 14 100 2 355 18 58 =2.0 13 > 14 40 12 30 16 80 2 355 18 57 =1.8 14 15 45 12 30 16 80 2 360 19 58 =1.8 i- 16 45 12 30 16 90 2 360 20 60 =1.8 15 16 ) 17 50 13 30 16 80 2 5 19 60 -1.8 17 18 50 13 30 16 80 3 5 19 61 =1.6 18 19 45 12 30 16 70 3 360 22 60 =1.4 19 ) 20 45 13 25 18 80 3 360 20 5* a1.0 20 21 40 13 30 17 70 3 360 20 S6 -46 21 22 40 14 20 20 90 3 360 21 55 =.s 22 9 23 45 13 30 18 70 3 340 23 54 e st 23 24 50 12 30 18 70 3 360 22 34 1.6 24 _ _ . D b B-55
, __._ - .__ _ -- 3
( ) COOK GENERtTING 87ATIO.1 UIN0is$eccococooooconococenocesosecee TEMi'ERATURE SOFT 150FT BEACHPOLE 30FT 180=30 HOUR CIR SP OIR SP SPAN G OIR SP TEMP OELTA T HOUR CATE 50 13 6/13/78
- 1 40 18 100 2 5 20 52 a.6 1 2 to 12 50 16 80 2 to 20 e.6 51 2 __
3 50 1s 40 20 60 2 25 14 49 e.6 3 4 50 13 30 20 70 2
- 20 16 48 =.t 4 5 45 to 30 15 80 2 15 16 48 a.4 5 6 45 10 20 16 90 2 5 18 47 =.4 6 7 45 to 30 14 80 2 355 18 47 -1.0 7 8 50 11 30 14 80 2 355 18 48 9 40 10
=1.2 8 _ _ _ _
20 13 90 2 360 16 50 =1.6 9 to 45 to 20 12 110 2 355 15 51 =1.8 to 11 10 9 10 12 120 2 350 15 51 =2.0 11 12 360 10 360 13 110 2 350 16 50 =2.0 12 _ 13 360 10 360 14 110 2 345 16 51 =2.0 13 14 360 12 360 16 to 2 345 15 51 =2.0 14 15 360 13 350 18 80 2 340 17 52 =2.0 15 y 16 360 13 360 17 70 2 335 17 53 =2.0 16 3 17 45 12 20 16 90 2 335 16 54 =2.0 17 18 45 9 20 15 100 2 355 18 19 50 54 -1.8 to 20 45 8 9 25 13 90 3 355 14 b4 =1.4 19 25 13 70 3 360 15 54 =1.0 20 21 45 8 30 14 50 3 360 14 55 0.0 21 22 50 8 40 12 40 3 15 54 23 50 8 0.0 22 8 40 14 40 3 25 6 54 4 23 24 to 6 45 12 35 3 25 6 54 1.0 24 1 60 6 50 11 30 3 30 4 6/14/78 54 1.2 1 2 90 6 75 to 30 3 30 4 a6 3 110 1.6 2 su 7 80 14 40 3 75 5 47 2.8 3 -e- 4 105 6 85 13 20 3 80 6 47 2.2 4 5 110 7 95 13 to 4 75 6 46 2.6 5 6 115 7 90 13 15 4 80 5 47 2.0 6 7 125 7 105 11 50 2 85 4 48
- 0.0 7 8 120 7 105 10 60 2 95 6 51 e.8 8 9 125 8 120 11 to 2 85 4 53 =1.6 9 10 120 6 120 8 80 2 95 6 56 =1.6 to 11 130 7 130 to 80 2 110 5 58 =2.0 11 12 130 6 130 7 110 2 120 6 62 =2.0 12 13 330 6 999 6 999 9 120 4 to =1.4 13 14 to 7 10 10 120 2 315 3 to =1.8 14
) ,
15 a5 10 20 13 80 2 999 99 57 =1.2 15 16 60 3 30 4 120 2 999 99 57 a.2 16 17 to 4 60 5 80 2 999 99 56 a.4 17 18 115 7 100 10 70 2 85 4 60 e.2 to 19 125 7 115 11 35 2 95 5 61 =.2 19 20 135 10 120 12 40 3 95 8 60 e.2 20
' 21 135 11 125 16 35 3 100 8 58 0.0 21 22 140 12 130 16 25 3 100 9 59 .2 22 23 130 12 135 18 35 3 110 9 60 e.2 23 24 135 11 140 18 40 3 115 10 39 999.9 24 ,
i B-56
0 '
-f
- o. C00R BENERATINS STAT!Oet
- UIND-- >aeeeeeeeeeeeeeeeeeeeeeee**esee TEM?ERATURE 50F7 150FT BEACMPOLE 30F7 180=30 . _ . _ _ _ _ _ _ _ . _ _ _ __._.
,MOUR DIR 8P OIR 8P SPAN G OIR SP TEMP DELTA T- HOUR DATE 6/15/74 1 140 8 150 16 40 3. 120 10 to 999.9 1 __ _ _ _ . _ _ _ _ _ . . . . _ , _ _ _ _ . _ _ i
_ _ _ 2 140 7 150 13 50 3 125 7 to 999.9 2 1 3 150 8 150 14 50 3 125 7 60 999.9 3
.. . 4 150 9 160 18 60 3 135 7 61 999.9 4 . _ . _ . . _ _ _ _ . _ _ _ . _ . . _ , _ _ _ _ . . _ _ _ _ _ _ _ . _ _ . , _
-5 160 9 165 18 60 3 135 8 61 999.9 5 6 160 9 170 17 70 3 135 9 60 999.9 6
_ 7 160 8 170 17 70 3 135 10 to 999.9 7 . _ ~ _ _ _ . . _ _ _ _ 8 170 7 170 16 70 3 135 4 62 a.4 8 9 210 7 190 14 110 3 195 8 .64 a.6 9 l 10 240 6 220 11 80 3 190 6 65 =.8 10 _ _ ._ ___ __ . . . . . _ . _ _ _ _ _ __. _ , 11 200 5 180 10 100 3 150 3 68 =1.4 11 12 230 10 210 16 110 2 195 12 71 =1.4 12 13 230 10 210 20 100 2 190 9 71 =2.0 13 _ _ _ . . _ . _ _ _ 14 210 8 200 14 110 2 185 6 70 =1.2 14 15 230 10 210 14 110 2 190 8 72 =1.2 15
, 16 230 7 210 13 110 2 195 8 71 =1.2 16 __.. . _ ______. _ .___.___.__. _ . _ _ _
l 17 220 6 200 13 110 2 190 8 72 =1.4 17 l 18 210 6 190 14 110 2 170 6 71 *1.0 18 19 200 6 180 14 100 2 150 4 72 =1.0 19 _ _ _ . _ _ . . _ . , _ _ _ _ i 20 160 6 165 13 70 3 140 5 69 e.4 20 l 21 145 7 150 13 40 3 130 6 66 0.0 21 l 22 150 2 150 16 50 3 130 6 65 2 22 __ 23 150 7 160 16 40 3 140 6 64 6 23 24 160 8 165 16 70 3 135 6 63 2 24 6/16/78
- 1 150 9 165 17 60 3 140 9 63 0.0 1 2 150 10 165 18 60 3 135 10 63 0.0 2
', 3 150 10 165 to 50 3 135 to 63 0.0 3 . . 4 150 to 165 20 60 3 135 11 63 =4 4 5 150 10 165 16 65 3 135 10 62 =.4 5 6 125 10 120 12 75 2 100 10 57 .6 6 .. -_ 7 140 to 150 18 45 3 115 11 58 0.0 7 8 140 8 150 16 45 3 115 10 60 0.0 8 9 150 7 155 13 40 2 120 8 to 4 9 . _ _ . , 125 10 0.0 10 155 7 165 14 60 3 60 10 11 165 6 180 14 50 3 130 9 62 2 11 la 190 10 185 16 75 3 150. 6 42 0.0 12 i 13 210 12 195 23 90 3 180 7 65 2 13 - 14 210 12 200 20 95 3 1c3 7 72 =1.0 14 15 240 12 240 16 80 3 21' 10 73 a.2 15 16 255 to 250 12 90 2 210 6 71 *.2 16 17 270 5 240 10 90 3 195 5 75 e.4 17
- 18. 440 6 230 12 70 2 190 6 81 8 18 _
19 225 5 240 8 120 2 265 4 78 2.0 19 20 290 7 295 14 70 2 240 3 74 2.4 20 21 310 8 330 15 60 2 330 6 72 3.0 21 _ _ 22 300 5 255 6 120 2 195 4 75 2 I4 23 180 5 190 14 40 2 135 8 72 4.0 23 L* 145 7 190 to 45 3 145 0 72 4.0 24 . . _ . - . . P B-57 -
.A .
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . . _ _ _ _ _ _}}