ML18079A892
| ML18079A892 | |
| Person / Time | |
|---|---|
| Site: | Salem  |
| Issue date: | 08/24/1979 |
| From: | Public Service Enterprise Group |
| To: | |
| Shared Package | |
| ML18079A891 | List: |
| References | |
| RERR-6I, NUDOCS 7909050456 | |
| Download: ML18079A892 (52) | |
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P78 56 01/18 DPR 70 REPORT NO~ RERR-6I UNIT NO. 1 RADIOACTIVE EFFLUENT RELEASE REPORT JAN -
JUNE 1979*
SALEM NUCLEAR GENERATING STATION Public Service Electric and Gas Company
- Interim Report pending the completion of addition analyses.
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I Introduction SALEM NUCLEAR GENERATING STATION 5 0-272 UNIT NO. 1 RADIOACTIVE EFFLUENT RELEASE REPORT January 1, 1979 to June 30, 1979*
This report, RERR-6I, summarizes the release of radioactive materials in liquid, gaseous and solid form from Salem Unit 1 for the period Jan. 1, 1979 to June 30, 1979.
This report was prepared in the format specified in USNRC Regulatory Guide 1.21.
Results of Sr 89 and Sr 90 analysis for the month of June were not available for inclusion in this report.
A revised report will be submitted when this data is available.
Release of radioactive materials from the Salem station during the reporting period were within the limits set forth in the Environmental Technical Specifications and calculated radiation exposures to off-site individuals were small fractions of the limits set forth in 10CFR20 and within Appendix I to 10CFRSO requirements.
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EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT RERR 6I A.
SUMMARY
.INFORMATION 1.0 Regulatory Limits Symbols utilized in the equations listed below under Sections 1.1 and 1.2 are the same as those used in the Salem Environmental Technical Specifications (ETS).
The symbol Q as explained in Section 2.3.3 of the ETS is the release rate of the gaseous activity in units of curies per second.
The K, L, M and N terms are actually site dependent dose conversion factors.
The equations listed below in Sections 1.1 and 1.2 take into consideration the release point location, building wake effects and physical characteristics of the radionuclides released.
1.1 Fission and Activation Gases -
Gaseous releases from the nuclear units are limited such that at no time will releases of gaseous radioactive materials cause a member of the general public to be exposed to an annual dose rate in excess of 500 mrem to the entire body or 3 rem to the skin i~ conformance with the requirements of 10CFR20.
Gaseous releases from the units are further restricted such that when releases are averaged over a calendar quarter no member of the general public will be exposed to an annual dose rate in excess of 20 millirads of gamma radiation or 40 millirads of beta radiation.
In addition, it is required that air doses averaged over.a twelve month period be less than 40 and 80 millirads for gamma and beta radiation respectively.
At any instant the release rate of radioactive gases must satisfy the following equations whose basis is 10CFR20.
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.I When averaged over a calendar quarter the release rate for radioactive gases must satisfy the following equation.
The basis for these equations is 10CFR50 Appendix. I.
13 Otv*Nv
< 1 6.3 Otv*Mv < 1 The release limit Q is therefore calculated to be 5.30E4 and 5.69E4 microcuries/sec for the
!st and 2nd quarters respectively.
When averaged over any twelve consecutive month period, the release rate for radioactive gases must satisfy the following equation.
The basis for this equation is 10CFR50 Appendix I.
25 Qtv*Nv < 1 23 Qtv*Mv < 1 I
The release limits of radioactive gases for the Salem Nuclear Generating Station are not fixed numbers, but depend upon the radioactive isotopes present in the effluent.
1.2 Iodine and Particulates, Half Life, 8 days The regulatory limits for iodines and particulates are listed below.
Releases of iodine and particulates are restricted such that no me.mber of the general public will receive a dose rate in excess of 1.5 re~ to the thyroid.
Releases of iodines and particulates are further restricted to prevent any member of the general public from receiving a dose rate in excess of 30 mrem in a calendar quarter or 60 mrem in any twelve month period.
The equations which govern these conditions are listed below.
At any instant of time the release rate for radioactive iodines and particulates material with a half life greater then 8 days is lirnted by the equation below.
The basis for this equation is 10CFR20.
(1.5 x 105) Ov < 1 P78 60 28 I
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I During any calendar quarter the release limit is governed by the equations listed below.
The basis for these equations is 10CFR50 Appendix. I.
2 curies of I-131 and Qv x 13 x ( 1. 5 x 1 o5) < 1 During any twelve month period radioactive releases should con-form to the following constraints as prescribed by 10CFR50 Appendix I.
1.3 Liquid Effluents 25 x (1.5 x 105) x Qv ~ 1 and 4 curies of I-131 The regulatory limits for radioactive liquids released from the plant are governed by 10CFR20, Appendix B, Table II, Column 2.
In addition, the following limits apply:
The cumulative release of radioactive effluents, excluding tritium and dissolved gases, shall be less than 10 Ci in a calendar quarter for each unit.
The cumulative release of radio~ctive effluents, excluding tritium and dissolved gases, shall be less than 20 Ci in any twelve consecutive months.
2.0 Maximum Permissible Concentrations Regulatory Guide 1.21 requires that the licensee provide the MPC's used in determining allowable release rates for radio-active releases.
We have addre~sed thi~ question below.
- a.
Fission Gases -
MPC values were not used to determine the maximum release rates.
- b.
Iodines -
MPC values were not used to determine the maximum release rates.
- c.
Particulates, Half Lives > 8 days -
MPC limits were not used to determine the maximum release rates.
- d.
Liquid effluents -
MPC values as stated in 10CR20, Appendix B, Table 11, Column 2 were used.
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3.0 Average Energy Regulatory Guide 1.21 requires that the licensee provide the average energy of the radionuclide mixture in releases of fission anq activation gases, if applicable.
Release limits for the SNGS are not based upon average energy, hence, this section does not apply.
4.0 Measurements and Approximation of Total Radio"activity 4.1 Liquid effluents are monitored in accordance with Table 2.3-3 of the Environmental Technical Specifications.
During the period of record, all wastes from the chemical drain tank and the laundry and hot shower tanks were routed to the hold-up tanks for monitoring.
These tanks were then recirculated the equiyalent of two tank volumes to produce uniform mixing and a sample was extracted and analyzed before any release was made.
Batch releases included releases from the waste monitor tanks, waste monitor hold-up tank, and the chemical and volume control tanks.
Continuous releases included releases from intermittent blowdown of the steam generators.
The predominate gamma emitting isotope detected continued to be cobalt 58.
Other isotopes detected included Co60, Mn54, and H3 (tritium).
At no time did releases exceed limits.
4.2 Gaseous effluent streams are monitored in accordance with Table 2.3-4 of the Environmental Technical Specifications.
The plant vent is the final release point of all planned gaseous effluents and is continually monitored by four very sensitive Geiger Mueller tubes.
The vent is also continuously sampled for iodine and particulates with a Cesco charcoal cartridge and filter paper connected in series to a low volume air sampler.
The filter and charcoal are changed weekly, weather permitting, and analyzed on a multichannel analyzer in the laboratory.
Sampling is also performed on all gas decay tanks and containment purges prior to release to the environment.
The results of these analyses are used as the basis for the cumulative release of gaseous effluents into the environment.
All tritium samples were taken by bubbling gas through water and then counting the tritiated water on a liquid scintillation counter.
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4.3 The estimated total error of the reported continuous gaseous releases is within 50%.
This error is due primarily to variability of waste stream flow rates and changes in isotopic distributions of waste streams between sampling periods.
The estimated total error of the reported batch gaseous releases is within 10%.
The estimated total error of reported liquid releases is within 25%.
5.0 Eatch Releases aatch releases of gaseous and liquid effluent are provided in Tables 4A -
4a.
- 6. 0 Unplanned Release.s There were no unplanned releases to an unrestricted area during this reporting period.
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I Part B.
Gaseous Effluents I
See summary Tables IA -
IC.
I Part c.
Liquid Effluents See Summary Tables 2A and 28.
I Part D.
Soliq Waste I
See Summary Table 3.
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I Part E.
Radiological Impact on Man*
The calculated individual doses in this section are based on actual locations of nearby residents and farms.
The population dose impact is based on the projected 1980 population and historical site specific data i.e., food production, milk production, feed for milch animals and seafood production.
The doses were calculated using methods described in Regulatory Guide 1.109 and represent calculations for the six month report-inginterval.
Doses from both and continuous releases were cal-culated using the meteorological dispersion coefficient X/Q from the period-from January-June 1979.
Liquid Pathways Doses to individuals in the population from liquid releases are primarily from the seafood ingestion pathway.
The total body dose to an individual was calculated to be l.28E-3 mrem.
The calculated population total body dose.was 3.28E-2 person-rem.
The highest organ dose from liquid releases was 2.60E-2 mrem to the gastrointestinal tract.
Air Pathways The resulting whole body and skin doses to an individual were calculated to be 2.52E-2 mrem and 2~54E-2 mrem respectively.
The calculated population total body dose was 2.43EOO person-rem.
The average total body dose to the population within fifty miles of the site was 4.54E-4 mrem/person.
Direct Radiation Direct radiation may be estimated by TLD measurements.
One method for comparing TLD measurements is by comparison with preoperational data.
Direct radiation measurements of on site locations averaged only 5.27 mrem/month.
This value is within the statistical variation associated with the preoperational mean value of 4.42 + 1.18 mrem/month (at two sigma).
Part F.
Meteorological Data Cumulative joint wind frequency distribution by atmospheric stability class at the 30 and 300 foot elevation are provided for the first quarter of 1979 as Table 5 and 6.
Tables 7 and 8 provide joint wind frequencies at elevation 30 and 300 foot for the second quarter.
- Preliminary Assessment P78 56 04 SEP -
EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT (1979}
GASEOUS EFFLUENTS-SUMMATION OF ALL RELEASES Unit A.
Fission & activation gases 1st Quarter 2nd Quarter I.
Total release Ci l.84E+02 6.44E+Ol
- 2.
Average release rate for period uCi/sec.
2.37E+Ol 8.19E+OO Est. Total(l}
Error %
2.SOE+Ol
- 3.
Percent of technical spec1f1cat1on 11rn1t 4.47E-02 l.44E-Ol
~~~~-(~S~e-e___,E=T=s=-s=p-e-c~.-=2-.=3-.=3-.~b~}~~~~~~~~~~~~~~~~~~~
-~~~~~~~~~~-
B.
- l. Total iodine-131 Cl
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
- 2.
Average release rate for period uCi/sec.
3.93E-04 4.78E-04
- 3.
Percent of technical spec1f1cat1on 11rn1t 7.66E-02 9.32E-02 C.
Particulates
- 1.
Particulates with half-lives> 8 days C1 5.34E-05 6.18E-05
- 2. 5 OE+Ol
- 2.
Average release rate for period uCi/sec.
6.86E-06 7.86E-06
- 3.
Percent of technical spec1f1cat1on 11rn1t l.34E-02 l.95E-02
- 4.
Gross alpha radioactivity Ci D.
Tri ti um
- 1.
Total release C1 2.90E+03 5.12E+OO
- 2. 5 OE+Ol
- 2.
Average release rate for period uci/sec.
3.73E+02 6.SlE-01
- 3.
Percent of technical specification limit N/A N/A (l} For batch r~leases the estimated overall error is within 10%.
P78 56 05/06 *
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EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT (1979)*
GASEOUS EFFLUENTS-ELEVATED RELEASES Nuclides Released Unit
- 1.
Fission gases (1)
Krypton-85 Ci Krypton-85m Ci Krypton-87 Ci Krypton-88 Ci Xenon-133 Ci Xenon-135 Ci Xenon-135M Ci Xenon-138 Ci Xel33m Ci Argon-41 Ci Fluorine-18 Ci Unidentified Ci Total for period Ci
- 2.
Iodines Iodine-131 Ci Iodine-133 Ci Iodine-135 Ci Total for period Ci
- 3.
Particles Strontium-89 Ci Strontium-90 Ci Cesium-134 Ci Cesium-137 Ci Barium-Lanthanum-140 Cobalt-60 Ci Rubidium-88 Ci Gross Alpha Ci Cobalt-58 Ci Total For Period Ci P78 56 07/08 CONTINUOUS MODE 1st Quarter l.07E-03
- 3. 0 5E-01 3.06E-Ol
- 1. 7 lE-03
- l. 3 4E-03 3.05E-03 2.80E-05 2.80E-05 2nd Quarter
- l. 77E-03
- 7. 7 2E-03
- 9. 49E":.03 3.73E-03
- l. 33E-03
- 5. 0 6E-03 BATCH MODE 1st Quarter 2.49E-Ol l.14E+OO
- 7. 9 3E-02 l.09E+OO
- l. 6 5E+02 l.37E+Ol 5.69E-02
- 2. 4 3E+OO 3.06E-Ol
- l. 8 4E+02 2nd Quarter l.09E+OO 2.58E-02 7.59E-03 6.13E+Ol l.18E+OO 7.86E-Ol 2.08E-06 6.44E+Ol 2.99E-05 9.94E-06 3.98E-05 3.37E-06 5.08E-06 l.49E-05 l.18E-05 9.59E+OO 7.24E-04 3.85E-05 4.15E-05 9.59E+OO 7.86E-04
Nuclides Released
- 4.
Tritium TABLE lB EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT (1979)*
GASEOUS EFFLUENTS-ELEVATED RELEASES (CONTINUED)
CONTINUOUS MODE BATCH MODE Unit Ci 1st Quarter 2.90E+03 2nd Quarter 5.08E+OO 1st Quarter E
2nd Quarter 4.07E-02
- 1)
Other fission gases were below the detectable level (LLD)
(Approximately less than 6.67 E-7 uCi/ml).
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TABLE lC EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT 1979 GASEOUS EFFLUENTS-GROUND-LEVEL RELEASES Nuclides Releases Unit 1st Quarter 2nd Quarter 1st Quarter 2nd Quarter P78 56 11 There were no ground level releases for the period of record.
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-1 TABLE 2A EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT (1979)
LIQUID EFFLUENTS-SUMMATION OF ALL RELEASES A. Fissi9n and activation products
- 1. Total release (not including tritium, ~?ses, alpha)..
- 2. Average d1.J.uted concentration during period
- 3. Percent of applicable limit Tech Spec App. B 2.3.l.b B. Tritium
- l. Total release
- 2. Average diluted.concentration during period
- 3. Percent of applicable limit C *. Dissolved* and entrained gases
- 1. Total release
- 2. Average diluted.concentration durin eriod
- 3. Percent of apelicable limit D. Gross alpha radioactivity
- 1. Total.release E. Volume bf waste release (prior to dilution -
Batch Release) 1st 2nd Units Quarter Quarter Ci
- 1. 32E-Ol 9.84E-01 uCi/ml 6.17E-09 8.47E-08
- 1. 32E+OO 9.84E+OO C1 5.89E+02
- 1. 27E+02 uCi/ml 2.75E-05
- 1. 08E-05 N/A N/A Ci 9.34E-01 4.81E-01 uCi/ml 4.36E-08
- 4. llE-.08 NA N A ci O.OOE+OO O.OOE+OO liters 5.60E+06 4.08E+06 Est. Total Error, %
2.50E+Ol 2.50E+Ol 2.50E+Ol 2.5E+Ol F. Volume of dilution water used during period -
Batch Release liters 2.14E+l0 l.17E+l0 2.50E+Ol N/A -
Not Applicable P78 56 12 I
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TABLE 2B EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT (1979)*
LIQUID EFFLUENTS (1)
CONTINUOUS MODE BATCH MODE 1st 2nd Quarter 1st 2nd Nuclides Released
- ---- **"'-.. J,J,ni"t **-., __ Quarter Quarter Quarter
~-~---,. ___ :;..
Strontium-89 Ci E
E Strontium-90 Ci E
E Ce~ium-134 Ci E
E 6.85E-03 Cesium-137
- Ci E
E 7.76E-03 Iodine~l31 Ci E
E 6.50E-03 Iodine~l33 Ci E
-E 2.67E-03 Cobalt-58 Ci E
E 5.19E-02 cob~lt~6o Ci E
E 3.20E-02 Cobalt~57 Ci E
E E
Manganese-54 Ci E
E
- 1. 09E-02 Chromium-51 Ci E
E 3.24E...;,03 cesium-136 Ci E
E 5.0lE-04 zirconium-95 Ci E
E 3.59E-04 Tin-113 Ci E
E E
Barium-140
- Ci E
E E
Lanthaium-140 Ci E
E E
.cerium-144 Ci E
E 4.80E-04 Tungsten-187 Ci E
E
- 4. 99E-04 pb 214 Ci E
E 3.78E-04 Na 24 Ci E
E 4.34E-03 Tritium Ci l.30E-01 E
.5. 89E+02 Niobium-95 Ci E
E
- 1. 23E-04 F-18 Ci E
E 8.85E-04 Sb-124 Ci E
E
- 1. 39E-03 Fe-59 Ci E
E 9.65E-04 Unidentified (Grdss Alpha) Ci E
E E
Total for period (above) excluding H3 Ci E
E
- 1. 32E-01 xenon-133m.
E E
- 1. 04E-02 xenon-133
- Ci E
8.99E-01 Xenon-135
.Ci E
2.49E-02 Krypton-88 Ci E
E E
(1)
The Lower Limit of Detection (LLD) is approximately 1.00 E-8 uCi/ml (Co 60).
P79 26 36 4.83E-04
- 1. 58E-03
- l. 24E-02 2.34E-04 4.61E-01 3.41E-01 E
8.61E-02 4.47E-02 E
4.91E-03 E
E E
3.70E-04 E
E E
- l. 27E+02 9.69E-03 E
6.22E-03
- 1. SSE-02 E
9.84E-01 3.31E-03 4.77E-01
- 1. 08E-03 E
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I TABLE 3 EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT 1979 SOLID WASTE AND IRRADIATED FUEL SHIPMENTS A.
SOLID WASTE SHIPPED OFFSITE FOR BURIAL OR DISPOSAL (Not irradiated fuel)
B.
6-month Est. Total
- 1.
Type of waste Units Period Error, %
- a. Spent resins, filter sludges, m3 l.81E+02 evaporator bottoms, etc.
Ci 3.19E+Ol
- 1. 0 OE+Ol
- b. Dry compressible waste, m3 2.24E+02 contaminated equip., etc.
Ci 4.79E+Ol l.50E+Ol
- c. Irradiated components, m3 O.OOE control rods, etc.
Ci
- 0. OOE
- d. Other (describe) m3 O.OOE Ci O.OOE
- 2.
Estimate of major nuclide composition (by type of waste)
- a. Cobalt -
58 4.30E+Ol Cobalt -
60 4.30E+Ol Manganese -
54
- 1. OOE+Ol Others 4.00E+OO
- b. Cobalt -
58 7.30E+Ol Cobalt -
60 l.lOE+Ol Mangenese -
54
- 1. 0 OE+Ol Others
- 6. 0 OE+OO
- c.
E d'.
E E
E E
- 3.
Solid Waste Disposition Number of Shipments Mode of Transportation Destination 18 Truck IRRADIATED FUEL SHIPMENTS (Disposition)
Number of Shipments Mode of Transportation None N/A P79 26 37 Barnwell, South Carolina Destination N/A
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TABLE 4A SALEM NUCLEAR GENERATING STATION (1979)
SUMMARY
SHEET FOR RADIOACTIVE EFFLUENTS RELEASED IN A BATCH MODE BATCH RELEASES ONLY
- 1.
Dates Jan. 1 -
March 31, 1979
- 2.
Type of release (Gas)
- 3.
Number of releases during the 1st Quarter l.SOE+Ol
- 4.
Total time duration for all releases of type listed above 1.42E+03 minutes
- 5.
Maximum duration for releases of type listed above 1.63E+02 minutes
- 6.
Average duration for all releases of type listed above 9.49E+Ol minutes
- 7.
Minimum duration for release of type listed above 6.0E+Ol minutes
- 8.
For liquid batch releases only, provide the average stream flow (dilution flow) during the period of release.
N/A P79 26 38 I
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I TABLE 4A (Cont'd)
SALEM NUCLEAR GENERATING STATION (1979)
SUMMARY
SHEET FOR RADIOACTIVE EFFLUENTS RELEASED IN A BATCH MODE BATCH RELEASES ONLY
- 1.
Dates April 1 -
June 30, 1979
- 2.
Type of release (Gas)
- 3.
Number of releases during the 2nd Quarter 2.lOE+Ol
- 4.
Total time duration for all releases of type listed above 4.13E+03 minutes
- 5.
Maximum duration for releases of type listed above 4.60E+02 minutes
- 6.
Average duration for all releases of type listed above l.97E+02 minutes
- 7.
Minimum duration for release of type listed above 6.20E+Ol minutes
- 8.
For liquid batch releases only, provide the average stream flow (dilution flow) during the period of release.
N/A P78 56 16
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I TABLE 48 SALEM NUCLEAR GENERATING STATION (1979)
SUMMARY
SHEET FOR RADIOACTIVE EFFLUENTS RELEASED IN A BATCH MODE BATCH RELEASES ONLY
- l.
Dates Jan. 1 -
March 31, 1979
- 2.
Type of release (Liquid)
- 3.
Number of releases during the 1st Quarter 8.60E+Ol
- 4.
Total time duration for all releases of type listed above 3.04E+04 minutes
- s.
Maximum duration for releases of type listed above l.34E+03 minutes
- 6.
Average duration for all releases of type li$ted above 3.54E+02 minutes
- 7.
Minimum duration for release of type listed above 2.00E+OO minutes
- 8.
For liquid batch releases only, provide the average stream flow (dilution flow) during the period of release. l.87E+OS gpm P79 26 39 I
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TABLE 4B (Cont'd)
SALEM NUCLEAR GENERATING STATION (1979)
SUMMARY
SHEET FOR RADIOACTIVE EFFLUENTS RELEASED It;r A BATCH MODE BATCH RELEASES ONLY
- l.
Dates April l June 30, 1979
- 2.
Type of release (Liquid)
- 3.
Number of releases during the 2nd Quarter 6.0E+Ol
- 4.
Total time duration for all releases of type listed above l.72E+04 minutes S.
Maximum duration for releases of type listed above 6.26E+02 minutes
- 6.
Average duration for all releases of type listed above 2.60E+02 minutes
- 7.
Minimum duration for release of type listed above l.09E+02 minutes
- 8.
For liquid batch releases only, provide the average stream flow (dilution flow) during the period of release.
l.82E+05 gpm P79 26 40
~......... - -
1 LAPSE RATE WINO OIST 1 FOR ARTIFICIAL ISLAND 1179*3179 LOCATION 30FT DEG C/100M (300.. :SOFTl -* - - - --*
LE*l 1 9
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SPEE.OS CMIIHR)
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1, 0.. 3
. '1*7 DIRECTION SUM PERCEMT SUM PERCENT 22 0 5 0
o,o 0
o.o 45.0 0
O;O 0
o.o 67,5 0
o,o 0
o,o 9o.o 0
o,o 0
o,o 112.s 0
o,o o*
- 0. c.
135,0 0
o,o 0
o,o 157,S 0
o,o 0
o,o 1ao 1 c 0
o,o
()
o.o 20205 0
o,o 0
o,o i:l25,0 o*
0 8 0 0
o.o 2'17 1 5 0
o, 0 0
o,o 2*10,0.
0 o,c 0
o,o
?.'i2 8 5 0
o,o 0
o,o 315DO 0
o,o 0
o,o 337,5 0
o,o 0
o,o 3b0 1 0 0
o,o Q
o,o 0
o,o 0
o,o MEAN WIND SPEED iH,O NUMBER OF UNINTERPRETABLE HOURS 0
8mj,?.
SUM PERCENT 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
(). 0 0
o,o 0
0,0 0
o,o 0
O,Cl 0
o,o 0
o,o 0
o,.o.
0 o,o l 3** 113 19.. ~3 SUM PERCENT
- ~UM PERCC:NT
()
o.o 0
o,o 0
o,o 0
o.o 0
o.o 0
o.o 0
o,o 0
o,o I) o.o 0
o.o 0
o.o 0
o~o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o~o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 1
ii 0
o,o 0
o,o 2
~1 0
o~o 0
o,o 0
o,o 0
o,o 3
,2 2'1 P!.l.JS SUM PERCENT 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o Q
o,o 0
o,o 0
c,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
".' r \\J 0
c ':*
0 c' ")
Q
- ~*I(:
0
(). *:*
Q C: * ('
0 I~ f..:
Q r,
0
- 0.,,
0 o,o 0
Ve.,;
0 1
- 1 2
0 0.;:;
0 0 *.:
J
- :?
TABLE 5 1 of 8
~ I c
1~,_J c
e I
I (I
G G
{J
('J
\\J ll
I IJ!t --.. 8111.... -... ~.... - - - - - -
~
LAPSE RATE WIND DIST, FOR ARTIFICIA~ IS~ANO 1179*3/79
~uCATION 30FT DEG C/lOOM 111 1 a1 *l.7 11 (300.. 30FT)
['.;;
SPEi:.08 (Mt/HR)
O*J 4.. 7 6*12 l3*1S 19*i!3 2~ P~US SUt1 PE~CEH 9
~..
DIRECTION SUM PERCENT SUM PERCENT SUM PERCENT SUM PERCENT fJUl-1 PERCENT SUM PERCENT 1,
[)
2?..5 0
o,o 0
o,o 0
o,o 0
o,o 0
o.o 0
o,o 0
- 0. 1j 45.0 0
o.o 0
o,o 0
o.o 0
0,0 0
o,o 0
o,o 0
J. :J 67 9 5 0
o~o 0
o,o 0
o,o 0
OeO 0
o,o 0
o,o 0
- 0. '.i
!)
90 9 0 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
0,:i 112,9 0
o,o 0
o,o 0
o,o 0
o.o 0
o,o 0
o,o 0
O.J 135q0 0
o,o 0
o,o 2
I 1 0
o,o 0
o,o 0
o,o 2-
- l I) 15'{,5
- ~*..
0 o.o 0
o,o 0
o,o 0
o,o 0
o, 0 0
o,o 0
0 ")
~
150~0
. :.;r Q OpO 0
o,o 0
OQO 0
o.o 0
0,o.
0 o,o 0
c L* J 202,s 0
o,o 0
o,o 0
o,o 0
OoO 0
o,o 0
o,o 0
0 *. J o~o o,o 0
o.o z,
225.0 0
o,o 0
o,o 0
o,o 0
o,o 0
0
- ~
247 0 5 0
o,o l'l o,o l
- 1 0
o.o 0
o.o 0
o,o 1
' 1 210.0 0
010 1
.1 0
o,o 1
- 1 0
o,o 0
o,o a
I<
~
an,s 0
o.o 0
o,o 0
0,0 2
.1 0
0,0 0
0 00 a
~
~
315,0 0
o.o 0
o,o
~
Ii 1 0
o,o e
o3 0
o,o 1
- 4 337,s 0
o.o 0
- o IQ 0
o,o 3
,2 0
o,o 0
o,o 3
.-2
?i 3b0,0 0
o~o 0
o,o 0
o,o 1
.1 0
o,o 0
o,o 1
- l
~
, 1 4
,a 7
,11 fl
~3 0
o,o l8
~"
0 o~o 1
~
~
MEAN
~lINO SPEED
. 15 I 6
~
)
NUMBER OF UNINTERPRETABLE HOURS 0
- I
' l'.
J)
~
~
) ';
- 1 (l
)
c
~
i I
(
~
(
~
TABLE 5 G
2 of 8
~
)
,. - "" - -}.. -......,, ~
e LAPSE RATE WIND DIST, FDR ARTIFICIAL ISLAND 1/79q3/79 LOCATION !OFT II e
SPEL:.OS(MI/HF!)
0!'3 4*7 e-12 l3*1&
0 OIRECT?ON SUM PERCENT SUM PERCENT SUM PERCENT SUM PERCENT 22,5 0
o.o 0
o,o 0
o,o 0
o,o 45,0 0
Cl. 0
- o o.o 0
o,o
- o
- 0. (I
&7,5 0
o,o 0
o,o 0
o,o 0
o,o 0
90,0 0
o,o 0
o.o 0
o,o 0
o,o i I 112,s 0
o,o 0
o,o 0
o,o Ci o,o 135,0 0
c,o 0
o,o 0
o,o 2
.1 e
157,5 0
o,o 0
o,o 0
o,o 0
0 9 0 1ao,o 0
o,o 0
Cl. 0 0
o,o 0
o,o 202,s
- 0 o,o 0
o,o 0
o,o 0
o,o
~
22Sa0 0
o,o 1
.1 0
o,o 0
o,o 247,S 0
o,o 0
o,o 1
.1 0
o,o 270,0 0
o.o l
.l l
.1 3
,2 292 1 5 0
o,o 0
o,o 2
.1 5
.1 315,0 0
o,o 0
o,o I.
- 1 4
.a 337,5 0
OcO 0
o,o 1
.1 1
.1 "Cl) 3&0,0 0
o,o 0
o,o 4
IC i!
.1 II 0
o*,o 2
- 1 lO
.~
17 0
mA11 1n1111 11rn11 111 I 1
~'
ii j 1, '"I ii \\I I
\\111 j 11 I I 'ii i' j ! > 1
- i i p1ilij1 :j
. II
'~
- '1
~.. - -.... -
DEG C/lOOM
- ~ 1 &/ *115 (300*30FT) t.9*i!3 24 PLUS SUM PERCC:.'IT SUH PERCENT SUM PERCENT 0
o,o 0
0 o,o 0
0 o,o 0
0 o,o 0
0 o,o 0
1 ol 0
0 o,o 0
0 o,o 0
0 o,o 0
0 OaO 0
0 o,o 0
0 o,o 0
2
- l 0
4
,2 0
0 o,o 0
0 o,o 0
1 0
o,o o,o o,o o,o o,o o,o o,o o,o o,o o,o o,o o,o o,o o.o o,o
\\1,0 o,o 0
0 0
0 0
3 0
0 0
1 1
5 9
9 2
b
- 11i TABLE 5 3 of 8
('\\I ;'l
~ r.
\\.'I,,
c.* 0 c.o o.~
.~
o.o
(). (\\
c,. 0
- 1
.1
,:5
,5
.s I 1
,3 I '*i
~
~APSE RATE WlND DIST 1 FOR ARTIFICIAL I5~AND 1179*3179
~OCATION 30FT SPEi:.08 CMIIHr~:
0*3 11*7 6*12 13*18 DIRECTION SUM PERCENT SUM PC:RCENT SUM PERCENT SUM PERCENT 22.s 2
, 1 18
,9 211 l,3 1
.1 45.0 5
,3 12
,El 32 l,7 0
o.o b7,5 3
,2 12
,b 5
,3 0
a,o 90,0 3
,2 10 I 5,
0 o,o 0
o,o 1..
112 c 5 2
- l 10
,5 3*
.2 0
o.o 135,0 0
o,o 1
' 1 7
- 41 3
.2 1 IO't 0
o,o 4
.2 8
, II a
, II CJ. Q ';)
1(JQ~0 0 0 0 ll
~2 5
,3 a
- 1 202,s 1
- 1 2
- l 2
, 1 0
o,o 22SQO
?.
, 1 5
,3 8
, II 0
o,o 2t11.s II
,a 12
,b 13
.7 3
,2 270,0 a
, 1 a
'II 22 1,1 25 11!
2'l2,5 2
, 1 13
,7 32 1,1 52 2,7 315,0 1
I 1 11
- b 31 1, b*
7b lj. 0 337 g 5 2
,1 15
,8 3El
- 1. ';
15
,e 3co.o 2
Ii 1 6
13 20 1,0 8
31 1,&
143 7,5 2418 13,0 193 10,1 MEAN WIND SP EEO 12~6 Nu~;aER OF UNINTE~?RETABL.E HOURS 0
DEG C/100M
- l,11/.. o.s (3QQa3QFT) 19.. 23 211 i'~U5 SUM PERCENT SUM PERCENT 0
o,o 0
o,o 0
o.o 0
o,o 0
OaO Cl
('). 0 0
o,o 0
o,o 0
o,o 0
o,o 1
,l 1
,1 3
,2 0
o,o 0
oio Cl
("). 0 0
OoO 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 16
~8 0
o,o 20 1 1 0 5
,3 bO.
3,1 39 2,0 l
'I 2
.1 1
.1 0
o,o 102 5,3 47 2,s SUH PLO:C<;::-;T 115
?
- ii 119 2 !I~
20 1
- 0 13
,7 15
,E 13
- 1 23 1 * ?.
11
- i:
5 15 oS
- Si!
1 ~ 7 73 3,e 121; i-. 5 218 11
- LJ 71
.~. 7 37 1
- CJ 7b4 lj!l, 0 TABLE 5 4 of 8 0
6 0..
.*.... *!!._II}....:...,. ~ -...... ~ -
~
D LAPSE RATE WIND DIST* FOR ARTIFICIAL ISLAND 1179"3/79 LOCATION 30FT DEG C/100i~
- 0,4/ 1.s 11 D
!';)
rt
~
II l'l>
~
~
!:)
'i D
l)
})
~
I'
~
Q) 0..
0.. 3 4*7 DIRECTION SUM PERCENT SlJM PERCENT 22QS 3
~2 2'J 1,0 45,0 I.I
,2 12 67,5 9
.s 13
,1
'Jo.o 8
,4 19 1,0 112.s 3
,2 13
.1 135.0 a
D 1 21 1
- 1 157.5 1
a 1 19 1,0 1ao.o
- '.. r 3.
,2 B
14 c.!02. 5 2
.1 4
,2 225,0 0
o,o 12
,b 247,5 0
OpO 16
,8 270,0 2
- 1 1~
,8 292.5 0
o,o u
,1 31S~O 2
~ 1 34 1P.8 337,S 1
I 1 2a
- 1
- 1 360QO 3
,2 33 l,7 43 2,3 275 14,4 MEAN wrno SPEEO 9,&
NUMdER OF UNINTERPRETA6~E HOURS 0
(300.. 30FT)
SPEE:OSCMUlif<J fl*12 13*18 19.. 2:3 24 Pl.US SUH PERCENT SUM PERCENT
~UM PERCENT SUM PERCENT 16
,e 2
.1 2
.1 1
.1 25 1,3
- 5
.2 0
o,o 0
o,o 10
,5 11 0
o,o 0
o,o 0
o.o 0
o,o 0
o,o 0
o,o 3
., 2 0
o,o 0
o.o 0
o,O 10
,8 7
,4 10
,s 2
, 1 11 3
,a 2
, 1 0
o,o ll
,2 j
,2 a
.1 0
0 0 0 9
,s 2
.1 12
'b.
1
.1 12 1
.1 t
I 1 1
,1 21 1.1
- 5
.2 1
I 1 1
- 1 l7
,q 2
, 1 0
o~o 0
OtO 40 2ol 2'l 1 * '5 s
0 o,o 44 2.~
30 1,b 1&
,B 0
o~o 27 1,4 7
4
.a 0
- 0. \\)
26 1.s 1~
.1 2
- 1 l
,1 283 14,8 11&
b,1
&O 3,1 T
,4 SUM PE~ c:*:* T 44 1.14
~3 27 19 513 3b 20 30 27 42 37 CJO 12&
ot 80 784 TABLE 5 5 of 8 r:,.,.....
t::
~
~
~ J.'
}.*
1,, '.
1 *,' ~*
t *1 :;
l *J 1 .)
1 ' 1, 2 ~. *~
1 ' )
4,7 b, ;,
3 4,2 41.1 I!
- I,,
~
~
Q ij
- ~
.p
L.APSE RATE WINO DIST, FDR ARTIFICIAL. ISL.AND 1179*J/79 L.OCATION 30FT
- ~
~
ti e..
19 C)
!)
DIRECTIOM 22,s 45.0
&7~5 90,0 112,S 135. 0 157,5 160,0 2il2 1 5 22s 1 0 247,S 270 0 0 292~5 315 9 0 3:.H.s
.5&0,0 BUM PERCENT 0
0 0
1 1 a 3
- 1
... ~ i 1
3 4
2 0
I) 0 MEAN
~IIND SPEED 4*7 SUt-1 PERCENT 2
, 1 4
,2 3
,2 1
I 1 4
,2 14
,7 9
- '3 3
,2 3
,2
,3 7
,4 3
,2 3
,2 13
.* 7 5
,3 3
,2 83 4,4 NUMBER OF UNINTERPRETADL.E HOURS 0
s1:1EE,ri5 CtU/f-'Rl*
a-12 13*18 SUM PERCENT SUM PERCENT a
,1 0
o,o
- 1
.1 0
o,o 0
o,o 0
- o,o 0
o,o 0
o,o 1
,1 0
o.o 9
.* 5 9
,s 14
.1 3
,2 7
,4 5
,3 3
Ii?
9
,s l
.1 Q
o,o 1
, l 1
.1 1
, 1 0
o,o 3
,2 0
o,o 3
,2 0
o,o 2
,1 0
o,o a
,4 0
o,o 56 i!,9 27 1,4 SUM 0
0 0
0 0
0 0
2 3
0 0
0 0
0 0
0
!l OEG CllOOM (300*30FT) 19*23 PERCENT SUM o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
,1 0
I~..
l o,o l
o,o 0
OoO 0
o,o 0
o,o 0
I). 0 0
o~o 0
13 2
24 PL.US PERCENT o,o o,o o,o o,o o,o OoO o,o o,o
,t o,o o,o o,o o,o o.o p~o SUM FEf<CLn 5
3 2
fl 31i 2c; H
20
~
12 e 6
. ~ 6 7 11 Ui!
TABLE 5 6 of 8
- 2
~3
- l c 3 1 * *
1 * '.i
~
1 *.;.s t 6
- c:
I 4
- ~.
~
10.1 I
I I
~
11 I
f"'*
\\.......
G 1 I.
0
~
II
© 0
@)
II e
9
- 6)
II
~
0
\\
.. ;~..
LAPSE RATE WIND DIST, FOR ARTIFICIAL ISLAND 1/79~3/79 LOCATION 30FT.
SPE~DS CMI/HR) 0*3 4*7 B*l2 13*18 DIRECTION SUM PERCENT SUM PERCENT SUM P~RCENT SUf'I PERCENT 22,5 0
o,o 0
o,o l
,1 0
o,o 45,o 0
- 0. Cl.
Cl o,o 0
- 0. Ci 0
o,o
&7. 5.
0 o,o 2
.1 0
o,o 0
o,o
'l0 1 0 0
o,o 0
o.o 0
0 8 0 0
o,o 112,5 0
o,o 3
., i:!
0 o,o 0
o,o 135,o 1
,l 10
,5 20 l,O 3&
1,9 157,5 l
, 1 3
,a u
ub 4
,2 160,0 1
,l 0
o,o 1
.1 l
.1 202,s 0
o,o 1
, 1 0
o.o 0
o,o 225,0 1
.1 2
1 l 0
o,o 0
o,o 2'17,S l
,l l
.1 0
o,o 0
o,o 270,0 1
I l 3
.a 0
o,o 0
o,o 292,5 1
, l 0
o~o 0
o,o 0
o,o 315,0 0
o,o 0
o~o 0
g,a 0
o,o 337,5 0
o,o 1
'l 0
o,o 0
o,o 360,0 0
o,o 0
o,o 0
o,o 0
o,o 7
,4 a&
1,4 33 1,7 41 2,1 MEAN WINO SPEED 10,b NUMBER OF UNINTERPRETAB~E ~OURS 0
DEG C/lOOM GT1 410 (30Q.. 30FT) 19*23 24
~L.US SUM PERCENT SUM PERCENT 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 4
- J
.~
0 o,o 0
o,o 0
o,o 0
o,o 0
o.o 0
o,o 0
o~o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
~.o 0
u,O 4
,a 0
o,o SU~1 n;;e::uT 1
0 2
0 11 19 3
l 3
2 II 1
0 l
0 111 TABLE 5 7 of 8
- l
~. r.
, 1
(°j I 0
.2 3.7 I
~
,2 I 1
~?,
- 1
,2 I 1 (1, c I 1 o,e ll
<]
..S*
- I
~"ill.
~
LAPSE RATE WINO DIST, FOR ARTIFICIAL ISLAND 0*3 4*7 DIRECTION SUr1 PERCENT SUH PERCENT 2215 5
,3
!10 i?. 1 ll510 9
15 28 1.5 67,5 12 30 1
- b
'lO, o*
12
,b 30 116 112,s
~
,3 30 le b 135,0 5
,3 4~
2,4 157 15
'5
,3 35 118 180,0 5
,3 15
,6 202,s II
,2 10
,5 225,0 12 26 11 ll i'.411 5.
8
,4 3b 119 27010 9
,5 32 117 292 1 5 5
,3 29 115 315,0 3
12 58
. 3, 0 337,5 3
,2 43 2,3
.500.0 5
,3 4i?
2, a 100 s,a 5:30 a1~a MEAN WIND SPEED 10,9 TOTAL. NUMBER OF UNINTERPRETABLE HOURS 0
TOTAL. NUMBER OF CAl.M HOURS 11 PERCENT 1179*3179 1.0CATlON 30FT SPEEDS CMIIHR)
A*l2 13*18 SUM PERCENT SUM PERCENT SUM 43 2,3 3
.2 a
58 3,o 3
,2 0
15 16 11 16 0
0 o,o 0
o,o 0
7
,4 0
o,o 0
54 2,e 57 3,0 u
44 2,3 1B I')
'3 17
,9 1l
,6 4
14
.1 l1
,6 15 21 11 l 1
,1 l
37 1,9 1
,4 l
41 2,1 31 116 u
71 4,0 88 4,6 31 ao 4,2 110 9,8 88 bb 315 2&
1,4
'3 60
- 3.1 i?4 l, :s 3
634 33,a 401 21.0 187
,6 ALL STA8Il.ITIES 19*23 24 Pl.US SU~1 P~RC*:.t-!'r PE~CENT SU'1 Pt::RCENT l
.1 94 4,9 OiO ti o,o 9.S 5,1 o~o 0
010 ce
'1 o,o 0
0,o.
'Ii:?
~.!:
o,o 0
o,o 43
?,3
,8 3
,2 lBl
- 0.
~]
0 o,o 107
- s. !i i2 0
o,o
~2 2,7
,a 2
,1 5c i?. ::;.
~ l 2
1 l 55
~
(',
C. I
,1 l
.1 90 (j '1
~a 0
o,o 129
£:. f.
l,&
5
,3 i!35 l?. '3 ll, 6 39 2,0 378 1 *~. ~
,3 2
,1 1 'i5 1,l
~a 1
1l
~ :55 7,1
~.a 56 2~9 1908 1on,e MISSING HOURS 252 TABLE 5 8 of 8
......... --.. (-/ *>>,....
~
I ii LAPSE RATE WIND DIST 1 FOR ARTIFICIAL ISLAND 1179*3179......
)...,........... -
-'~
LOCATION 30nFT DEG C/100M LE,.l 19 C300*30FT)
~
SPEEO~(MI/kiil 19*c:S 24 PLUS SUM f'ERCE.:t**T
~
II.,
~
)
D
- I~
~
Fl
~
'I I!>
)
)
- 11)
- 5)
D ti)
[}
01!'3 tl*1 DIRECTION 5Ut-1 PERCENT SUM PERCENT 22.s 0
o,o 0
o.o 45.o 0
o,o 0
o,o b7.s 0
- 0. ii 0
o.o 9o.o 0
. 0. 0 0
o.c 112 0 5 0
o.o 0
o,o us.o
- . 0 o~o 0
o,o 1~7~5
. :~.. :, ~.
o,o 0
o,o 160.0 o,o 0
o,o
?.02.s 0
o,a 0
o,o 225,0 0
o,o 0
o,o i!.47.s 0
- o. ()
n o,o 210.0 0
o,o 0
o,o 292.5 0
o,o 0
o.o 315,0 0
o,o 0
o,o 337.s 0
o,o 0
- O, 0 uo,o 0
o,o 0
o,o 0
OqO 0
o,o MEAN WINO SPEED 29.0 NUMBER OF UNINTERPRETABLE HOURS 0
a-1a 8UM PERCENT o*
o,o 0
o,o 0
o,o 0
o,o 0
o.o 0
o.o 0
o,o 0
o,c 0
o,o 0
a,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 13,.18 SUM PERCf NT SUM PERCENT SUM PERCENT 0
o,o 0
o,o 0
o,o 0
o,o 0
- 0. 0 0
o,o 0
o,o Ci o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,v 0
o,o 0
o,o 0
o,o 0
o,o c
o,o 0
c,o 0
o,o 0
o.o 0
0 ~Cl 0
o,o 0
0 8 0 0
o~o 0
o,o 0
o.o
- 0 o,o 0
o.o a*
o.o l'J o,o 0
OeO 0
o.o 0
o,o 3
,i!
0 o.o 0
0110 0
o,o 0
o,o a
u,O 0
o,o 0
o.o 0
o~o 0
o,o 0
o,o 0
o~o 3
,2 0
'.). ('
0 0 ** (J 0
~ ~....
0 0 ~ ;"'*.
.0 0
Q
!j Iii **1 0
{) i' (1 0
a,.!_,
0
- 0. )
0
'.. *~1 0
~ t ('j 3
~ e:
0 1.:)
0
.j. ()
0
~j... :
3
.2
-"TABLE. 6'"
1 of 8
\\i
(]
(~
<.Ji
~
ti
- I
-.,1:
~
ti I!
Q 4
~
4
! 6
(
~- -.. eiY.. -* -) - _(...,..
}..............
I)
LAPSE RATE WIND DI5T 1 FOR ARTIFICIA~ ISi.AND 1179~3/79 LOCATION 30llFT
)
Sf'EE.;:o.J CMI/f.l~J 0*3 4*7 b*12 13*16 D
DIRECTION SUM PERCENT SUM PERCENT SUM PERCENT SUM PERCENT
~
- I
~
~
a>,
22.s 0
o.o 0
o,o 0
o.o 0
0."
45,0 0
o,o t'l o,o 0
- o,o 0
o,o o7,S 0
o,o 0
o,o 0
o.o 0
o.o
~o.o 0
o,o 0
0,9 0
o.o 0
o.o 112,5 0
o,o 0
o, 0 0
o,o 0
(). 0 ns.o 0
0,0 a
o,o 1
I 1 1
.1 1s1.s 0
o,o 0
o,o 0
c,o 0
o,o 1so.o 0
o.o 0
o.o 0
o,o 0
o,o 202.s 0
o,o 0
o,o 0
o,o 0
o.o 225,0 0
o,o 0
o,o 0
o,o 0
o,o 2ll7,5 0
o,o 0
o,o 1
, 1 c
o,o 270, 0 b
OoO
()
o,o 0
o,o 0
o,o 292,5 0
0 0 0 0
o,o 0
o,o a
a,o 315.0 0
o,o 0
o,o 1
- 1 0
o,o 3~1.s 0
0 5 0 0
o,o 0
O,O*
1
,1 3bO,O 0
o,o 0
o,o 0
o,o 0
o.o
- r 0
o,o 0
o,o 3
,a i!
.1 jj)
MEAN wIND SPEED iH,e
- r.
NUMBER OF UNINTERPRET~B~E HOURS 0
~
~,,
0
~
- i.
~
~
0 DEG Cl100M (J00*30FT) 19"!2.5
.. 1.a1.. 1.1 24 Pt.US SUM PERCENT SUM PER~ENT 0
o,o 0
o,o 0
o,o 0
o,o 0
o~o 0
o.o 0
o~o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 1
,1 0
o,o 1
.1 2
I 1 0
o,o ti p2 3
~a 0
o.o 0
o,o 0
o~o 5
~3 6
,3 SUM p F...; ~-* c:
i 0
0 0
0 0
2 0
0 0
0 1
1 3
5 ti 0
16 TABLE 6 2 of 8 r'\\
Jt *.*
'I II.
0, **
IL.i 0.;)
1..
- 0. *;
(;,, )
O,J
- 0. ~'
- l I 1
.2
- . 3
.2 0 p \\J I<:'
~
~. '
~
- '~
';:,J
![
C:.i 1:*1
- ,;,.. )
c
a
-...,.......... >MJ..,.,. -
(?j L.APSE RATE WlND DIST 1 FOR ARTIFICUL. ISi.AND l/79*3179 L;OCATlON 300FT II
.C:>
e ii 0
(})
G:;
GI,,.
e G
e
- r 0
e
~
0*3 4*7 DIRECTION SUM PERCENT SUM PERCENT 22.s 0
O, IJ lj o.o 45,0 0
- 0. I)
- o.
"* 0 c7 1 S 0
0 0 0 0
o,o 90,0 0
o,o 0
o,o 112,5 0
0,0 0
o.o 135DO 0
o,o 0
o,o 157,5 0
o,o 0
o,o 180,0 0
o,o 0
o,o 202,s I)
OeO 0
o,o 225,0 0
a,o 1
, 1 247 1 5 0
o,o 0
o,o 270,0 0
o,o 0
o,o 292,5 0
0 1 0 0
o,o 315,0 0
o,o 0
o,o 337,5 a
a,o 0
o,o 3b0 1 0 a
0 8 0 0
a.a 0
o,o 1
.1 ME*N WIND SPEED 18 15 NUMBER OF UNINTER?RETAB~E HOURS 0
SPEEDS CMIIHRJ t;.. 12
\\3*18 SUM PERCENT SUM PERCENT 0
o,o 0
o.o 0
"* v 0
o.o 0
o,o 0
o.o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o l
,1 1
,1 0
o,o 2
,1 4
- i?
1
., 1 1
.1 3
,2
!5
,3 0
o,o 1
.1 7"
,4 12
- i&
OEG CllOOM (300*30FTl 19.. 23
.. 1,t.1 *1,5 2.'.t F't..US Su1i p" !'-! t:: ~I ;1*
SUH PERCENT SU~ PERCENT 0
o~o 0
0 ODO 0
0 o,o 0
0 o,o 0
0 o.o 0
1
~1 2
0 o,o 0
0 o,o 0
D o.;o 0
0 ODO 0
0 o,o 0
3
- i?
0 2
,1 5
0 o,o l
0 o,o 0
1
~1 0
,4 8
o,o o,o o,o o,o o,o
,l o,o o,o OoO o.o o,o o,o
,3
,1 o,o o,o
,4 l) 0 0
0 r1
- s 0
0 0
1 1
ll l3 3
8 2
3'3 TABLE 6 3 of 8 1°! II 0
('.
L.
fj II,.
.'\\. **;
'c.:
- ~ 'c
~:! * :J
(). c,..
- l
- ~
.7
- i:
'I!
5 1
- 'v
'I
(,
~!I q
- 11.
(
I.APSE RATE WINO OIST 1 FOR ARTIFICIAi. ISi.ANO 1/79*3/79 1.0CATION 300FT Ir SPEE.OS CiHIHfli 0*3 4*7 8*12 13-16 DIRECTION SUM PERCENT SUM PERCENT SUM PERCENT SUM PERCENT 22,5 0
o,o 5
~.5 21.
1,1 7
, II 45,0 0
o,o 12
,6 17
,9 27 1,4 b7,5 0
o,o e
,q 1
I 4 a
.1 90~0 2
,1 s
,5*
12
- s
,2 ua,s 2
.1
,3 B
,4 3
,2 135,0 l
,l 1
, 1
- :s 3
.2 1 ::i7, s 1
I l 0
o,o 1
, 1 2
.1 180 1 0 2
,1 1
'1 4
,2 7
,4 202,s 2
,1 1
1 l 2
, 1 I) o,o C!25,0 0
o,o 3
,2 1
,4 5
,3 247,5 2
,1 8
I /.j s
,3 9
.s 270,0 2
, 1.
9
,5 1&
JI!
15
,a 292,S 3
,2 10
,5 u
,8 31 l,6 315 1 0 2
,1 5
.3 12
,6 39 2,0 337,5 2
,1 6
,3 29 1,3 2:!
1,2 3&0,0 1
,1 4
.2 1
u
.~ j'.
2a 1,1 84 4 I 4 170 8,8 187 9,7 MEAN WINO SPEED 17,3 NUMBER OF UNINTERPRETA6~E HOURS 0
- i DEG C/100H
- 1,4/.. o,s (390*30FT) 19*2:5 24 Pl.US 8UM PERCENT SUM PERCENT 2
,1 0
o,o 0
o,o 0
o,o 1
D o,o 0
o,o 0
o,o 0
o,.o 0
o,o 1
il 3
- a 3
i2 4
,a 2
,1 4
,2 1
,l 0
o,o 0
o,o 0
o,o 2
il 0
o,o 20 1,0 22 lil 29 1,s So 2,9 43 2,2 94 4,9 11 r IJ 11 s
- :s 2
,l 120
&,2 19&
~0~2
-\\.. -
5UM PERCEt;T 35
- 1. a Sb
- 2. *1 18
,9 22 1
- t 19 1110 15 I
~.*
11
, 1:
20 1 '()
Ci
,3 15
,a 2&
1 t Ii 84
",a 145
- 7. 'i 195 10,2.
82 30 7T9 TABLE 6 5 of 8 4,3 1,&
40,b (i
0 0
~
8
~
© 0
~ 0
(!)
c i
.~;
0.. ** - -... -..... - -
LAPSE RATE WIND DIST* FOR ARTIFICIAL ISLAND 1179*3/79 LOCATION !OOFT r -
~
SPEC:DS(t<il/HR) 0*3 4.. 7 a.. 12 13*18 DIRECTION SUM PERCENT SUM PERCENT SUM PERCENT SUM PERCENT 22,5 0
o,o 0
o,o l
.1 0
o,o 45,0 0
o,o 0
o,o 0
o,o 0
o,o 67,5 0
o,o i
.1 0
o,o 1
1 l 0
90,0 0
o,o l
.1 2
.1 4
,2 112,5 0
o,o 1
1 l 0
o,o 0
o,o 135,0
- o o,o 0
o,o l
.1 5
,3 (l) 157~5 0
Cl, 0 a
'l 6
,3 4
,2 1ao,o 0
o,o 2
.1 5
13 10
.s 202,s 1
.1 0
o.o 3
,2 2
- l IS 225,0 0
o,o 1
11 4
,2 l
.1 21J7 Ds.
0 o.o 1
.1 5
,3 3
,2 270u0 0
o,o 3
,2 4
92 4
,2 292,5 0
o,o 0
o,o 3
,a l
,1 315,0 0
o,o l
.1 4
,2
,4 337,5 0
o,o 2
.1 4
,2 3
,2 Q}
3&0,0 0
o,o 1
~l 4
.2
,3 I '
l
,1 u
,e 46 2,4 52 2,7 MEAN
~lIND SPEED 17,2
~
NUMBER OF UNINTERPRETABLE HOURS 0
0 t)
Bl l~
@)
I~
~
!)
f:)
~
DEG C/lOOM l.6 *1 4,0 C!0011130FT) 19.. 23 24 PLUS SUM PERCENT SUM PERCENT 2
,1 0
o,o 0
o,o 0
o,o 0
0110 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 11 2
ol 6
,l 4
.a 2
I l 8
,4 19 1,0 7
- 11 l
,1 1
1 l 1
,1 l
'l l
,1 l
,1 1
,1 0
C),o 0
t:':O 2
~ l 0
o,o 2
~1 0
o,o 30 116 42 2,2 SUM. PERCE,\\T 3
0 i!
7 1
H 20 23 33 14 11 13 6
13 l1 1!
167 TABLE 6 6 of B-
.2 c.o
~ l
, 11
- l I Cj l * (j 1.2 1
- 7
.1
.1
,j
.1
,b
.1 9,7
~
I I
I!
c i1
.d'*
~
~
- i
~APSE RATE WINO OIST1 FOR ARTIFICIA~ I5~AND 1179*3179
~OCAT?ON 300FT 1'
' I) 9..
E) s
~
mi i I 3
e 0
0 e
II.
Q) e
© 0"'3 4*7 DIRECTION SUM PERCENT SUM PC:RCENT
.22.s 0
o,o 0
o,o
'15,0 0
o,o 0
o,o
&7,5 0
o,o 0
o,o 90,0 0
o,o 1
.1 112,5 0
o,o 0
o,o 135,0 0
o,o 0
o,o 157,S 0
o,o 0
o,o 160,0 0
o,o 0
o,o 202,S 0
o,o 0
o,o 225,0 0
o,o 1
, 1 2117,5 0
o,o l
,1 270,0 0
0, ll 2
'1 292,5 0
o,o 0
o,o
- S15,0
(')
o,o l
, 1
- s:n ms 0
o,o 0
o,o 3&0,0 0
o,o 0
o,o 0
o,o
,3 MEAN W!ND SPEED 21.1 NUMBER OF UNINTERPRETAB~E HOURS 0
arEE.us tM:1ai:l 6*12 13.. 19 SUH PERCENT SUM P£RCENT 0
(\\' 0 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 2
, 1 0
o.o l
, 1 0
o,o 0
o,o 0
o,o 0
o,o 2
.1 3
,2 l
,1 0
o,o
,2 3
,2 0
o,o 2
,1 3
,2 l
,1 l
, l 0
o.o 2
,1 0
o,o 0
o,o 0
n,o 0
o,o 0
o,o 0
o,o 12 13
,7 OEG C/100M (300*3CFT) 19*i!3 GT, 4 1 0 i!4 P~US SUM PERCENT SUM PERCENT 0
o.o 0
o,o 0
o,o 0
o,o 0
o~o 0
o,o 0
o,o 0
o,o 1
,1 0
o,o 0
o,o 2
,1 15
,e 12
,e.
13
,7 5
,3.
2
,1 l
~1 0
o,o 0
o,o 0
08 0 3
- a 0
n,o 0
o,o 0
C!. 0 0
o~o
- o.
o,o 0
o,o 0
o,o 0
"' 0 0
OeO 211 i~a 37 is UM PERCENT 0
o,o 0
OoO 0
o,o 3
,2 2
' 1
,4 19 1 * ()
C?9 l.~
u
,b 5
6
.3 7
.~
2
.1 1
, 1 0
o,o 0
o,o 92
- 11. 5 TABLE 6 7 of 8
(
II.
I Ill I>
ill tJ I.APSE RATE WIND DI8T 1 FDR ARTIFICIAi. ISi.AND 1179*3179 l.OCAUON 300FT DIRECTION 22,s 45,0
&7.s 90,0 t12,S 135,0 1s1.s
- 1so,o 202,5 22SQO 247.s 210.0 292,S 315,o 337.s 360,0 01113 SUM PERCENT 0
4 0
2 2
1 l
2 4
0 2*
2 3
ti 3
1 31 o,o
,2 o,o I 1
, 1 I l I 1 I 1
.a o.o
, 1
.1
,2
.a
,2
.1 1,6 MEAN WINP SPEED 17 16 4*7 SUM PERCENT 9
14 15 16 9
5 2
4 b
14 19 18 12 9
14 6
17 2
.s
,7
,a
,a
.s
.:s 11
.2
,3
.1 1,0
,9 ob,s
,7
,3 910 TOTAL NUMBER OF UNINTERPRETABLE HOURS 0
TOTA~ NUMBER OF CALM HOURS lt PERCENT
- ~
SPEEDS(MIIHRl 8*12 13*18 SUM PERCENT SUH PERCENT 33 23 la*
33 14 17
- 12.
16 13 28 1'1 3&
32 40 54 18 400 If>>
1.1 lp2 a&
117
.1 19
,a 17 1,5 11 0 119 1,7 2.1 2,8
,9 20.a 27 40 7
1b ii?
l~
12 27 16 13 32 38
&J 94 65 39 518 1,"
2,1
,4
,s
,6
.a
,6 1,4
,9
.1 1.7 210 3,3 jj I 9 3 I jj 210 27,0
.... -... -... - -f ALI. ST AHi.IT I ES 19*23 BUM PERCENT 1
l8 11 1
l 9
20 20 11 9
10 35 61 a:i 29 20
!52
,4
~9
~6 al
,1
,s 1,0 1,0
,9
.s 15 l,8 3, i!
4~4 11s 1.0 18~3 24 Pl.US SUM PERCENT 8
11 10 0
1 39 30 21 37 6 s 23 104 123 la 12 448 t".
,,,s o,o
.1 2,0 11 b 111 119
,3
,3 l 1 C!
514 6,4
,9 ab 23,3 SUH.PERCENT 114 uo 55 68 l9 8&
77 90 95 70 87 152 27S 35" 183 9&
192i 11,4 5,7 2,ci 3 15 2.0 11, 5 4,0 4,7
- 4. 'I 3,b 4 1 5 7,9 14,!
le,11 q,s s,o 100,0 HISSING HOURS 239 TABLE 6 8 of 8 t
lj IP'
~*
- )
- I' tJ a
A f9 II
LAPSE RATE WINO DIST, FOR ARTIFICIAL.* ISLAND 4/79~~/79 L.OCATlCN 30FT SPC:ED:;(MI/HP) 0*3 4*7 8*12 13*18 DIRECTION SUM PERCENT SUM PERCENT SUM PERCENT SUM PERCENT 22.s 0
o~o 0
o,o 0
0,0 0
o,o 45~0 0
o,o 0
o,o 1
,o 0
o,o b7,S 0
o,o 0
o,o 0
o,o 0
o,o 90,0 0
o,o 0
o, o.
0 o,o 0
o,o I'
112,5 0
o,o 0
OiO 0
o,o 0
o,o 135,0 0
o,o 0
o,o 2
, 1 0
o,o 157,5 0
o,o 0
o,o 0
o,o 0
o,o 180,0 0
o,o 0
o,o 0
o,o 0
o,o 202,s 0
o,o 0
o,o 0
010 0
o,o 225,0 0
o,o 0
o,o 1
,o 0
o,o 247,5 0
o,o 0
o,o 0
o.o 0
o,o 210.0 0
o,o 0
o,o 0
0,0 0
o,o 292 1 5 0
o,o 1
,o 0
o.o 0
o,o 315,0 0
o,o 0
o,o 1
,o 0
o.o 337,S 0
o,o 0
o.o 0
o~o 0
o,o 3&0,0 0
o,o 0
o,o 0
o.o 0
o,o 0
o,o 1
,o 5
,2 0
o.o MEAN i'iIND SPEED e,s NUH~ER OF UNINT~RPRETASLE HOURS 0
~
~
~
l)
D h
l) f:,
~
D D~G C/100"1 (3~0*30fT) 19*23 L.E"1e9 i!ll PLUS RUM PERCENT SUM PERCENT 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
c,o 0
o,o 0
o,o 0
010 0
o,o 0
o,o 0
o,o 0
01 1l 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o SUH PERCENT 0
1 0
0 0
2 0
0 0
1 0
0 l
1 0
0 TABLE 7
- l* *of 8 o,c
.n o.o t1 I~
- 0. i)
I 1 QI )
0 I;~
c,o
,o o,o 0 *. ).
()
r, I,.
QI:)
o,J
,3 t
i..,,
()
r ~*:
'-.;;.)
(]
0..
G e
c
(
" e
~
(
~
.1
('
~-... _ -.. -.. ** - -......
I ?)
LAPSE RATE
~IIND DIST 1 FDR ARTIFICIAL ISL.AND 4179*bl79 L.OCATION 30FT
- I
~
Sr El:.!: 5 CM I /Hr:>
0*3 4*7 c*12 1.3* 18 Zl DIRECTION SUM PERCENT SUM PERCENT SUM PERCENT SUM PERCENT
~
22,5 0
o.o 0
o,o 4
,2 1
.o 45,0 0
o,o 0
o,o a
e l 0
o,o o?,s 0
o,o 0
o,o 0
o,o 0
o,o 90,0 0
o,o 0
o,o 0
o,o 0
o,o
- I D
112,5 0
o.o 0
o-o 0
o,o 0
o,o 135,0
.: 0.
0, o 0
o.o 3
, 1 0
o,o 157,5
. 0
()I 0 7
- .5 s
,2 1
- , 0 180D0 ci 0 1 0 3
, 1 0
o,o 0
o,o
~02 1 5 O**
o,o a
.1 1
,o 0
o.o
~
225,0 0
o,o 4
,2 l
,o 0
o,o 247,5 0
o,a 2
, 1 2
, 1 1
.o 270,0 0
o.o 1
,o 1
,o 0
o,o
~
292,5 0
o, CJ 2
- 1 a
, 1 3
1 l 315,0 0
OaO 0
o,o 1
,o 4
,2 337,5 0
00 0 0
'.o,o 5
,2 i.0
.s
)
3b0 1 0 0
o,o 0
o,o 1
.o 0
o,o
~ '
0 o,o 21 1,0 aa 1,4 i!O 110 MEAN WIND SPEED u,a
~
NUMBER OF UNINTERPRETABLE HOURS 0
~
~
'I
~
D r *,
DEG Cl10iHI (300*30FTl 19*i!.5
- 1.a1 -1.1 211 PLUS SUM PERCENT SUM PERCENT 0
o,o 0
o,o 0
o,o 0
o,o 0
OoO 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o.o 0
o,o 0
o.o 0
o.o 0
t.:,O 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 1
,o 1
,o 0
o.o 5
,a 0
o,o 0
u1 0 0
o,o 0
o.o 0
o,o ei
~ :s
. l
,o SUH PEYCf.rH 5
2 0
0 0
3 13 3
3 s s 3 a iD 15 l
76 TABLE 7 2 of 8
- ?.
- l n *'
~. c.
- 0. *)
o.o L 1 I 1
~ 1
- ?.
'.)
I'*
I l
- il
- '.j
,7 3.d
~*
... ~
- .J
- l
'2l tj
~
~
a;
~
G
~
(.1 c
~
c G
(j Q
c c
D-D. -
D
~
f) 9
~
Q) f:li 't ll;)
~
~
~,.
~
l}
ll fl),.
Et
~
~
[:)
LAPSE RATE WIND DIST, FOR ARTIFICIAL ISLAND 4179.,&179 LOCATION 30FT t!PEED3 Ct1Ifi11U 0*3 4*7 6*12 13*18 DIRECTION SUM PERCENT SUM PERCENT SUM PERCENT SUM PERCENT 22,s 0
o,o 0
o.o 1
.o 1
.o 115,0 0
o,o 0
o,o 5
,2 D
o.o 67,5 0
o,o 0
o,o 0
o.o 0
o,o 90 1 0 0
o,o 0
o.o 0
o,o 0
o,o 112,5
.Q o,o 0
o,o 0
o,o 0
o,o 135,0 0
o,o 1
,o 1
,o 1
,o 157,S
- o o,o 4
,2 3
.1 0
o,o H<o,o 0
c,o 5
12 0
o,o 0
o,o 202,s 0
o,o 1
10 0
o,o 0
o,o 225,0 0
c,o 2
11 0
o,o 0
0 1 1)
~117,S 0
o,o 1
,o 1
,o 0
o,o 270,0 0
0t'0 2
, 1 2
, 1 1
,o 292,5 0
o,o
. 1
,o 4
,2 0
o,o 315,0 0
o,o 0
o,a 5
- , 2 1
,3 337,5 0
o,o 1
.o 0
010 5
,2 3b0 1 0 0
o,o 0
010 1
,o 1
,o 0
o,o 11!
,CJ C!3 111 u
,a MEAN WINO SPEED 1019 NUMSER OF UNINTERPRETABLE
~OURS 0
DEG CllOOM
... 1,&1.. 1,s (300.,30FT) 19*i!3 24 Pi.us SUM PERCENT SUM PERCENT 0
o,o 0
o,o 0
o,o 0
o,o 0
o.o 0
o,o 0
o,o 0
010 0
o,o 0
o,o 0
o.o 0
o,o 0
o,o 0
f). 0 0
o,o 0
010 0
010 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 2
,1 0
o,o 0
o,o 3
11 0
o,o 0
o,o 0
0,0 0
o,o 0
o,o 3
11 2
1J 81.1M PUiCEt-T 2
5 0
0 0
3 7
5 1
2 2
7 5
15 b
2 bi!
TABLE 7 3 of 8 I 1
- ?.
c.o o.o o,o
, 1
,3
.2
.o
.1
- l I _5
.2
,7
,3
,1 3,1
. ~
. (
(
I ~
- r:
.G I l 0
e j
1~
~l © l II
~1 CJ)
- '1 l @
- l 9 1
G 11
- i 0 I 0 c
II 0,
. l.;
- e l 0 '
I ii.
~e 0
9 I.APSE RATE WIND DIST, FOR ARTIFICIAL. I5L.AND ll/79~b/79 LOCATION !OFT
- SFEC:C.S(Ml/HR) 0*3 4*7 5.. 12 13,.18 DIRECTION SUM PERCENT SUM PERCENT SUM PERCENT SUM PERCENT 22 9 5 3
.1 20 1,0 16
,e 8
,4 115,0 b
,3 18
- 9
- 20 1.0 4
- i!
67,5 6
,3 22 1.1 13
,b 1
.o c;o,o 7
,3 12 1&
,8 16
,a 112,s 4
- ?.
5
,2 6
,3 l
,o 135,0.
2
,1 15
,7 119 2,4 i!b 1,3 1!)7.5 *::.
4
,2 36 i,a 49 2,4 30 l,5
!SO,O'*::
~
,?.
32 1.&
13
,o q
,4 a02,s 3
,1 11
,5 i! 1 1,0 10
,5 22s.o 2
, 1 17
,e 14
.1 11
,5 247,5 2
,1 9
,4 9
,4 1
,o 270,0 1.
11
.s 7
,3 8
292 1 5 1
,o 7
,3
,2 14 I.,
31500 2
,1 9
,4 22 1,1 20 1,0 337,5 l
,o l".
,a 19
- , 9 4
,2 3&0,0 1
,o 17
,e 18
- Cl 9
,4 so 2,5
- 257 12.1 29&
14,.,
172 8,5 MEAN WINO SPEED 9, 4 NUMBER OF UNINTERPRETAB~E HOURS 0
OEG Cl100M
- 1 1 111 *O,S (300.. 30FT) 19*23 i!4 Pt.US StJM SUM PERCENT SUH PERCENT 0
o,o (I
o,o 0
o,o 0
o.o 0
o,o 1
iO 0
o,o 2
ml 0
o.o 0
o.o CJ o,o 5
~2
,3 0
o,o 0
o,o 0
o,o 111
,7 0
o,o 0
o,o 0
OoO 0
o.o 0
o,o 0
0110 0
o.o 0
OaO 0
o,o 0
o,o 0
o,o 4
,2 3
- 1 0
o,o 0
o.u 0
o,o 7
.,3 47 LIA l.ia 51 1&
93 11'1 t-1
~5
- ,4 21 3b 55
~3
'10
~s 71l&
TABLE 7 4 of 8 flf. l';C ~- :. l
!~ i* ::;
!.~
~:,. ;.
r J
~-.. t 7*. c:
.1:.\\..
- c. *
~* t r:
~
)0 (.
~. ~
~
- '-;I.,.
~.o
?. t c 3C:' ~
lrJ LAPSE RATE WIND DIST, FOR ARTIFICIAL ISLAND 4/79*&/79 1.0CAUCN 30FT
- 'r'
~
SrE!::r;s tMI/H:!~
0*3 4*7 e-12 13.. 16 I)
DIRECTION SUH PERCENT SUM PERCENT SUM PERCENT SU'1 PERCENT
~
22,5 13 30
- 1. 5 13
,b 1
eO as,o 7
,3 12 7
,3 0
o,o
&7,5 12
,6 2J 1 t1 15
.1
'I
,2
.~
90,0 9
0 ll 11
,5 9
- 'I 1
.o
(:
112.s 6
,3 23 1.1 7
,3 1
.o 135,0
.9
, II 3q 1, q 80 3,9 23 1.1
~
157,5 1
,o 42 2t1 26 1,4 7
,3 180,0
- .--*.. b
,3 1E:i
,6 2'1 1,2 14
.7 202.s 9
- 'I 15
.1 311 117 14
.1 fl>
225,0 0
o,o 28 114 16 19 1
10 2117,5 4
12 19
,c; 11 15 0
o,o 210.0 2
'1 1EI
,9 7
13 0
o,o 9
292,5 1
,o 9
'II 15
,7 2
I 1
- !15 0 0 3
.1 25 1,2 35 1.1 3
11 337,5 2
11 18
,9 al i, I) 2 11 fl) 3&0,0 4
12 30 115 40 i!' 0 7
,3 88
- 11. 4 358 17 I 7
- 564
~b 1 0
&O II I 0 Eb MEAN WI°ND SPEED 8.1
!)
NUMBER OF UNINTERPRETABL.E HOURS 0
f)
~
1 *,
©
~
!)
0.
~
G
~
m
)
DEG C/100M
- 0,4/
l1S (300*30FT) 19*23 24 PL.US SUM PERCENT SUM PERCENT 0
OoO 0
o,o 0
o~o 0
o,o 0
o.o 0
o,o 0
OaO 0
(') ~ 0 1
,o 0
o.o 1
,o 0
0I1) 0 o,o 2
, 1 0
';IQ 0
o,o 4
,2*
0 010 2
.1 0
o,o 0
o,o 0
o,o 0
010 a
OmO 7
13 0
o,o
!5
,a 0
o,o 0
~~o 0
010 0
o,o 0
o,o 20 1,0 2
,l SUM
? f. RC!::;< T 57 2.~
26 1
- 3 5'1 2.7 30
- 1. 'j 3A 1 ' 'il 152 i :0 5 ao
~' ~;
bO
- 'Q 70
~
.Jlf*.I 49
- 2. :~
311 1 I 7 27 1
- 3 34
- 1. 7 71 3.. j 43
?,1 81 4 0 0 912 lj 5. r.?
TABLE 7 5 of 8 t
t
~
~
()
~APSE RATE WIND DIST, FOR A~TlFIClAI. ISi.ANO 4/79*6/79 1.0CATION !OFT DEG C/100~
(300*30FTl 11 6 I 4,0
- 11.
0 Cl G
p
'° 0
'I c
<ID
()
© -,
~
(ti
©
('j) 0*3 DIRECTION SUM PERCENT 22,5 115,0 67,5 90,0 1121 s 135.0 157,5 180,0 202.s 22s.o 2Ll7.S 210.0 292 0 5 315.o 337,5 3&0,0.
MEAN WIND SPEED 2
1 0 a 0
1 1
0 0
0 0
2 0
1 1
3 14
.1
,o o,o
' 1 o,o
,o
,o o,o o,o
- QI 0 o,o
, 1 o,o
,o
,o I 1
,7 6.8 4a7 SUM PERCENT l
.o 12 i!
..1 2
.1 b
,3 211 1,a 13
,6 3
I 1 2
- 1 5
,a 2
- 1 2
I 1 3
- 1 II
,a 2
I 1 2
, 1 65 4,2 NUMBER OF UNINTERPRETA0~E HOURS 0
SPt:Eu:; CMI/lij;)
0*12 13u18 19*23 SUM PERCENT SUM PERCENT SUM PERCENT 0
o,o 0
o,o 0
o,o 0
o,o 0
OQO 0
o,o 0
o,o 0
o,o a
0.o.
0 o,o 0
o,o 0
OuO l
,o 0
o,o 0
o,o.
lb
,e 8
,4 0
o,o 10
.s
- l.
.n 0
o~o 4
,a 0
o,o 0
o,o 5
,2 0
o,o 0
o;o 1
,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
I) IQ Q
o,o 0
o,o i
,o 0
o,o 0
o,o 2
1 l 0
o,o 0
o,o 40 a,o 9
14 0
o~o 24 P~US SU"! PERCENT 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
- o,o n
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o~o 5LJ;1 fli:fiCEr;l' 3
13 2
II 7
<;:i 25 7
7 b
2 L!
3 s IJ 7
1 :.is TABLE 7 6 of 8 I 1
- 2' t **
I*.
- j 2 '
t **
1 or?
~ :!
- 3
, l..,.
- l.
~
.~
,J 7 -,....
- ~,..
~
'~
-~
'~
(~
tlJr
- r.
,9
'9
- 41)
~
LAPSE RATE WIND DIST* FDR ARTIFICIAL ISLAND 4/79*&/79 LOCATION 30FT SPEEDS (MI/HR) 0.. 3 4*7 6*11?
.3.. 18 DIRECTION SUM PERCENT SUM PERCENT SUM PERCENT SUM PERCENT o.o 0
o,o 0
o,o 22,5 l
,o 0
0 o,o
.0 o,o
'15,0 0
o,o 0
o,o o,o 0
o,o 0
o,o 0
o.o 67,5 0
0 o,o 0
o,o l
.o 0
o,o 90,0 112,S 0
o,o 0
o,o 0
o,o 0
o,o 135,0 0
o,o 6
3
.1 0
o,o
,o 0
o,o 0
o.o 157,5 0
o,o l
o.o 2
el 0
o,n 0
o,o 1ao.o 0
o.o 0
o,o 0
o,o 202.s 0
OiO 0
0 o,o 0
o,o 0
o,o 0
o,o 2as,o 0
o,o 0
o,o 2'17,5 0
o,o 0
o,o o,o l
,o 0
o,o 0
o,o 270,0 0
292"5 0
o,o l
.,o 0
o,o 0
o,o 315,0 0
o,o 0
o,o 0
o,o 0
o,o 337 15 0
o,o 1
,o 0
o,o 0
o,o 0
o,o soo,o 0
u,o 0
o.o 0
I) I 0 2
,1 14
.1 3
.1 0
o,o MEAN WIND SPEED s,s NUMBER OF UNINTERPRETABLE HOURS 0
DEG Cl100M rn, 4,o (300*30FT) h.. i!.5 a.rt PLUS SUM PERCEN'f SUM PERCENT 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o~o 0
o.o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o~a 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o SIJM PERCENT l
0 0
1 0
11 l
2 a 0
0 l
l 0 1
0 1q TABLE 7 7 of 8
,o o,o o,o
,o a,o
,s
_o
'l c~o
(). 0 o,o I iJ,c o,o
.o o,o
,9
-*~-*-----~-..-,.,.._..,.--.,,._.... -~,.... __..,........,.
>+"'
~O:.JP* wtl!
- '-~
"!':"I' P.. =+=1
+.
- *..._.-. *. ~--******
)- - - - - - -*- -* - - - - - - - - - -*
)
LAPSE RATE WIND DIST 1 FOR ARTIFICIAL* ISLAND 4/79*b/79 LOCATION 30FT ALL STABILITIES
- ~
- 1 SPEEDS CMIIHR) 0.. 3 4*7 8*12 DIRECTION SUM PERCENT SUM PERCrnT SUM PERCENT
~
22, 5 19
,9 51 2,5 34 117 45,0 14
,7 l!2 2,1 35 1,7
~
b7,5 18
,9 47 2.3 28 1,4 90,0 19
,9 i:!5 1,2 2':i 112 112,s 10 5
34 117 14
.1 I
135q0 12
,o 87 4,3 154 71b l 57.. s
,3 103 5, 1 95 11, 7 180QO l1 5
bl 3,0 IU 2,0
~
202,S 12
,b 31 11 s bl 3,o 22s.o 2
, 1, 5!1 2,a 35 117 247,S
,3 33 11 b 23 l,1 270,0 5
,2 35 1.1 17 iB 292,5 2
.1 24 112 25 1,2 31s.o 6
,3 313 1, 9 b4
- 3. a 337,5 4
,a 38 11 9 lib a,3 3b0 1 0 8
,4 119 214 b2 3,1 1511 7,b 754 37,3 759 37,El MEAN WIND SPEED 8~7 TOTAL* NUMBER OF UNINTERPRETABLE HOURS 0
TOTAL NUMB~R OF CALM HOURS 25 PERCENT 1.2 tr
~
i::l*18 19*23 SUM PE~CENT BUH *PERCENT 11
,s 0
o,o 4
12 0
o~o 5
12 0
o,o 17 ie 0
OiO 2
I 1 1
10 SB 2,9 i?
11 39 119 0
010 23 111 a
11 24 112 4
12 12
,6 2
11 2
11 0
OmO 9
14 5
,2 19
,9 14 i7 34 11 7 1!
~b 21 1.0 0
o,o 17
,a 0
010 2'H 14,7 43 2~*
24 PL.US SUM PERCENT 0
o,o 0
010 0
010 0
o,o 0
o,o 0
010 2
11 0
o,o 0
010 0
o,o 0
o.o 7
,3 l
,1 0
o,o 0
o,o 0
o,o ia
,o HISSING HOURS SUM PER CC: 'i T ll '5 95 98 Sb 01 313 245 lla 1l2 107 1':14 78 87 155 109 13b
~019 lbS TABLE 7 8 of 8 s,7 II* 7 4,9 11,3 3 1 1J 15,5 12.1 0.:;
b,5 s.~
3~2 3,9
- 11. 3
., 9 7 5,li
". 7 100,0 c
- f.
- c
.~
('.
- c tJ c
G If CJ c
()
0,,
0 0
- r.
'-J 0
I!
C'
~
LAPSE RATE WINO DIST, FOR ARTIFICIAL IS~AND 4/79*&/79 LOCATION 30.0FT
' ~
SF~C.u.l (MIIHi-i) 0*3 4*7 6*12 13*18 DIRECTION SUM PE.RCENT SUM PERCENT SUM PERCENT SUM PERCENT 22 8 5 0
o,o 0
o.o 0*
o.o 0
o.o 45,0 0
o,n 0
o,o 0
o,o 1
.1 67,5 0
o,o 0
c.o 0
o.o 0
o,o 90,0 0
. o, 0 0
o,o 0
o,o I) o,o
't 112.s
. 0 o,o 0
o,o 0
o,o
()
o,o 135,0
- 0 o,o 0
o,o C?
,1 0
o,o I
157,5
- 0.
o' a 0
o,o 0
o,o a
o,o 1co.o o*
0 0 0 Cl o,o 0
0,0 0
o,o 202,s o*
o,o 0
o,o 0
o,o 0
- 0. 0 225,0 0
o,o 0
o,o 0
o,o 0
o,o 247,5 0
o,o
()
o,o 0
o,o 0
o.o 270,0 0
o,o 0
o,o 0
o,o 0
o,o 292,5 0
o,o 0
- o. 0 1
.1 1
.1 315 1 0 0
o,o 0
ODO 1
,1 a
o,o 33'/, 5 a
o,o 0
o,o 0
o,o 0
o.o J&o,o 0
o,o 0
o,o 0
o,o 0
o,o H
0 o,o 0
o,o 4
,2 2
.1 1
- MEAN w?t.io SPEE.D 1217 NUMeER OF UNINTERPHETABLE HOURS 0
~ ~ ',;
,~
DEG C/lOOM LE,.1 1 9 (300*30FT) l9*C::I 24 PLUS SU"l PERCENT SUM P;:RCENT 0
o.o 0
o,o 0
o,o 0
o,o 0
0 8 0 0
o,o
()
o,o 0
o.o
<.}
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o tl c.. 0 0
1),0 0
o~o 0
o,o 0
o,o 0
o.o 0
o,o 0
o,o 0
o.o 0
o,o 1
.1 0
o,o a
o,o 0
o,o i) o,o 0
o,o 0
o,o 0
o,o l
,1 0
o.o SUH P~RCE:-; 1*
Q l
0 0
0 2
0 0
0 0
0 0
3 1
0 0
. 7 TABLE 8 1 of 8 0 11 ~I
~
- 0.,:
- 0. 1:
- l
- i. :.
') 0
~:
. ~
,.l *.
()I lJ
- 0. ;)
n, 'l G2
'),o
- ) t ;
, ll
,.. r t
- ~
... ~,
~~
G (l
d I
~
U t1 GI
\\l(J G.
{I G
~
G
.... I
..-:~;
'i!:.
{i c
)- - - - - - - - - - -
LAPSE R4TE WIND DIST, FOR ARTIFICIAL ISLAND q/79*&179 LOCATION 300f'T SFi::E.v\\j :Mui'::)
0.,3 4*7 f\\A12 13.. 1a DIRECTION SUM PERCENT SUM PERCENT SUM PERCENT SUM PERCENT aa.s 0
o,o 0
o,o 0
o,o 5
,3 45,o 0
o,c 0
o.c 0
o,o a
o,o o7,s 0
o,o 0
o,o 0
o,o 0
o,o 90,0 0
o,o o*
o, 0, 0
o,o 0
o,o II 112,5 0
o,o 0
o,o 0
o,o 0
o,o 135,0 0
o,o 2
al 1
,1 1
,1 157.* s a
o,o i!
, 1 7
,4 1
.1 1eo,o 0
o,o 3
,2 0
o,o 0
o,o 202,s 0
o,c 2
- 1 l
.1 0
o,o 225,0 0
o,o 1
- l 3
,2
- O o,o 247,5 0
o,o l
.1 2
.1 1
.1 270 0 0 0
o,o 2
.1 1
,1 0
o,o 292q5 0
o,o 1
~ 1 1
1 l 2
11 315,0 0
o,o 0
. o, 0 2
,l 3
,2 337,5 0
o,o 0
' o, 0 1
- 1 9
,5 300 1 0 0
o,o 0
o~o 0
o,o 1
.1 0
o,o 11.1
,8 19 1,0 23 1,2 MEAN WIND SPEED 14,2 NUMBER OF UNINTERPRETABL~ HOURS 0
i j
- I DEG Cl100M
- 1,81 *117 (300*:SOFT) 19.. 23 i!4 Pl.US SUM PERCENT SUM PERCENT 0
o,o 0
OvO 0
o,o 0
o,o, 0
o,o 0
o,o 0
o,o 0
o,o 0
o.o 0
o,o 0
o,o 0
o,o 1
,1 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 1
,1 0
o,o 0
o,o 0
o,o 1
il 3
,2 0
o,o 5
,3 5
13 0
o,o 0
o~o 0
o.o a
~"
6 SUM PERCENT 5
)
0 0,. ~J 0
0, lr 0
c,,
~ *'
0
- 0. ::
u
~"
3
,c 3
- i
~-
4
- ?.
5 0::;
3
\\.
8
,o 10
,5 15
.s 1
, 1 72
- 3. ')
TABLE 8 12 of 8 t
- ~
\\.~
\\]
11
()
i]
0
'1 0
0!
n*
t@,
©
~
i I~
t>
~
[ t t}~
LAPSE RATE WIND DIST 1 FOR ARTIFICIAL ISi.ANO 4179*&179 LOCATION 300FT iii't:'.~O:; CMlr'HR; 0*3 4*7 8*12 13*18 DIRECTION SUM PERCENT SUM PERCENT SUM PERCENT SUM PERCENT 22,s 0
c.o 0
o.o 1
, 1 2,
.1 45.0 0
o~ o 0
o,o 1
.1 2
11
&1,s - --
0 o,o 0
o,o 0
o,o 0
o,o 90,0 0
o,o 0
o,o 0
o,o 0
o,o 112,5 0
o,o 0
o,.o 0
o,o 0
o,o 13S,O 0
0 I()
2
, 1 1
,1 0
o,o 1s1.s 0
o,o q
,2 1
.1 0
o,o 1eo 1 0 0
o,o.
2
, 1 0
o,o 0
o,o 202,s 0
o,o 1
1 l 0
o,o 0
o,o 225,0 0
o,o 0
o,o 2
.1 0
o,o 247,5 1
.1 0
o,o 0
o,o 1
1l 270,0 0
o,o 0
o,o 1
,1 0
o,o 2l2.~
0 o,o l
.1 2
,1 l
,2 315 1 0 0
o~o 0
o,o 0
o,o 3
,2
- 337,s
- o o,o 1
'1 0
0,1')
2
.1 3&0,0 0
o,o 0
o,o 0
o,o 0
o.o
- f.
I
,1 11 1&
9
.s 13
.7 MEAN WIND SPEED u,e
- NUM6ER OF UNINTERPRETAB~E HOURS 0
'i ii DEG C/100ti wl 1&1 "leS (300*30FT) 19*23 i!4 Pl.US SIJM PERCENT SUM PERCENT SUM PERCENT Q
o,o 0
0 o,o 0
0 o,o 0
0 o,o 0
0 o,o 0
0 o,o 0
n o,o
()
0 o,o 0
0 o,o 0
0 o,o
- 0.
0 o,o 0
1
~l 1
1 11 1
4
,2 4
4
,2 0
0 o,o 0
10.......,s b
o,o o,o -*-
n,o o,o o,o o,o o,o
(),o o,o o,o o,o
, 1
,l
,2 o,o o,o
,3 3
3 0
0 0
3 s 2
1 2
2 3
8 11 7 0
so TABLE 8 3 of 8
,2
- ?.
c,c o,o 0.c:
,2.
,:)
, 1
~ 1 I 1
- 1
,2
.u o,o 2.1
~ t
(.J C'
~G
.J
\\Li tl)
-~*:
f
~I 0
~
~
~.
0 II "e-!
e:
G
©
~
i) i l f)
I D
a II f) t)
I) f).,
{)
rJ)
~
~
i) t}
~
f I.
G)
Ci)
(j g
LAPSE RATE WIND DIST 1 FOR ARTIFICIAL IS~AND 4179*6/79 LOCATION 300FT 5PEli:iS tMIIH~)
0*3 tl*1 8*12 U*U DIRECTION SUM PERCENT SUM PERCENT SUM PERCENT SUM PERCENT
.22, 5 2
, 1 9
,s 1&
,9 5
,3 45,0 1
, 1 4
,2 15
,6 12
,b
&7,5 l
I 1 3
,2 19 1,0 4
,2 90,0 1
.1 3
,2 5
,3 20 1.1 112,s l
,1 1
.1 6
,3 3
,2 135,0 2
,1 4
,2 8
27 1.s l57QS 2
'1 18 1,0 30 1, f>
43 2,3 180,0
- .-* 3
,2 14
,s 2'i 1,b 17
,9 202,5 EC
,3 7. "
u ab 13
,7 225,0 5
,3 7
,4 13
,7 17
,9 2li7,S 1
, 1 4
.2 6
,4 6
,3 270,0 l
, 1 8
14 5
,3 9
,s 292 1 5 2
, l
,3 1
,1 b
,3 315,0 l
, 1 1
- 4.
b
,3 1ii!
,6 337,5 0
o,o 7
,11 1;)
- 'I 1.a 360 1 0 1
.1 b
,3 17
,9 15
.s 30 l,b 108 5,9 203 11,0 221 12,0 MEAN WIND SPEED 13,&
NUMBER OF UNINTERPRETABLE HOURS 0
DEG C:llOOM
- 1,41 *0,5 (J00*30FT) 19*i?j 24 PLUS SU!ll PERCENT SUM PERCENT a
,4 0
o,o 0
o,o 0
o,o 9
,s 1
,1 4
,2 0
o,o 1
,1 0
o,o l3
,7 111
,a 17
- 'J 4
,2 8
,4 4
,a 2
, 1.
3
- i!
1:1
,4 0
o,o 0
o,o 0
o,o 3
,2 11
,Ei 5
,3 18 1,0 u
I 0 4
,2 4
,2 1
,1 s
,3 0
o,o 91:1 5 1 3
&O 313 SLJM PEHCENT 40 32 37 33 12 b8 1111 75 113 so 19 37 38 Ill 37 44 720 TABLE 8 4 of 8 2.2 1.1
- 2.,,
1 * ()
- '7
- ! * ?
l:. 2 a, 1 2.:s 2,7 1.0 2.0 2.1 2.2 2.0 2 I*:
H,O I'..
\\
t
-:~
I!
c t
I
LAPSE RATE WIND OlST 1 FOR ARTIFICIAL ISLAND 4/79*&/79 LOCATION !OOFT SPEEDS (IU/HRJ 0.. 3 4*7 8* 1.2 13.. u DIRECTION BUM PERCENT SUM PERCENT SUM PERCENT SUM PERCENT 22,s 2
.1 9
,5 ll
- 18.
1 1 0 45,0 0
010 1l 1&
20 1,1 10 15 b7,5 4
,2 3
i2 8
i; 90,0 2
7 14 ll
,6 12
,6 112 1 5 l
,l 3
,2 9
.s
,3 I.
. 135,0 2
I l 12
- 16 24 l,3 24 1,3 157,'3 1
,1 9
,s 29 1 If\\
2&.
114 180,0 0
- 0. 0.
11
,6 33 1,s 23 1,2 202~5 1
,1 6
,3 19 1,0 23 1,2 i!25 1 0 1
.1 6
,3 23 1,2 20 l,l a1u 1s 0
o,o s
,3 8
I 4 0
o,o 270,0 2
, 1 1
15
,e 5
,3 292,S l
,1 s
,3
,3 8
,4 315,0 2
.1 II
,2 10
,s 15
.a 337,S 0
o,u 6
,3 f:.
~l 20 111
- !i'~ 0 I 0 2
.1 4
,2 l '1
,a 22 112 iH 1,1 108
- s. C) 246 l3,3 240 13,0 I
MEAN WIND SPEED 14,3 NUMBER OF UNINTERPRETABLE HOURS 0
t t
II l
DEG C/lOOM
"'014/
(300*30FT) 19.. i!l i!4 Pi.US SUM PERCENT SUM PERCENT 1
,l l
,1 l2
,6 Q
o,o 3
i2 l
,1 0
o,o 0
o,o 3
,2 2
,l i9 1,0 26 114 u
7
,4 1&
i9 6
,3 15
,a 12
,6 7
,4 2
.1 l
.1 0
o,o 3
i2 0
o,o 4
,2 11 17
,9 3
,2 6
sl 2
,1 15
,e T
I"
\\38 7,5 eo 4,3 1,s SUH PERCENT
'12 2,3 53 2,9 27 1,s 32 1.1 24 l,3 i07 s.s 88 ii. 8 89 11,,
7&
11, 1 59 3,2 14
,?
3i!
1,7 35
- 1, 9 Sl 2,s 40 2,2 u
3,5 an 4511 TABLE 8 5 of 8
- -(
~
'~
(
()
"* (l}
()
r.::.
0~
El Q
Q Ii
- tJ Q
~
Cl ta en r.,;,
'I
G '*
G t'a fS JI
~
C) m ID II w
~
0
' -i
~
i)
I)
D i I
~
D
~
0 LAPSE RATE WINO DI5T 1 FOR ARTIFICIAL ISLAND 4179~&179 LOCATION 300Fi' SPH!:lS (MIIHR) 0*3 4*7 8* li!
13*18 DIRECTION SUM PERCENT SUM PERCENT SUM PERCENT SUM PERCENT 22.s 0
o.o 3
12 0
o,o 2
.1 115,0 0
o,a 0
o.o l
.1 3
.2 b1.s.
0 o,o 1
.1 0
o,o
. 0 o,o.
90,0 0
o,o a
.1 1
.1 i
.1 112~5 0
o.o 2
- 1 0
o,o 0
o.o 135,0 0
o,o 0
o,o 5
,3 7
14 1!j'fI5 1
ij 1 4
,2 4
'.2 5
13 1ao 1 0 1
.1*
2 11 18 1~0 q
,5 20?.,5 1
,1 0
o,o 2
.1 6
,3 22510 1
11 2
, 1 3
,2 s
,3 241 0s 0
o.o 0
o.o 0
o.o 1
11 270,0 0
o.o 0
o,o l
, 1 3
,2 292 1 5 0
o,o 0
o,o l
, 1 1
.1
- 'l15~0 l
.1 l
i tl 1
.* 1 3
.2 337,S c
o,o 3
.a 1
11 2
, 1 360~0 l
I l 2
11 i
- i 2
11 6
13 22 l 12 39 2.1 50 2,?
MEAN WINO SPEED 13.. 1 NUMBER OF UNINTERPRETABLE HOURS 0
DEG Cl100M (300*30FT) 19*i!3 1,fi I 4 1 0 24 PLUS BUM PERCENT BUl'I Pll:R~ENT 1
.1 0
o,o 1
il 0
o,o 0
o,o 0
o.o 0
o.o 0
o,o 0
o.o a
o,o II
,2 4
,2 lj
,2 b
,3 1
.1 '
l
, 1 l
,a 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
050 0
o,o 0
o,o 0
010 0
o,o 0
010 0
a,o 0
o,o 0
- ioo 0
o,o 14
,8 l1
,6 SUM PERCt.-;T ti 5
1 4 2 20 241 32 12 u
1 4
2 b
6 6
142 TABLE 8 6 of 8
,3
.3
~ 1
.a
' l 1
- 1 1f3 1.1
,7
' 1
.2
- 1
.3
,3
?,7
~ ~
~;
\\~
)
!I II rt
(
Ir I*
LAPSE RATE
~IND DIST, FOR ARTIFICIAL ISLAND 4179*6/79 LOCATION 300FT q
~ i I
OIRECTION 22.s 45,0 07 1 5 90,0 112~5 13s.o
- 1~7 8 5 180r.O 202,s 225,0 247,5 270,0 292,5 315,0 337 ;5.
3&0,0 MEAN WINO NUMBER OF 0*3 SUM PERCENT SUM 0
o,o 0
0 o,o 0
0 o,o 0
0 o,o 0
0 0,0 0
0 o.o 1
0 o~o 0
0 o.o 1
0 o,o 3
0 o,o 1
0 a,o 0
0 o,o 0
0 o,o 0
0 0 1 0 0
0 o,o 0
0 o,o 0
0 o,o 6
SP EEO 10,3 UNINTERPRETABL.E HOURS 3i=i:EC.d CMI/H~l 4.. 7 8*12 l:i*llJ PERCENT SUM PERCENT SUM PERCENT o,o l
, 1 0
o,o o,o 0
o,o 0
o.o o,o 0
o,o 0
o,o o,o 0
o,o 0
o.o o,o 0
OoO 0
o,o d
0 o,o 0
o~o o,o 0
o,o 0
o,o
.1 1
, 1 1
,1
,2 0
o,o a
.1
- l 2
.1 0
o,o o.o 2
.1 2
,1
. 0 IQ 0
o,o 1
.1 o.o l
, 1 0
o,o o.o 1
1 l 0
o,o o.o 0
o,o 0
o,o o,o i
.1 0
o,o
,3 9
,5 6
,3 0
DEG Cl100M (300*30FT) 19*23 211 Pl.US
~UM PERCENT SUM P~RCENT 0
o,o 0
o,o 0
o,o 0
o,o 0
o~o 0
o,o 0
o.;o 0
o,o 0
o.;o 0
OuO 0
OiO 0
o,o 0
o,o 0
o,o 0
o,o
- o.
o,o 0
o.;o 0
o,o 0
o,o 0
o,o 0
o,o 0
o,o 0
OiO 0
o.o 0
o,o 0
o,o 0
o~o 0
o.o 0
o,o 0
o.o 0
o~o
\\)
'110 0
. o.o 0
o,o SUH F'ERCENT l
,l 0
. 0 *. 0 0
o,o 0
o,o 0
.. 0. 0 1
- 1 0
0,*)
- s
,2 5
,3 3
,a 4
.,2.
l
, 1 I 1
,1 0
o,o 1
,1 i?'
1,1
-*~-. **-...... -..
TABLE 8 7 of 8 0
~i_
0 w
Q 0
I 't
()
c I I
LAPSE RATE WIND DIST 1 FOR ARTIFICIAL ISLAND 4/79~6/79 LOCATION 300H 0*3 4*7 DIRECTION SUM PERCEl'IT SUM PERCENT.
2215 4
12 21 111
,---*. -. '4510 1
.1.
15 iB
&715 5
13 7
90.0 3
I?.
12
,1 112 11s 2
,1 6
,3 1:;s.o
,2 21.
1
- 1.
L 157,5 4
,a 37 i! I 0 Hio,o 4
,a 33
. 118 202p5 6
19 1,0 225,0 7
14 17 247,5 2
,1 10
.s 270i0 3
I?,
17
,9 i!9?.,s 3
.a 13
,1 315,0 4
I?.
12 17 337 1 5 0
o.o 17
,9 3b0 1 0 II
.2 12
.1 58 3,1 269
~4.6
-~
MEAN WINO SPEED 13,CJ TOTAL NUMBER OF UNINTERPRETABLE HOURS 0
TOTAL NUMBER OF CALM HOURS r;
PERCENT
\\.
BPEEOSCMI/HR)*
8*1i!
13*18 SUM PERCENT SUM PERCENT 29 11&
32 117 37 210 28 115 27 11 s 12 17 17
,9 33 1,8 15
.a 41 212 9
,5 59 3,2 71 318 75 411 61 4."
so 2,7 34 1,8 44 2,4 4&
21s "a
2,3 20 1, 1 u
,6 23 112 18 1,0 13
.. - 21 1, 1 i! 1 1,1 36 2,0 21 11 l 45 2,4 33 118 40
- 2. 2 529 28,7 555 30,1
,3 ALL STABILITIES 19.. i!3 24 PLUS SUM PERCENT
&Uri PERCENT SUM PERCENT 10 15 l
,1 97 s,3 13
,7 0
o~o 94 5,1 12
,7 2
,1 65 3,s 4
,a 0
o,o
&9 3,7 4
,a 2
.1 38 2,1 3b 2,0 4'I 2,1.1 205 11111 38 2,1 11
,9 2/.12 13, l 25 1~4 u
,6 204 11.1 20 l,~
15
,a S40
- 7. !l 15
,a 2
,l 1'?9 7,0 2
11 0
o,o
. 45 2,4 7
12 BO 4,3 12 i7 33 1,8 95 5,1 32 1i7 l6
,9 Ul 6 ~ fJ 19 1,0 3
,a sos 5,7 20 1,1 7
,4 llb b,3 2&9 i416 us 8,9 L&llS 100,0 MISSING HOURS 339 TABLE 8 8 of 8
~:...
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