ML20039E971

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Forwards Three NRC Std Format Magnetic Data Tapes for Site & List of Parameters & Sample Dump for Each Tape,Corresponding to Three Distinct 1-yr Sets of Meteorological Data from Temporary & 110-meter Permanent Towers
ML20039E971
Person / Time
Site: Clinch River
Issue date: 12/15/1981
From: Reynolds G
TENNESSEE VALLEY AUTHORITY
To: Spickler I
Office of Nuclear Reactor Regulation
References
NUDOCS 8201110679
Download: ML20039E971 (8)
v • d • e


Text

.__ _

TENNESSEE VALLEY AUTHORITY c

MUSCLE SHOALS. ALABAMA 35660 River Oaks Building P

tc j

DEC 151981-o

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Jgg tb f's, S82.r 5

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Il Mr. Irv Spickler 4

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Chief of Section C c;K Accident Evaluation Branch

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sul Nuclear Regulatory Commission

~

4910 Norfolk Avenue Bethesda, Maryland 20014

Dear Mr. Spickler:

IO' N h Enclosed are three magnetic data tapes in NRC standard format for the Clinch River Breeder Reactor Plant (CRBRP) site. Also enclosed are a list of parameters and a sample dump for each tape.

j These data tapes correspond to three distinct one-year sets of onsite 4

meteorological data, two from the temporary tower and one from the~

110-meter permanent tower.

They are (1) July 1975-June 1976 Pulse Matic cassette system data from the temporarf tower, (2) March 1976-J February 1977 Nova computer system, data from,the temporary tower, and (3) February 17, 1977-February 16, 1978 Nova = computer system data from the permanent tower.

4 Tape (1) data, Pulse-0-Matic, were used for section 2.3 of the CRBRP PSAR und tape (2) data, Nova, were used for appendix 2.3A of the PSAR.

Pages 2.3-10 and 2.3-11 of the PSAR indicate 'the reason for this, which is that the 10-meter temperature equipment installed in 1974 was not origi-nally intended for use in stability determinations and only met the ambient temperature accuracy requirement. With the installation of the Nova system in early 1976, the temperature difference requirements were met for all tower intervals. Tape (3) data have been used for a PSAR update to be submitted soon.

Tape (1) data, Pulse-0-Matic, were used in section 2.6 of the CRBRP ER, i

but were replaced by tape (3) data in amendment IX of the ER.

Some additional revision of the.ER is being made, and the updated meteoro-logical sections (2.6 and 6.1) will be submitted soon.

DOO1 S

/l g1[1h0 h

F

. - _An Equal Oppoitumty Employer

2 Mr. Irv-Spickler

't DEC 151981 If there are any questions regarding the format and content of these data tapes, they may be directed to Hollis E. Lindley, Computer Systems Develop-ment Branch, at FTS 872-8985, or to me at FTS 872-8525.

Sincerely, W U-George W. Reynol s, Supervisor Assessment Section, Air Resources Program Enclosures t

4 5

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MAGNETIC TAPE METEOROLOGICAL DATA LOCATION: CRBRP Puls-o-matic System PERIOD OF RECORD: July 1,1975 - June 3 0,1976 Meteorological Value I6 Identifier I2 Year I3 Julian Day I4 Hour F5.1 Upper Measurements: Level = 60.9 meters F5'.1 Wind Direction (degrees)

F5.1 Windspeed (meter /sec)

F5.1 F5.1 "

Ambient Temperature ( C)

FS.1 F5.1

% Readings F5.1 Intermediate Measurements: Level = 22.7 meters F5.1 Wind Direction (degrees)

F5.1 Windspeed (meter /sec)

F5.1

~

.,2 F5.1 Ambient Temperature ( C)

F5.1 4.

F5.1

% eadings

^

~

F5.1 Lower Measurements: Level = 9.8 meters F5.1 Wind Direction (degrees)

~

F5.1 Windspeed (meter /sec)

FS.1

~

F5.1 Ambient Temperature F5.1 Dewpoint ( C)

F5.1

% Readings F5.1 Temp Dif f (Upper-Lower) ( C/100 meters)

F5.1 Temp Diff (Upper-Inter) ( C/100m)

F5.1 Temp Diff (Inter-Lower) ( C/100m) 75.1 F5.1 FS.1 F5.1 F5.1

~

e

1 MAGNETIC TAPE METEOROLOGICAL DATA a

LOCATION: CRBRP - NOVA SYSTEM

. Temporary Tower PERIOD OF RECORD: March 1, 1976 - February 28, 1977 Meteorological Value 16 Identifier 12 Year 13 Julian Day I4 Hour FS,.1 Upper Measurements: Level = 60.9 meters F5.1 Wind Direction (degrees)

F5.1.

Windspeed.(meter /sec)

F5.1 Horizontal Sigma (degrees)

FS.1 '

Ambient Temperature (OC)

FS.1 F5.1

% Readings F5.1 Intermediate Measurements: Level = 22.7 meters FS.1 Wind Direction (degrees)

~ '-

F5.1 Windspeed (meter /sec)

F5.1 Horizontal Sigma (degrees)

,,4 FS.1 Ambient Temperature (OC)

_ p, F5.1

% Readings

-3, FS.1 z

F5.1 Lower Measurc.aents: Level = 9.8 meters F5.1 Wind Direction (degrees)

F5.1 Windspeed (treter/sec)

F5.1 Horizontal Sigma (Degrees)

F5.1 Ambient Temperature (OC)

F5.1 Dewpoint (OC)

FS.1

% Readings FS.1 Temp Diff (Upper-Lower) (OC/100 meters)

' Temp Diff (Upper-Inter) (OC/100m)

F5.1 F5.1 Temp Diff (Inter-Lower) ( C/100m)

j. '.".

Md F5.1 F5.1 F5.1 F5.1 FS.1 m

e*M'

MAGNETIC TAPE METEOROLOGICAL DATA LOCATION: CRBRP - NOVA SYSTEM-Permanent Tower PERIOD OF RECORD: February 17, 1977 - February 16, 1978 Meteorological Value 16 Identifier I2 Year I3 Julian Day I4 Hour FS,.1 Upper Measurements: Level = 110.4 meters F5.1 Wind Direction (degrees)

FS.1 Windspeed (meter /sec)

F5.1 Horizontal Sigma (degrees)

F5.1 Ambient Temperature (CC)

F5.1 F5.1

% Readings F%.1 Intermediate Measurements:

Level = 60.3 meters F5.1 Wind Direction (degrees)

/

F5.1 Windspeed (meter /sec)

F5.1 Horizontal Sigma (degrecc)

(

F5.1 Ambient Temperature (OC)

~

F5.1 r

s-F5.1

% Readings t

FS.1 Lower Measurements: Level = 10.3 meters FS.1 Wind Direction (degrees)

F5.1 Windspeed (meter /sec)

F5.1 Horizontal Sigma (Degrees)

F5.1 Ambient Temperature (OC)

F5.1 Dewpoint (OC)

F5.1

% Readings FS.1 Temp Diff (Upper-Lower) (oc/100 meters)

F5.1 Temp Diff (Upper-Inter) (OC/100m)

F5.1 Temp Diff (Inter-Lower) (OC/100m)

Precipitation (un) l/cm F5.1 2

Solar Radiation {ta min)

F5.1 F5.1 F5.1 Pressure F5.1 I

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