Text

Correlation of Radioiodine Resuspension with Temperature at TMI-2
	ML20236G378
Person / Time
Site:	Three Mile Island
Issue date:	07/31/1987
From:	Daniel E, Daniel J, Seth E; DANIEL & ASSOCIATES, INC.
To:	; NRC OFFICE OF NUCLEAR REGULATORY RESEARCH (RES)
References
	CON-FIN-D-1647 DA-TR-8705, NUREG-CR-4953, NUDOCS 8708040231
	Download: ML20236G378 (137)
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NUREG/CR-4953 !

DA-TR/8705 l 1

Correlation of !

Radioiodine Resuspension With Temperature at TMI-2 l

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Prepared by J. A. Daniel, E. A. Daniel, E. L. Seth, Jr.

Daniel & Associates, Inc.

l Prepared for U.S. Nuclear Regulatory Commission l

D ADO K 5 0 320 P PDR i

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ase NOTICE This report was prepared as an account of work sponsored by an agency of the United States Government. Neither the United States Government nor any agency thereof, or any of their employees, makes any warranty, expressed or implied, or assumes any legal liability of re-sponsibihty for any third party's use, or the results of such use, of any information, apparatus, product or process disclosed in this report, or represents that its use by such third party would not infonge privately owned rights.

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NUREG/CR-4953 DA-TR/8705 Correlation of Radiciodine Resuspension With Temperature at TMI-2 !

I Manuscript Completed: May 1987 !

D ta Published: July 1987 j Prapared by )

J. A. Daniel, E. A. Daniel, E. L. Seth, Jr.

Daniel Et Associates, Inc. i 501 Union Trust Building l 850 Sligo Avenue Silver Spring, MD 20910 i

Prepared for .

l Division of Reactor Accident Analysis !

l Office of Nuclear Regulatory Research ;

U.S. Nuclear Regulatory Commission !

! W:shington, DC 20555 NRC FIN D1647 1

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ABSTRACT This report addresses the observed long term behavior of radiciodine in i specific locations in the TMI-2 Auxiliary and Fuel Handling Buildings, I and provides data on the behavior of 131 1 at relatively low tempera-tures, (50 - 85 0 F) and non-equ!. librium conditions, since the building ventilation systems were in operation. This report also discusses the observed effect of changes in the daily concentration of radiciodine due I to diurnal temperature cycles, and establishes a numerical relationship between radiciodine concentration and ambient temperature. !

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SUMMARY

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I Radiolodine has been demonstrated to deposit on structural surf aces

.following release from the fuel of nuclear reactors. This relationship has been studied and shown to be a function of species change between the chemical forms of radiolodine, primarily organic iodide and element-

. al iodine.

' This report investigated the correlation between 1311 concentration in the Auxiliary and Fuel Handling Buildings at TMI-2 following the acci-dent in 1979. The results of the investigation showed that there is a j linear correlation between radiolodine and temperature, and temperature has a strong influence on the rate of change of radiolodine concentra-tion. The absolute concentration depends on the total amount of radiolo- l dine depocited on the surface. This temperature dependence can result in significant increases in release if the surface area or the amount of radiolodine deposited on the surfaces is large. ;

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CONTENTS ABSTRACT...................................................... 111

SUMMARY

..................................... ....................v LIST OF FI0URES................................................ 1x LIST OF TABLES................................................xiii

1.0 INTRODUCTION

...................... .................... .... 1 2.0 OBJECTIVES AND M ETH OD OF A P PR 0 A C H . . . . . . . . . . .. .. .. .. .. .. .. .. . 3 2.1 0bjectives.......................................... ... 3 2.2 Method of Approhch.............. ....................... 3 2.3 Discussion.............................................. 4 3.0 MEASUREMENT DATA............................................ 5 3.1 Sampling Locations...................................... 5 3.2 Effect of Plant Operations on Sample Data.............. 11 3.3 Temperature Data....................................... 12 3.4 Reduction of Data...................................... 13 3.5 Results and Conclusions... ........ ................... 20 REFERENCES........................ ............................ 33 APPENDIX A HOURLY TEMPERATURE DATA............................A-1 APPENDIX B 131 1 CONCENTRATION DATA............................B-1 APPENDIX C 131 1 CONCENTRATION AND TEMPERATURE DATA AS FUNCTI ON OF TIME . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . C- 1 1

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LIST OF FIGURES i l

FIGURE TITLE PAGE NO.

LOCATION OF 101 1 SAMPLERS ON 281' el........................... 6 1

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2 LOCATION OF 1311 SAMPLERS ON 305' el...... .................... 7 3 LOCATION OF 131 I SAMPLERS ON 328' el........................... 8 AMBIENT TEMPERATURE - MAY..................................... 14 1

4 5 AMBIENT TEMPERATURE - JUNE.................................... 15 6 AMBIENT TEMPERATURE - JULY. ......,........................... 16 1 7 EXAMPLE OF SPLINE CURVE FI7 TO DATA (Location 2, 281'el, May). 18 8 EXAMPLE OF SPLINE CURVE FIT TO DATA (Location 2, 328'el, June).19 j '

9 131 1 AND TEMPERATURE vs TIME (6/07 - 6/10).................... 21 10 COMPARISON OF FIRST DERIVATIVES OF DATA SHOWN IN FIGURE 9..... 21 11 131 I CONCENTRATION vs TEMPERATURE j 281' el., 6/9-6/10)............... ........... 22 ]

{ LOCATION 2, i 12 31 I CONCENTRATION vs TEMPERATURE 281' el., 5/2'3-5/26).......................... 23 )

{ LOCATION 2, 13 31 I CONCENTRATION vs TEMPERATURE l 281' el., 6 / 7 -- 6 / 8 ) . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2 4

{ LOCATION 3, 14 3I I CONCENTRATION vs TEMPERATURE )'

l (LOCATION 2, 305' el., 5/17-5/18).......................... 25 15 331 1 CONCENTRATION vs TEMPERATURE l

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{ 31 LOCATION 2, 305' el., 6/9-6/10)........................... 26 )

l 16 1 CONCENTRATION vs TEMPERATURE 1,' a f^3b h h Rd 2 M v"2ttMet4H626* i bCATION2, 328' el., 5/25-5/26)........................ . 28 /

18 131 1 CONCENTRATION vs TEMPERATURE (LOCATION 2, 328' el., 6/7-6/8)............................ 29 19 131 I CONCENTRATION vs TEMPERATURE (LOCATION 4, 328' el., 6/28-6/29).......................... 30 i

C.1 COMPARISON OF AMBIENT TEMPERATURE TO 131 1 CONCENTRATION TMI-2 AUX BLDG LOCATION 1 - 281' el (6/01-6/14)...............C-3 C.1 COMPARISON OF AMBIENT TEMPERATURE TO 131 1 CONCENTRATION TMI-2 AUX BLDG LOCATION 1 - 281' el (6/15-6/30)...............C-4 C.3 COMPARISON OF AMBIENT TEMPERATURE TO 131 1 CONCENTRATION TMI-2 AUX BLDG LOCATION 1 - 281' el (7/15-7/31)...............C-5 C.4 COMPARISON OF AMBIENT TEMPERATURE TO 131 I CONCENTRATION TMI-2 AUX BLDG LOCATION 2 - 281' cl (5/17-5/31)...............C-6 C.5 COMPARISON OF AMBIENT TEMPERATURE TO 131 1 CONCENTRATION TMI-2 AUX BLDG LOCATION 2 - 281' el (6/01-6/14)...............C-7 C.6 COMPARISON OF AMBIENT TEMPERATURE TO 131 1 CONCENTRATION TMI-2 AUX BLDG LOCATION 2 - 281' el (6/15-6/30)...............C-8 C.7 COMPARISON OF AMBIENT TEMPERATURE TO 131 1 CONCENTRATION TMI-2 AUX BLDG LOCATION 3 - 281' el (5/17-5/31)...............C-9 1x i

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i C8 COMPARISON OF AMBIENT TEMPERATURE TO 1811 CONCENTRATION TMI-2 AUX BLDG LOCATION 3 - 281 ' el (6/01-6/14 ) . . . . . . . . . . . . . .C- 10 C.9 COMPARISON OF AMBIENT TEMPERATURE TO 1311 CONCENTRATION TMI-2 AUX BLDG LOCATION 3 - 281' el (6/15-6/30)....... ......C-11 C.10 COMPARISON OF AMBIENT TEMPERATURE TO 3331 CONCENTRATION TMI-2 AUX BLDG LOCATION 4 - 281' el (5/17-5/31)..............C-12 C.11 COMPARISON OF AMBIENT TEMPERATURE TO 333 1 CONCENTRATION TMI-2 AUX BLDG LOCATION 4 - 281' el (6/01-6/14)............ .C-13 C.12 COMPARISON OF AMBIENT TEMPERATURE TO 131 1 CONCENTRATION TMI-2 AUX BLDG LOCATION 4 - 281' el (6/15-6/30)..............C-14 C.13 COMPARISON OF AMBIENT TEMPERATURE TO 131I CONCENTRATION TMI-2 AUX BLDG LOCATION 4 - 281' el (7/01-7/14)...............C-15 C.14 COMPARISON OF AMBIENT TEMPERATURE TO 131 1 CONCENTRATION TMI-2 AUX BLDG LOCATION 5 - 281' el (6/01-6/14)..............C-16 C.15 COMPARISON OF AMBIENT TEMPERATURE TO 131 I CONCENTRATION TMI-2 AUX BLDG LOCATION 5 - 281' el (6/15-6/30)..............C-17 C.16 COMPARISON OF AMBIENT TEMPERATURE TO 3 I CONCENTRATION TMI-2 AUX BLDG LOCATION 6 - 281 ' el ( 6f 01-6/14 ) . . . . . . . . . . . . . .C-18 C.17 COMPARISON OF AMBIENT TEMPERATURE TO 3 1 CONCENTRATION TMI-2AUXBLDGLOCATION6-281'el(6f15-6/30)..............C-19 C.18 COMPARISON OF AMBIENT TEMPERATURE TO 131 1 CONCENTRATION TMI-2 AUX BLDG LOCATION 7 - 281' el (6/01-6/14)..............C-20 C.19 COMPARISON OF AMBIENT TEMPERATURE TO 131 I CONCENTRATION TMI-2 AUX BLDG LOCATION 1 - 305' el (5/17-5/31)..............C-21 C.20 COMPARISON OF AMBIENT TEMPERATURE TO 131 1 CONCENTRATION TMI-2 AUX BLDG LOCATION 1 - 305' el (6/01-6/14)..............C-22 C.21 COMPARISON OF AMBIENT TEMPERATURE TO 131 1 CONCENTRATION TMI-2 AUX BLDG LOCATION 1 - 305' el (6/15-6/30)..............C-23 C.22 COMPARISON OF AMBIENT TEMPERATURE TO 3 1 CONCENTRATION TMI-2AUXBLDGLOCATION2-305'el(5f17-5/31)..............C-24 C.23 COMPARISON OF AMBIENT TEMPERATURE TO 333 I CONCENTRATION (6/01-6/14)..............C-25 TMI-2 AUX BLDG LOCATION 2 - 305' el C.24 COMPARISON OF AMBIENT TEMPERATURE TO 131 1 CONCENTRATION TMI-2 AUX BLDG LOCATION 2 - 305' el (6/15-6/30)..............C-26 C.25 COMPARISON OF AMBIENT TEMPERATURE TO 131 I CONCENTRATION TMI-2 AUX BLDG LOCATION 3 - 305' el (5/17-5/31)..............C-27 C.26 COMPARISON OF AMBIENT TEMPERATURE TO 131 I CONCENTRATION TMI-2 AUX BLDG LOCATION 3 - 305' el (6/01-6/14)..............C-28 C.27 COMPARISON OF AMBIENT TEMPERATURE TO 131 I CONCENTRATION TMI-2 AUX BLDG LOCATION 3 - 305' el (6/15-6/30).......,......C-29 C.28 COMPARISON OF AMBIENT TEMPERATURE TO 131 I CONCENTRATION TMI-2 AUX BLDG LOCATION 4 - 305' el (5/17-5/31)..............C-30 C.29 COMPARISON OF AMBIENT TEMPERATURE TO 1311 CONCENTRATION I TMI-2 AUX BLDG LOCATION 4 - 305' el (6/01-6/14)..............C-31 C.30 COMPARISON OF AMBIENT TEMPERATURE TO 131 1 CONCENTRATION TMI-2 AUX BLDG LOCATION 4 - 305' el (6/15-6/30)..............C-32 C.31 COMPARISON OF AMBIENT TEMPERATURE TO 1 CONCENTRATION 3

TMI-2AUXBLDGLOCATION5-305'el(6f01-6/14)..............C-33 C.32 COMPARISON OF AMBIENT TEMPERATURE TO 131 I CONCENTRATION TMI-2 AUX BLDG LOCATION 1 - 328' el (5/17-5/31)..............C-34 X

i C.33 COMPARISON OF AMBIbdT TEMPERATURE TO 131 1 CONCENTRATION TMI-2 AUX BLDG LOCATION 1 - 328' el (6/15-6/30)..............C-35 C.34 COMPARISON OF AMBIENT TEMPERATURE TO 131 I CONCENTRATION TMI-2 AUX BLDG LOCATION 2 - 328' el (5/17-5/31)..............C-36 I C.35 COMPARISON OF AMBIENT TEMPERATURE TO 131 1 CONCENTRATION TMI-2 AUX BLDG LOCATION 2 - 328' el (6/01-6/14)..............C-37 ;

C.36 COMPARISON OF AMBIENT TEMPERATURE TO 3 1 CONCENTRATION 1 TMI-2-AUXBLDGLOCATION2-328'el(6f15-6/30)..............C-38 C.37 COMPARISON OF AMBIENT TEMPERATURE TO I CONCENTRATION TMI-2AUXBLDGLOCATION3-328'el(5f!7-5/31)..............C-39 =

C.38 COMPARISON OF AMBIENT TEMPERATURE TO 131 I CONCENTRATION )

TMI-2 AUX BLDG LOCATION 3 - 328' el (6/01-6/14)........ .....C-40 C.39 COMPARISON OF AMBIENT TEMPERATURE TO 131 1. CONCENTRATION TMI-2 AUX BLDG LOCATION 3 - 328' el (6/15-6/30)..............C-41 C.40 COMPARISON OF AMBIENT TEMPERATURE TO 131 1 CONCENTRATION TMI-2 AUX BLDG LOCATION 4 - 328' el (5/17-5/31)..............C-42 (

i C.41 COMPARISON OF AMBIENT TEMPERATURE TO 131 1 CONCENTRATION TMI-2 AUX BLDG LOCATION 4 - 328' el (6/01-6/14)..............C-43 C.42 COMPARISON OF AMBIENT TEMPERATURE TO 131 1 CONCENTRATION TMI-2 AUX BLDG LOCATION 4 - 328' el (6/15-6/30)..............C-44 j

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TABLE TITLE PAGE NO.

! A.1 HOURLY TEMPERATURE RECORDED t1R MAY......................A-3 I

A.2 HOURLY TEMPERATURE RECORDED FOR JUNE.......... .........A-6 A.3 HOURLY TEMPERATURE RECORDED FOR JULY.......... ........A-12 B.1 IODINE DATA FOR SAMPLE LOCATION #1 (281'el)..............B-3 B.2 IODINE DATA FOR SAMPLE LOCATION #2 (281'el)..............B-5 B.3 IODINE DATA FOR SAMPLE LOCATION #3 (281'el)..............B-7 B.4 IODINE DATA FOR SAMPLE LOCATION #4 (281'el)..............B-9 B.5 IODINE DATA FOR SAMPLE LOCATION #5 (281'el).............B-11 B6 IODINE DATA FOR SAMPLE LOCATION #6 (281'el).............B-12 :

B.7 IODINE DATA FOR SAMPLE LOCATION #7 (281'el).............B-13 B.8 IODINE DATA FOR SAMPLE LOCATION #1 (305'el).............B-14 B.9 IODINE DATA FOR SAMPLE LOCATION #2 (305'el).............B-16 B.10 IODINE DATA FOR SAMPLE LOCATION #3 (305'el).............B-19 b'.11 IODINE DATA FOR SAMPLE LOCATION #4 (305'el).............B-21 B.12 IODINE DATA POR SAMPLE LOCATION #5 (305'el).............B-23 B.13 IODINE DATA FOR SAMPLE LOCATION #6 (305'el).............B-24 B.14 IODINE DATA FOR S AMPLE LOCATION #1 (328 ' el) . . . . . . . . . . . . .B-25 B.15 IODINE DATA FOR SAMPLE LOCATION #2 (328'el).............B-27 B.16 IODINE DATA FOR SAMPLE LOCATION #3 (328'el).............B-29 B.17 IODINE DATA FOR SAMPLE LOCATION #4 (328'el).............B-31 B.18 IODINE DATA FOR SAMPLE LOCATION #5 (328'el).............B-34 x111

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CORRELATION OF RADIO 10 DINE RESUSPENSION WITH TEMPERATURE AT TMI-2 1

1. INTRODUCTION l

The behavior of radioiodine following a reactor accident is of prim'ary ]

concern due to its potential harmful ef fects if released to the environ- l ment. The accident at TMI Unit 2, while certainly the worst in U.S. !

commercial reactor his*cory, did not result in significant quantities of I radioiodine being released.1,2 This was due to the f act that the TMI radioactivity containment systems functioned as they were intended by design, and releases of fission products from the plant occurred through ,

the auxiliary and fuel handling building ventilation systems, wi,1ch were equipped with filtration systems. The primary source of radioactivity in the Auxiliary and Fuel Handling Buildings was from off-gassing of the ;

reactor coolant via the makeup and purification system. f The releases were further mitigated by the phenomenon known as iodine i deposition, in which the radioiodine adheres to surf aces either as a {

condensate or by chemical reaction with materials on the surface, i.e.,

it may undergo a molecular change of species. Such reactions proceed at !

l their own rate depending on local thermodynamic conditions such as temperature, pressure and concentration of the particular species in the airborne state as well as the concentration on the surf ace. Iodine chemistry is further complicated by the fact that iodine, besides being l a fission product, is also formed as a daughter product from the radio-active decay of tellurium, and therefore a certain fraction of iodine exhibits the transport characteristics of tellurium.

A considerable effort has been expended in the area of radioiodine chemistry in the last few years, primarily focusing on the behavior of radiciodine following its release from the fuel in severe light water reactor accidents and its transport in reactor containment build-ings.3,4,5 The accident sequence itself determines the behavior of radioiodine to a large extent. For example, in reactor accidents in j l

which the core remains ' covered, the iodine may transport as a soluble ion. In accidents in which the core is uncovered and high core tempera-ture (>1000 C) conditions exist, the iodine will be present as atoms or molecules, and will react with other vapora to form atomic or molecular ,

species. The chemical behavior of ion.tr.d iodine in water is quite j different from that of iodine molecular r atomic form. ;

i There is relatively little experimental data available on the high l temperature vapor phase chemistry of iodine and tellurium to aid in the j determination of the predominant species that would be airborne during i an accident. Kinetic data on rates of reactions of the various species l are also somewhat limited. The typical approach is to determine the ;

composition of the gas phase at equilibrium, i.e., when all reactions l have gone to completion. Since reaction rates in a high temperature gas j l

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are typically rapid, this approach does not cause significant errora.

However, as the temperature is lowered. reactions become slower, and take longer to reach equilibrium.

This report addresses the observed long term behavioe of radiolodine in specificlocationsintheTMI-2AuxiliaryandFuelHandlingBuildings, and provides data on the behavior of 13 1 at relr.tively low tempera-0 tures, (50 - 85 F) and non-equilibrium conditions, since the building ventilation systems were in operation. This report also discusses the observed effect of changes in the daily concentration of radiolodine due to diurnal temperature cycles, and establishes a numerical relationship l between radiolodine concentration and ambient temperature. l l

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2. OBJECTIVES AND METHOD OF APPROACH 2.1 Objectives The objectives of this effort were to determine:

1. it' a direct correlation exists between measured 131g airborne concentrations in the TMI-2 Auxiliary and Fuel Handling Buildings and outside ambient temperature, and

2. if so, determine those correlations, taking into consideration those plant conditions which might effect the radioiodine con- l centrations.

2.2 Method of Approach The approach taken to reach the stated objectives was broken down into four major tasks, described below:

l l Task 1. Collect and plot the diurnal temperature data from the on-l site meteorological tower at TMI.

l Note: the in-plant recordings of temperature were reviewed for diurnal response, and it was determined that the in-plant recorders were apparently not working properly; all atmo-l spheric recorder pens showed the same con-stant temperature, which did not vary with elevation, known heat loads in the vicinity, time of day, or time of year. j i

Task 2. Using the airborne radiciodine measurement data collected at TMI-2 during the period April-July,1979, plot the data from sampling locations taken from the three floor level elevations as a function of concentration versus time of day, using a cubic spline to interpolate between data points,.

Task 3. Identify any plant operations that may have had an adverse ef f ect on the measurement data, i.e., attempt to separate identifiable " bad data".

Task 4. Fit the iodine concentration data to linear or polynomial functions of temperature, using a method of least squares.

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2.3 DISCUSSION It' was determined during the review of the data that samples taken

before approximately vi middle of May from the identified sample loca-tions were sporadic and not clearly identified as to location. Similar-ly, some sample data from'the 305' and 328' elevations' f rom the Fuel Handling Building were too. sparse and infrequently counted to provide meaningful data points for purposes of this study Accordingly, these.

sample locations were omitted from additional consideration.

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3. MEASUREMENT DATA 3.1 Sampling Locations Radiolodine samples were collected over the period April thtough July, 1979 f rom three elevations of the TMi-2 Auxiliary and Fuel Handling Buldlings (AFHB). However, during the month of April and the first part of May, sample locations were not uniformly recorded on the data streets i and are therefore not included in this report. l Beginning about the middle of May, designated sample locations were identified on each of the three elevations of the AFHB, and contin'tous air samplers were installed within the designated area. The samplers were periodically moved within the area to provide data for particular work evolutions, but were never removed from their designated area. The j samplers were placed in access corridors, thereby providing some infor- 1 mation about the ventilation flow in the buildings, and particularly the l ventilation flow between elevations. 1 The locations where the samplers were operated are identified in Figures 1, 2, and 3 for the 281 f t, 305 f t, and 328 f t elevations, respectively.

A brief description of each of the locations is given below.

1 3.1.1 Location #1 - 281' el. l Sample location #1 on the 283' elevation of the Auxiliary- Building was j the area between the access covers to the decay heat vault. The primary source of airborne activity in this location was most likely from liquid leaks from the level indicator on Reector Coolant Bleed Tank B, located in the cubicle'whose door is located near position #1 in Figure 1. While the cubicle is ventilated directly, the potential existed for liquid and gases to migrate into the area covered by this monitor via the doorway.

Another potential airborne pathway to this location was down the open stairwell at the south end of the building. Since the ventilation sys-tems at TMI-2 were never, balanced according to design, it is difficult to define definite absolute airborne pathways.

3.1.2 Location #2 - 281' el.

Sample location #2 on 'the 281' elevation was the area along a relatively heavily shielded access corridor across from the reactor coolant makeup pumps, and down the corridor from the seal injection filters. The valve room between the seal injection filters and the Reactor Building was a source of fresh primary coolant leakage during a portion of the period covered by the data in this report.

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i 3.1.3 Location #3 281' el.

Sample location #3 on the 281' elevation was the area near a mounted radiation monitoring instrument, in order to compare area radiation levels with quantifiable airborne samples. There is a large opening to the 305' elevation near this location, as shown in Figure 2.

3.1.4 Location #4 281' el .

This location was the area near a roll-up door between the Auxiliary and Fuel Handling Buildings. It is not known whether this door was opened during the period of sample collection or whether it was closed. In any event, it was not an airtight opening.

3.1.5 Location #5 281' el .

The sampler at location #5 was placed between the decay heat closed cooling water pumps, to aid in the detection of any leakage in the area in the event that the decay heat system should be placed in service.

3.1.6 Location #6 281' e l .

The sampler at location #6 was put into service approximately May 31st, to monitor airborne levels near a doorway between the Fuel Handling Building and the Reactor Building annulus area. This coincided with decontamination efforts in the annulus area.

3.1.7 Location #7 281' e l .

This sampler was placed in service a few days af ter the sampler in j location #6, to monitor airborne levels in the annulus area during decontamination work, and to check for airborne pathways from the Fuel Handling Dullding.

3.1.8 Location #1 305' el .

Sample location #1 on the 305' elevation of the Auxiliary Building was the area near the radwaste control panel, which was an area requiring frequent access in order to move liquid waste from one tank to another, and to transfer radwaste to post-accident cleanup systems. This is a fairly open area of the building, and is also located near the open hatch between the 281' and the 305' elevations.

9 l

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3.1.9 Location #2 305' el.

Sample location #2 on the 305' elevation was the area located nent radiation area monitor HP-R-232, to provide quantitative airborne data to radiation level readings. Airflow direction is unknown in this area due to the fact that there are numerous penetrations through the wa l is and floors in this section of the biallding.

I 3.1.10 Location #3 305' el.

Location #3 was defined as the area along the center access corridor on the 305' elevation. The walls along this corridor do not extend all the way to the 328' elevation, and is essentially an open area filled with piping and electrical cables. Most of the potentially radioactive piping is shielded, however.

3.1.11 Location #4 305' el.

Location 64 on the 305' elevation was the area placed near the seal return cooler cubicle. The sampler was used to monitor any potential leakage from the seal injection system. It also served to monitor air-borne levels during periodic sampling of the Reactor Building atmosphere from HP-R-227, which is located near this sampler, as shown in Figure 2.

3.1.12 Location #5 305' el.

The location of the sampler was near the open stairway at the south end of the building to provide airborne contamination data at the point of entry to the more heavily contaminated 281' elevation. This location was also at the doorway between the Service Building and tne Auxiliary Building.

3.1.13 1ocation #1 328' cl. ,

Sample location #1 on the 328' elevation was defined as the open corri- I dor from the stairway at the south end of the building to the 5 th column north. T1.e location circled as "#1" in Figure 3 was the location most frequently sampled.

3.1.14 Location #2 328' el.

Location #2 on the 328' elevation was the area located within the "ven-tilation room", i.e., the area enclosed by concrete walls shown in the center of Figure 3. This room contains the building ventilation exhaust units, and is the area where the charcoal absorber units are located.

10 l

l

This sampler was used to provide data on airborne levels of contaminat- j ion in an area not requiring frequent access. The ambient temperature in this room wao somewhat higher than that in the rest of the building due to the operation of the electric motors on the exhaust units.

3.1.15 Location #3 328' el.

The area defined as location #3 on the 328' elevation included the entire north end of the building, but the sampler was located the major- ,

ity of the time in the location shown in Figure 3. This location was in

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the immedlete vicinity of the ventilation system radiation monitoring j cabinets, and provided data on background levels of radiation which j might have influenced the radiation monitors, j l

3.1.16 Location #4 328' el.

Sample location #4 on the 328' elevation was the area near the stack vent sampling cabinet, HP-R-219, an area requiring f requent access .;

during the accident. The area is open to the Reactor Building annulus i area, and it is possible that ventilation flow existed from the 281' and 305' elevations of the Puel Handling Building to this sample location.

3.1.17 Location #5 328' el.

The Sampler for location #5 on the 328' elevation was not put .into service until June 2, and was physically located near the hydrogen control exhaust unit. The hydrogen control system was designed to pro-vide a low volume Reactor Building purge capab1]ity, but was not put ;

into service until July, 1980, during the purge r.f the krypton gas from the Reactor Building. Data from this location was not of suf ficient duration to be meaningful.

3.2 Effect of Plant Operations on Sample Data ~_

The first few days f ollowing the accident were characterized by the movement of large volumes of water from the reactor coolant system to the Auxiliary Building via the makeup and letdown systems. This effort was a feed and bleed operation in an attempt to degas the primary system. The gas was released through the gas vent header to the waste _

gas decay tanks. Af ter March 30, the decay tanks were vented back into the reactor building to prevent additional releases to the environment.

The vent header was known to leak, and there were gaseous releases from the plant each time it was used. In any event, the makeup and letdown _

system was the primary source of radiciodine transport into the Auxill-ary Building.

13

On the morning of March 28, the Auxiliary Building Sump overflowed, and water backed up through the floor drains and onto the floor of the 281' elevatior. of the Auxiliary Building. However, this event occurred before there was core damage, and the activity of the water was therefore relatively low. As the actJdent evolved, the Auxiliary Building oump was a source of airborne activity, since it was open to the building venti-lation system.

On April 24 the charcoal absorbers were changed in the A crain of the Fuel Handling Building exhaust system, and these in the B train of the Auxiliary Building exhaust system were changed on April 25. On May 1, 1979, the supplementary Auxiliary Building filtration smem was put into operation, which altered the ventilation flow rates in the build-ing. The supplemental ventilation system exhausted from th. roof of the Auxiliary Building instead of the plant stack. It was 9buerved that backflow down the plant *: tack was occurring, and the plant stack was capped on or about May 20.

1 Between May 17 and 19 some highly contaminated water was spilled onto the floor in the Auxiliary Building on the 328' elevaticn near the core flood makeup tanks, identified in Figure 3.

During the entire sampling period, the Auxiliary and Fuel Handling Buildings were being decontaminated and systems were being installed to handle the highly contasir.aicd water. In addition, samples of the Reac-tor Building atmosphere ar.4 pr.imary coolant liquid samples were being taken, which provided the opportunity for fresh airborne contamination.

In spite of all of these operations, the airborne level of 1311 remained fairly constant, and there is no one particular event that is clearly recognizable as causing an increase in airborne contamination. However, about June 21, 22, and 23, there was a prominent step change in the 131 1 concentrations measured on the 281' elevation, location 1; 305' eleva-tion, locations 1 and 3, and 328' elevation, locations 1 and 4. A smaller step change was also observed on June 12 and 13, but was shorter in duration. The reasons for these changes are unknown, but are most likely attributable to decontamination efforts.

3.3 Temperature Data Hourly average temperature recordings were made at the on-uite meteor-ological tower located at the north end of the island. " Hourly average" in this case is actually the average temperature over two readings, taken 7.5 minutes bef ore the hour and 7.5 minutes af ter the hour. There were a few periods during which the instrument was not working properly, and no temperature recording was made. The longest section of missing data occurred on June 17, and was 20 hours2.314815e-4 days 0.00556 hours 3.306878e-5 weeks 7.61e-6 months in duration. This period of' missing data did not impact the overal 1 objective and conclusions of this report.

12 l

1 1

The hoprly temperatures recorded for the months of May, June and July are given in Tables A.1 A.2, and A.3 of Appendix A, respectively.

Monthly plots of the temperature data are shown in Figures 4, 5, and 6, I respectively, so that the reader may see the broad trend of temperature variations as well as the diurnal temperature changes. Smaller plots of the temperature are shown within individual sample location data in ,

order to better detail the relationship of changes in 131I concentration I

with temperature.

It is recognized that outside ambient temperature may differ from speci-fic temperatures inside the plant due to local heat sources such as ,

pumps and motors. However, since the building ventilation systems kept j the Auxiliary and Fuel Handling Buildings (AFHB) under negative pres- j sure, the makeup air was supplied f rom outside air via the air intake tunnel. One would expect to see some lag in the response of inside temperature due to the thermal capacitance of the concrete in the build-ing, and the sample data f or 131 I does show a lag of 2 to 4 hours4.62963e-5 days 0.00111 hours 6.613757e-6 weeks 1.522e-6 months , depending on the location.

3.4 REDUCTION OF DATA i

The data f rom the sample locatione discussed in Section 3.1 are con-tained in Appendix B, and summarize the 131 1 data by location and eleva-tion. The data in Appendix B have not been corrected for decay.

The measurement data was reviewed for consistency with' data collected from the atmospheric radiation monitoring systems. Both sets of data demonstrated an airborne concentration that decreased with an approxi-mate 8 day half-life, which suggest that there was either a fresh, constant and continuous leak of radiolodine into the building during the entire measurement period, or that the resuspensjon rate was much less than the decay rate.

A comparison of the release rate of xenon, the daughter product of iodine, sheds some light in this direction. Almost all of the xenon release occurred with'in the first few days of the accident 2. In con-trast, the release rate of radiolodine remained nearly uniform (correct-ing for decay) over the first month. This observation led other investi-gators of the TMI-2 accident to conclude that most of the 131 1 released to the ventilation system from May through August had been deposited earlier on interior surfaces 6, To aid in the identification of potential periods in which a correlation might exist, and to establish the sample data on an identical scale with the recorded temperature data, the raw sample data was fitted to a cubic spline function, and hourly concentrations of 131 1 were computed by interpolation. The interpolation routines were handled by the Newton-Coates formulas and a cubic spline algorithm as developed by Forsythe 7 13

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l The Newton-Coates formulas are a family of integration formulas based on passing polynomials of various degree through equally spaced data points j and evaluating the integral of the interpolating polynomial. The rec- )

tangular rule, the trapezoidal rule, and Simpson's Rule are the first three members of the Newton-Coates family, representing interpolating polynomials of degree zero, one, and two, respectively. Spline formulas are typically used to interpolate values between discrete data points. l Cubic polynomials are evaluated by restricting the cubic equation to be I continuous at each data point, to have continuous first and second derivatives at each data point, and to satisfy an imposed end condition.

I A spline fit is an algorithm which is used to estimate a function I

between data points. A cubic spline fits a cubic polynomial between ;

point with continuous first and second derivatives. The cubic spline is )

often used in curve fitting and interpolation routines and can also be l used as quadrature r outine in numerical integration.

l The distribution functions as a function of time were used to compute the coefficients B, C, and D in the following equation:

S(x) = 1/1 + Bi (x - xi) + Ci (x - xi)2 + Dg(x - x2)

Following this spline fitting procedure, the data were then plotted as a function of time on the same scale as the temperature. The spline fit-ting routine has a tendency to overshoot and undershoot the actual data point when the data are widely separated. This f eature of the spline function served as an aid to determine periods in which the data points were sufficiently close together to indicate periods of possible corre-lation.

Figures 7 and 8131 demonstrate this technique. These figures are plots of temperature and I concentration as a function of time for the months )

of May and June, respectively, at different locations. The 131 I data i have been corrected for decay to 3/28/79 and divided through by 10-6 to obtain compatible scaling. The actual sample data points are shown on these figures to illustrate t'ne approach used, j i

The period 5/21 to 5/23 in Figure 7 shows data points closely grouped, '

indicating the shape 6f the curve during this period, and the spline provides a reasonably good fit. On the other hand, the data points between 5/23 and 5/25 demonstrate the behavior of the spline in a period where the spline fit is not really appropriate, i.e., the data points show a general linearly increasing trend. Note also that the temperature ,

change during this period was less than 10 0F. '

During the period 5/25 - 5/30, the daily temperature swings increased, and the data points are f airly well represented by the spline curve.

Also note that there is a 2 - 3 hour3.472222e-5 days 8.333333e-4 hours 4.960317e-6 weeks 1.1415e-6 months (or greater) difference between peak daily temperature and peak daily lodine concentration. This may be due to the fact that internal temperature in the Auxiliary Building on l j

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thermal capacitance of the structure, i.e., the walls required a time period to reach a higher temperature due to the heat transfer coef fi-cient between the atmosphere and the concrete surface.

Figure 8 is a plot of 131 1 concentration and daily temperature as a function of time. Actual sample data is indicated as shown. This parti-cular location has data points relatively close together, and is well represented by the spline curve fit for the period 6/01 to 6/14, 3.5 RESULTS AND CONCLUSIONS Concentrations of 131 1 and temperature for all of the sample locations were plotted as a function of time using this spline fitting procedure. '

These plots are contained in Appendix C, and are shown with a vertical grid to facilitate correlation with temperature. ,

Figure 9 is an example of such a time period with data points sufficient to define a correlation with temperature, and covers the period 6/07 through 6/10 for location 2 on the 328' elevation.

Figure 10 is a plot of the first derivatives of the curves shown in Figure 9. The sinusoidal curves identified as dTEMP/dTIME and dCONC/dTIME are the rate of change of temperature with time and the rate of change of airborne radiciodine with time, respectively. The shape of.

this curve clearly identifies the relationship between iodine concentra-tion and temperature as a linear function. The curve identified as !

dCONC/dTEMF is displaced upward in the figure for clarity, and is simply i the rate of change of radiolodine with respect to temperature. The spikes in the curve occur at the points of deflection of the sinusoidal curves.

Nine time periods were selected to plot radiciodine concentration as a !.l

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f unction of temperature. This was accomplished by sorting the data. in i order of increasing temperature to see the general trend in radiofodine behavior. These plots are shown in Figures 11 through 19, and the slope of the line drawn through the points is indicative of the mathematical l relationship between radiolodine concentration and temperature. The l apparent " scatter" in the data is due to the f act that these plots do j not consider the rate of change in concentration, such as in Figure 10.

Figures 11 through 19 identify the equation for the curve fit through the line shown in the figure. It can readily be seen that temperature l has a considerable influence on lodine concentration; e.g., a temperat-I ure change of 18 0F may result in an lodine change of approximately 65%.

Not al1 of the locations sampled demonstrated this significant a change, however. Figures 11 through 19 show the spread in the observed behavior of lodine as a function of temperature.

In conclusion, this study has shown that a relationship exists between temperature and radiciodine concentration. Specifically, the rate of l

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REFERENCES

1. M. Rogovin. Three Mile Island - A Repori. To The Commissioners And To The Public. NUREG/CR-1250, Jan.1080

2. Assessment of Offsite Radiation Doses From Three Mile Island Unit 2 Accident, TDR-TMI-116 Rev 0, July, 1979

3. E.C. Beahm. W.E. Shockley, 0.L. Culberson, Organic Iodide Formation Following Nuclear Reactor Accidents, Oak Ridge National Laboratory, NUREG/CR-4327. April 1985

4. M.F. Albert, The Absorption of Gaseous Iodine by Water Droplets, Oak Ridge National Laboratory, NUREG/CR-4081. June, 1985

5. E.C. Beahm, W.E. Shockley, C.F. Weber, S.J. Wisbey, Y.M. Wang, Chemistry and Transport of Iodine in Containment, Oak Ridge National Laboratory, NUREG/CR-4697, Feb., 1986

6. J.E. Cline, e t a l , 131 I Studies at TMI Unit 2 EPRI NP-1389, May, 1979

7. G.E. Forsythe, M.A. Malcolm, C.D. Moler, Computer Methods for Mathematical l Computations, Prentice Hall, Englewood Clif fs, New Jersey, 1977 RELATED REFERENCES

1. C. A. Pe l let ie r, P.G. Voil l eque, C.D. Thomas, J. A. Danie l . E. A.

Schlomer. J.R. Noyce, Preliminary Radioiodine Source Term and Inventory Assessment for TMI-2, GEND 028, March, 1983

2. C. A. Pell etier. C.D. Thoma s Jr R.L. Ritzman, F. Tooper, Iodine-131 Behavior During the TMI-2 Accident, Electric Power Research Institute, NSAC-30, September,1981

3. J.E. Cline. P. A. Roy, et al, Measurements of 129I and Radioactive Particulate Concentrations in the TMI-2 Containment Atmosphere During and After the Venting, GEND 009, April, 1981

4. Workshop on Iodine Releases in Reactor Accidents, Electric Power Research Institute, NSAC-14, November, 1980

5. R.J. Lemire J. Paquette, D.F. Torgerson, D.J. Wren, J. Fletcher, Assessment of Iodine Behaviour in Reactor Containment Buildings from a chemical Perspective, Atomic Energy of Canada, Limited, AECL-6812, June, 1981 33

~

6. J.T. De l l , D.O. Campbe l l , L.M. Toth, M.II. Li etzke D. A. Pa l mer, Aqueous Iodine Chemistry in LWR Accidents: Review and Assessment, Oak Ridge National Laboratory, NUREG/CR-2493. April, 1982 i

j 34 l

1 l

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t i

APPENDIX A l

If0URLY TEMPERATURE DATA i

i n

l TABLE A.1 i HOURLY TEMPERATURE RECORDED FOR MAY DATE HOUR (OF) DATE HOUR (OF) DATE HOUR ( F) 5/17/79 100 52.90 5/17/79 200 51.90 5/17/79 300 48.80 5/17/79 400 48.30 5/17/79 500 47.50 5/17/79 600 48.80 5/17/79 700 52.90 5/17/79 800 56.00 5/17/79 900 58.80 5/17/79 1000 61.80 5/17/79 1100 64.30 5/17/79 1200 65.50 5/17/79 1300 66.90 5/17/79 1400 67.50 5/17/79 1500 68.00 5/17/79 1600 68.70 5/17/79 1700 69.10 5/17/79 1800 68.60 5/17/79 1900 66.80 5/17/79 2000 61.80 5/17/79 2100 57.10 5/17/79 2200 55.20 5/17/79 2300 53.90 5/17/79 2400 52.50 5/18/79 100 51.00 5/18/79 200 50.70 5/18/79 300 50.40 5/18/79 400 49.50 5/18/79 500 50.50 5/18/79 600 49.60 5/18/79 700 54.90 5/18/79 800 59.10 5/18/79 900 63.70 5/18/79 1000 65.70 5/18/79 1100 67.30 5/18/79 1200 69.10 3 5/18/79 1300 69.20 5/18/79 1400 65.20 5/18/79 1500 63.70 I 5/18/79 1600 60.60 5/18/79 1700 60.30 5/18/79 1800 60.30 I 5/18/79 1900 59.30 5/18/79 2000 59.10 5/18/79 2100 59.90 5/18/79 2200 60.70 5/18/79 2300 60.30 5/18/79 2400 59.60 5/19/79 100. 59.20 5/19/79 200 59.10 5/19/79 300 59.40 5/19/79 400 59.60 5/19/79 500 59.40 5/19/79 600 59.10 5/19/79 700 59.20 5/19/79 800 60.30 5/19/79 900 60.70 !

5/19/79 1000 61.20 5/19/79 1100 62.60 5/19/79 1200 64.50 )

6/19/79 1300 65.50 5/19/79 1400 66.90 5/19/79 1500 66.10 5/19/79 1600 66.60 5/19/79 1700 66.80 5/19/79 1800 64.50 5/19/79 1900 62.40 5/19/79 2000 61.00 5/19/79 2100 59.90 5/19/79 2200 59.80 5/19/79 2300 59.60 5/19/79 2400 59.30 I 5/20/79 100 59.10 5/20/79 200 58.30 5/20/79 300 58.30 5/20/79 400 57.80 5/20/79 500 57.30 5/20/79 600 57.40 I 5/20/79 700 58.30 5/20/79 800 59.30 5/20/79 900 59.80 I I

5/20/79 2000 61.30 5/20/79 1100 63.10 5/20/79 1200 64.70 5/20/79 1300 66.60 5/20/79 1400 68.60 5/20/79 1500 69.90 5/20/79 1600 69.60 5/20/79 1700 69.70 5/20/79 1800 69.30 5/20/79 1900 67.70 5/20/79 2000 64.20 5/20/79 2100 62.70 5/20/79 2200 60.80 5/20/79 2300 60.20 5/20/79 2400 0.00 5/2'/79 100 58.00 5/21/79 200 57.00 5/21/79 300 57.50 5/21/79 400 56.50 5/21/79 500 57.10 5/21/79 600 58.30 5/21/79 700 59.90 5/21/79 800 62.10 5/21/79 900 63.40 5/21/79 1000 65.10 5/21/79 1100 64.80 5/21/79 1200 63.90 5/21/79 1300 83.80 5/21/79 1400 65.10 5/21/79 1500 65.00 5/21/79 1600 63.40 5/21/79 1700 64.20 5/21/79 1800 64.50 5/21/79 1900 64.60 5/21/79 2000 63.90 5/21/79 2100 63.30 5/21/79 2200 63.40 5/21/79 2300 63.70 5/21/79 2400 63.50 5/22/79 100 62.60 5/22/79 200 62.30 5/22/79 300 59.70 5/22/79 400 57.70 5/22/79 500 55.20 5/22/79 600 55.60 5/22/79 700 56.30 5/22/79 800 57.10 5/22/79 900 58.80 5/22/79 1000 61.10 5/22/79 1100 62.90 5/22/79 1200 64.40 5/22/79 1300 66.20 5/22/79 1400 67.30 5/22/79 1500 68.10 5/22/79 1600 69.50 5/22/79 1700 70.10 5/22/79 1800 69.30 A-3

TABLE A.1 (Continued)

HOURLY TEMPERATURE RECORDED FOR MAY DATE HOUR (OF) DATE HOUR (OF) DATE HOUR (OF) 5/22/79 1900 66.30 5/22/79 2000 62.70 5/22/79 2100 60.90 5/22/79 2200 60,10 5/22/79 2300 59.70 5/22/79 2400 59.60 5/23/79 100 59.60 5/23/79 200 60.10 5/23/79 300 59.10 5/23/79 400 59.70 5/23/79 500 59.90 5/23/79 600 60.70 5/23/79 700 61.10 5/23/79 800 61.20 5/23/79 900 62.80 5/23/79 1000 64.10 5/23/79 1100 64.90 5/23/79 1200 63.10 5/23/79 1300 63.70 5/23/79 1400 65.50 5/23/79 1500 65.60 5/23/79 1600 66.00 5/23/79 1700 64.70 5/23/79 1800 64.10 5/23/79 1900 63.80 5/23/79 2000 63.10 5/23/79 2100 62.70 5/23/79 2200 62.30 5/23/79 2300 61.40 5/23/79 2400 61.20 5/24/79 100 61.00 5/24/79 200 61.30 5/24/79 300 62.60 5/24/79 400 62.40 5/24/79 500 62.30 5/24/79 600 63.80 5/24/79 700 65.80 5/24/79 800 68.10 5/24/79 900 68.00 5/24/79 1000 71.10 5/24/79 1100 69.70 5/24/79 1200 60.80 5/24/79 1300 64.50 5/24/79 1400 65.80 5/24/79 1500 66.70 j 5/24/79 1600 64.90 5/24/79 1700 64.60 5/24/79 1800 64.40 ,

5/24/79 1900 63.70 5/24/79 2000 63.20 5/24/79 2100 62.90 I 5/24/79 2200 62.40 5/24/79 2300 61.30 5/24/79 2400 59.20 5/25/79 100 59.00 5/25/79 200 59.00 5/25/79 300 58.60 5/25/79 400 58.70 5/25/79 500 57.80 5/25/79 600 57.10 5/25/79 700 57.60 5/25/79 800 58.30 5/25/79 900 59.70 5/25/79 1000 60.60 5/25/79 1100 61.40 5/25/79 1200 62.00 5/25/79 1300 62.70 5/25/79 1400 66.50 5/25/79 1500 63.10 5/25/79 1600 56.50 5/25/79 1700 59.10 5/25/79 1800 59.50 5/25/79 1900 58.10 5/25/79 2000 56.90 5/25/79 2100 51.40 5/25/79 2200 51.00 5/25/79 2300 50.50 5/25/79 2400 49.60 5/26/79 100 49.30 5/26/79 200 50.30 5/26/79 300 49.80 5/26/79 400 50.50 5/26/79 500 49.70 5/26/79 600 49.90 5/26/79 700 50.60 5/26/79 800 51.40 5/26/79 900 53.00 5/26/79 1000 53.00 5/26/79 1100 53.20 5/26/79 1200 55.70 5/26/79 1300 56.40 5/26/79 1400 56.20 5/26/79 1500 58.10 5/26/79 1600 56.50 5/26/79 1700 56.00 5/26/79 1800 55.40 5/26/79 1900 54.70 5/26/79 2000 53.40 5/26/79 2100 52.30 5/26/79 2200 51.60 5/26/79 2300 50.60 5/26/79 2400 50.50 5/27/79 100 50.40 5/27/79 200 50.00 5/27/79 300 ed.70 5/27/79 400 48.50 5/27/79 500 47.60 5/27/79 600 49.50 5/27/79 700 50.10 5/27/79 800 50.10 5/27/79 900 51.20 5/27/79 1000 54.60 5/27/79 1100 56.40 5/27/79 1200 58.60 5/27/79 1300 58.60 5/27/79 1400 62.60 5/27/79 1500 66.70 l 5/27/79 1600 67.00 5/27/79 1700 67.30 5/27/79 1800 67.10 j 5/27/79 1900 59.00 5/27/79 2000 58.00 5/27/79 2100 56.90 5/27/79 2200 56.60 5/27/79 2300 56.00 5/27/79 2400 55.80 k 5/28/79 100 54.70 5/28/79 200 52.50 5/28/79 300 50.50 l

5/28/79 400 50.70 5/28/79 500 50.90 5/28/79 600 51.00 5/28/79 700 50.80 5/28/79 800 53.30 5/28/79 000 54.60 5/28/79 1000 56.00 5/28/79 1100 57.10 5/28/79 1200 60.20

)

A-4 i

)

1 I

l TABLE A.1 (Continued)

)

i HOURLY TEMPERATURE RECORDED FOR MAY 4 DATE HOUR (OF) DATE HOUR (OF) DATE HOUR (OF) )

5/28/79 1300 64.80 5/28/79 1400 66.20 5/28/79 1500 60.70 5/28/79 1600 53.80 5/28/79 1700 55.40 5/28/79 1800 56.00 '

5/28/79 1900 55.30 5/28/79 2000 54.40 5/28/79 2100 54.20 5/28/79 2200 53.70 5/28/79 2300 54.00 5/28/79 2400 53.90 i 5/29/79 100 54.30 5/29/79 200 53.10 5/29/79 300 53.70 0 5/29/79 400 52.80 5/29/79 500 52.30 5/29/79 600 51.10 5/29/79 700 51.60 5/29/79 800 53.70 5/29/79 900 56.10 5/29/79 1000 61.00 5/29/79 1100 64.20 5/29/79 1200 65.40 5/29/79 1300 63.90 5/29/79 1400 67.50 5/29/79 1500 66.50 5/29/79 1600 65.50 5/29/79 1700 67.10 5/29/79 1800 66.00 l 5/29/79 1900 63.50 5/29/79 2000 62.80 5/29/79 2100 59.60 5/29/79 2200 61.60 5/29/79 2300 58.80 5/29/79 2400 57.20 5/30/79 100 55.80 5/30/79 200 54.60 5/30/79 300 53.90 5/30/79 400 54.10 5/30/79 500 53.80 5/30/79 600 54.70 5/30/79 700 57.20 5/30/79 800 60.40 5/30/79 900 62.90 5/30/79 1000 66.00 5/30/79 1100 67.50 5/30/79 1200 68.00 5/30/79 1300 70.40 5/30/79 1400 71.20 5/30/79 1500 71.90 5/30/79 1600 73.50 5/30/79 1700 72.90 5/30/79 1800 70.50 5/30/79 1900 65.10 5/30/79 2000 63.10 5/30/79 2100 62.20 5/30/79 2200 63.20 5/30/79 2300 61.70 5/30/79 2400 60.40 5/31/79 100 60.20 5/31/79 200 59.40 5/31/79 300 58.30 5/31/79 400 57.90 5/31/79 500 57.00 5/31/79 600 57.60 5/31/79 700 58.60 5/31/79 800 61.10 5/31/79 900 61.90 5/31/79 1000 63.90 5/31/79 1100 65.60 5/31/79 1200 67.00 I 5/31/79 1300 ,69.20 5/31/79 1400 70.20 5/31/79 1500 71.40 5/31/79 1600 71.80 5/31/79 1700 72.00 5/31/79 1800 70.00 5/31/79 1900 67.60 5/31/79 2000 66.00 5/01/79 2100 65.90 5/31/79 2200 65.10 5/31/79 2300 65.00 5/31/79 2400 64.90 I

l A-5

i TABLE A.2 HOURLY TEMPERATURE RECORDED FOR JUNE DATE HOUR ("F) DATE HOUR (OF1 DATE HOUR (UF) 6/ 1/79 100 64.40 6/ 1/79 200 65.00 6/ 1/79 300 65.70 I

6/ 1/79 400 65.50 6/ 1/79 500 66.20 6/ 1/79 600 65.70 6/ 1/79 700 66.50 6/ 1/79 800 67.60 6/ 1/79 900 68.70 6/ 1/79 1000 71.70 6/ 1/79 1100 73.10 6/ 1/79 1200 73.30 6/ 1/79 1300 72.20 6/ 1/79 1400 75.30 6/ 1/79 1500 74.50 6/ 1/79 1600 74.40 6/ 1/79 1700 75.00 6/ 1/79 1800 73.80 6/ 1/79 1900 72.20 6/ 1/79 2000 72.00 6/ 1/79 2100 70.50 6/ 1/79 2200 69.90 6/ 1/79 2300 69.40 6/ 1/79 2400 68.80 6/ 2/79 100 68.10 6/ 2/79 200 68.40 6/ 2/79 300 67.90 6/ 2/79 400 67.60 6/ 2/79 500 67.10 6/ 2/79 600 67.60 6/ 2/79 700 67.60 6/ 2/79 800 69.70 6/ 2/79 900 70.50 6/ 2/79 1000 72.60 6/ 2/79 1100 71.50 6/ 2/79 1200 72.90 6/ 2/79 1300 72.10 6/ 2/79 1400 72.10 6/ 2/79 1500 72.80 6/ 2/79 1600 73.20 6/ 2/79 1700 73.40 6/ 2/79 1800 72.50 6/ 2/79 1900 71.10 6/ 2/79 2000 70.20 6/ 2/79 2100 69.00 6/ 2/70 2200 67.50 6/ 2/79 2300 67.20 6/ 2/79 2400 67.00 6/ 3/79 100 66.80 6/ 3/79 200 66.30 6/ 3/79 300 67.10 6/ 3/79 400 65.70 6/ 3/79 500 65.30 6/ 3/79 600 65.30 6/ 3/79 700 66.60 6/ 3/79 800 67.30 6/ 3/79 900 68.30 6/ 3/79 1000 69.60 6/ 3/79 1100 70.00 6/ 3/79 1200 70.60 6/ 3/79 1300 68.30 6/ 3/79 1400 64.20 6/ 3/79 1500 60.60 6/ 3/79 1800 61.00 l

6/ 3/79 1600 60.10 6/ 3/79 1700 60.90 6/ 3/79 1900 61.20 6/ 3/79 2000 60.50 6/ 3/79 2100 60.60 6/ 3/79 2200 65.00 6/ 3/79 2300 60.30 6/ 3/79 2400 60.40 6/ 4/79 100 60.70 6/ 4/79 200 60.70 6/ 4/79 300 60.60 6/ 4/79 400 60.30 6/ 4/79 500 59.90 6/ 4/79 600 60.40 6/ 4/79 700 61.40 6/ 4/79 800 64.00 6/ 4/79 900 65.00 6/ 4/79 1000 67.10 6/ 4/79 1100 69.10 6/ 4/79 1200 70.60 6/ 4/79 1300 72.70 6/ 4/79 1400 74.00 6/ 4/79 1500 74.70 6/ 4/79 1600 75.10 6/ 4/79 1700 74.50 6/ 4/79 1800 73.30 6/ 4/79 1900 71.80 6/ 4/79 2000 69.00 6/ 4/79 2100 65.90 6/ 4/79 2200 63.10 6/ 4/79 2300 63.00 6/ 4/79 2400 62.00 6/ 5/79 100 65.00 6/ 5/79 200 60.30 6/ 5/79 300 58.90 6/ 5/79 400 59.40 6/ 5/79 500 58.20 6/ 5/79 600 59.40 6/ 5/79 700 59.00 6/ 5/79 800 59.40 6/ 5/79 900 61.40 l

6/ 5/79 1000 NA 6/ 5/79 1100 NA 6/ 5/79 1200 NA l

6/ 5/79 1300 NA 6/ 5/79 1400 NA 6/ 5/79 1500 71.20 6/ 5/79 1600 74.60 6/ 5/79 1700 75.50 6/ 5/79 1800 74.70 6/ 5/79 1900 72.90 6/ 5/79 2000 71.10 6/ 5/79 2100 69.00 6/ 5/79 2200 67.60 6/ 5/79 2300 67.40 6/ 5/79 2400 66.40 6/ 6/79 100 65.50 6/ 6/79 200 64.70 6/ 6/79 300 63.30 6/ 6/79 400 62.40 6/ 6/79 500 62.20 6/ 6/79 600 62.20 6/ 6/79 700 64.70 6/ 6/79 800 67.70 6/ 6/79 900 69.20 6/ 6/79 1000 70.10 6/ 6/79 1100 70.60 6/ 6/79 1200 71.70 6/ 6/79 1300 71.40 6/ 6/79 1400 71.90 6/ 6/79 1500 71.90 6/ 6/79 1600 72.70 6/ 6/79 1700 72.90 6/ 6/79 1800 73.40 A-6

TABLE A.2 (Continued)

Il0URLY TEMPERATURE RECORDED FOR JUNE DATE 0 I!OUR J FJ DATE 110UR (OF) DATE HOUR (OF) 6/ 6/79 1900 72.10 6/ 6/79 2000 69.40 6/ 6/79 2100 67.60 6/ 6/79 2200 66.30 6/ 6/79 2300 66.40 6/ 6/79 2400 64.70 6/ 7/79 100 64.40 6/ 7/79 200 63.30 6/ 7/79 300 63.00 !

6/ 7/79 400 63.00 6/ 7/79 500 61.90 6/ 7/79 600 62.70 6/ 7/79 700 62.90 6/ 7/79 800 64.50 6/ 7/79 900 66.00 I 6/ 7/79 1000 67.40 6/ 7/79 1100 69.30 6/ 7/79 1200 71.90 6/ 7/79 1300 75.30 6/ 7/79 1400 78.00 6/ 7/79 1500 78.60 6/ 7/79 1600 81.60 6/ 7/79 1700 81.80 6/ 7/79 1800 80.80 l 6/ 7/79 1900 79.10 6/ 7/79 2000 76.10 6/ 7/79 2100 73.60 6/ 7/79 2200 72.50 6/ 7/79 2300 70.80 6/ 7/79 2400 69.70 6/ 8/79 100 68.90 6/ 8/79 200 68.40 6/ 8/79 300 67.90 6/ 8/79 400 67.20 6/ 8/79 500 67.20 6/ 8/79 600 68.40 6/ 8/79 700 70.60 6/ 8/79 800 73.10 6/ 8/79 900 75.90 6/ 8/79 1000 77.60 6/ 8/79 1100 78.00 6/ 8/79 1200 79.60 6/ 8/79 1300 81.00 6/ 8/79 1400 82.00 6/ 8/79 1500 81.90 6/ 8/79 1600 80.90 6/ 8/79 1700 80.90 6/ 8/79 1800 79.50 6/ 8/79 1900 78.10 6/ 8/79 2000 75.20 6/ 8/79 2100 74.70 6/ 8/79 2200 74.20 6/ 8/79 2300 73.30 6/ 8/79 2400 72.90 6/ 9/79 100 72.40 6/ 9/79 200 71.90 6/ 9/79 300 71.80 6/ 9/79 400 71.40 6/ 9/79 500 77.20 6/ 9/79 600 69.60 6/ 9/79 700 71.60 6/ 9/79 800 73.50 6/ 9/79 900 74.50 6/ 9/79 1000 75.30 6/ 9/79 1100 76.00 6/ 9/79 1200 77.20 6/ 9/79 1300 79.20 6/ 9/79 1400 80.80 6/ 9/79 1500 81.30 6/ 9/79 1600 81.80 6/ 9/79 1700 82.80 6/ 9/79 1800 80.80 6/ 9/79 1900 79.00 6/ 9/79 2000 77.30 6/ 9/79 2100 75.20 6/ 9/79 2200 73.90 6/ 9/79 2300 73.20 6/ 9/79 2400 71.40 6/10/79 100 70.40 G/10/79 200 69.20 6/10/79 300 68.40 6/10/79 400 67.80 6/10/79 500 68.50 6/10/79 600 69.70 6/10/79 700 70,30 6/10/79 800 71.40 6/10/79 900 72.30 6/10/79 1000 73.60 6/10/79 1100 74.80 6/10/79 1200 76.40 6/20/79 1300 78.30 6/10/79 1400 75.30 6/10/79 1500. 75.40 6/10/79 1600 74.90 6/10/79 1700 79.00 6/10/79 1800 78.90 6/10/79 1900 77.70 6/10/79 2000 76.60 6/10/79 2100 75.40 6/10/79 2200 74.30 6/10/79 2300 73.00 6/10/79 2400 72.10 6/11/79 100 69.00 6/11/79 200 69.30 6/11/79 300 69.90 6/11/79 400 69.90 6/11/79 500 65.10 6/11/79 600 63.00 6/11/79 700 62.20 6/11/79 800 61.10 6/11/79 900 60.00 I 6/11/79 1000 57.40 6/11/79 1100 60.60 6/11/79 1200 63.40 1 6/11/79 1300 64.50 6/11/79 1400 59.90 6/11/79 1500 64.60 6/11/79 1609 64.70 6/11/79 1700 65.30 6/11/79 1800 65.00 6/11/79 1900 63.50 6/11/79 2000 60.50 6/11/79 2100 59t40 6/11/79 2200 58.80 6/11/79 2300 58.60 6/11/79 2400 58.70 !

6/12/79 100 57.70 6/12/79 200 55.00 6/12/79 300 53.50 6/12/79 400 52.50 6/12/79 500 49.90 6/12/79 600 51.50 6/12/79 700 54.00 6/12/79 800 56.80 6/12/79 900 58.70 6/12/79 1000 60.20 6/12/79 1100 61.40 6/12/79 1200 63.40 A-7

1 1

l TABLE A.2 (Continued) {

HOURLY TEMPERATURE RECORDED FOR JUNE i

DATE HOUR (OF) DATE HOUR (OF) DATE HOUR (OF) 6/12/79 1300 65.10 6/12/79 1400 66.50 6/12/79 1500 67.40 l 6/12/79 1600 67.90 6/12/79 1700 66.80 6/12/79 1800 67.00 ]

6/12/79 1900 65.30 6/12/79 2000 63.00 6/12/79 2100 59.60 j 6/12/79 2200 57.60 6/12/79 2300 56.60 6/12/79 2400 56.80 6/13/79 100 56.80 6/13/79 200 50.50 6/13/70 300 51.50 6/13/79 400 49.70 6/13/79 500 46.70 6/13/79 600 49.80 6/13/79 700 54.90 6/13/79 800 59.20 6/13/79 900 61.60 6/13/79 1000 64.20 6/13/79 1100 64.70 6/13/79 1200 65.70 6/13/79 1300 67.30 6/13/79 1400 68.10 6/13/79 1500 68.70 6/13/79 1600 69.20 6/13/79 1700 68.50 6/13/79 1800 68.50 6/13/79 1900 67.70 6/13/79 2000 62.30 6/13/79 2100 58.30 6/13/79 2200 55.10 6/13/79 2300 53.00 6/13/79 2400 52.00 6/14/79 100 51.00 6/14/79 200 49.40 6/14/79 300 48.90 6/14/79 400 48.50 6/14/79 500 46.90 6/14/79 600 49.50 6/14/79 700 54.70 6/14/79 800 59.10 6/14/79 900 63.10 j l

6/14/79 1000 67.40 6/14/79 1100 70.70 6/14/79 1200 72.30 6/14/79 1300 73.70 6/14/79 1400 74.30 6/14/79 1500 75.00 l 6/14/79 1600 75.60 6/14/79 1700 75.80 6/14/79 1800 75.20 6/14/79 1900 73.30 6/14/79 2000 70.30 6/14/79 2100 67.70 l 6/14/79 2200 65.20 6/14/79 2300 63.90 6/14/79 2400 62.90 6/15/79 100 60.90 6/15/79 200 59.50 6/15/79 300 57.30 ,

6/15/79 400 57.60 6/15/79 500 55.50 6/15/79 600 57.70 6/15/79 700 61.30 6/15/79 800 64.10 6/15/79 900 67.30 6/15/79 1000 71.40 6/15/79 1100 74.00 6/15/79 1200 76.80 l 6/15/79 1300 79.20 6/15/79 1400 81.20 6/15/79 1500 81.50 l 6/15/79 1600 82.30 6/15/79 1700 82.20 6/15/79 1800 81.00 6/15/79 1900 78.60 6/15/79 2000 76.20 6/15/79 2100 73.80 6/15/79 2200 72.60 6/15/79 2300 70.40 6/15/79 2400 68.50 6/16/79 100 67.20 6/16/79 200 66.40 6/16/79 300 64.70 6/16/79 400 62.40 6/16/79 500 61.20 6/16/79 600 63.20 6/16/79 700 65.80 6/16/79 800 67.60 6/16/79 900 69.70

)

6/16/79 1000 74.40 6/16/79 1100 76.80 6/16/79 1200 79.40 6/16/79 1300 82.20 6/16/79 1400 82.90 6/16/79 1500 82.10 6/10/79 1600 81.80 6/16/79 1700 79.70 6/16/79 1800 78.40 i 6/16/79 1900 76.50 6/16/79 2000 73.00 6/16/79 2100 70.10 6/16/79 2200 70.20 6/16/79 2300 68.10 6/16/19 2400 67.30 6/17/79 100 65.10 6/17/79 200 64.40 6/17/79 300 64.30 6/17/79 600 NA 6/17/79 400 NA 6/17/79 500 NA 6/17/79 700 NA 6/17/79 800 NA 6/17/79 900 NA 6/17/79 1000 NA 6/17/79 1100 NA 6/17/79 1200 NA 6/17/79 1300 NA 6/17/79 1400 NA 6/17/79 1500 NA 6/17/79 1600 NA 6/17/79 1700 NA 6/17/79 1800 NA 6/17/79 1900 NA 6/17/79 2000 NA 6/17/79 2100 NA 6/17/79 2200 NA 6/17/79 2300 NA 6/17/79 2400 66.20 6/18/79 100 65.30 6/18/79 200 65.30 6/18/79 300 65.30 6/18/79 400 64.60 6/18/79 500 64.30 E/18/79 600 64.80 A-8 1

TABLE A.2 (Continued)

HOURLY TEMPERATURE RECORDED FOR JUNE DATE HOUR (OF) DATE HOUR (OF) DATE HOUR (OF) 6/18/79 700 66.90 6/18/79 800 70.30 6/18/79 900 73.90 6/18/79 1000 75.50 6/18/79 1100 75.40 6/18/79 1200 76.00 6/18/79 1300 78.00 6/18/79 1400 76.50 6/18/79 1500 77.10 6/18/79 1600 76.90 6/18/79 1700 75.90 6/18/79 1800 73.30 6/18/79 1900 70.60 6/18/79 2000 67.10 6/18/7B 2100 65.10 6/18/79 2200 63.40 6/18/79 2300 63.30 6/18/79 2400 61.70 6/19/79 100 61.10 6/19/79 200 59.70 6/19/79 300 59.40 l 6/19/79 400 59.80 6/19/79 500 58.80 6/19/79 600 60.00 6/19/79 700 62.10 6/19/79 800 64.40 6/19/79 900 66.00 6/19/79 1000 68.30 6/19/79 1100 70.50 6/19/79 1200 72.00 6/19/79 1300 74.10 6/19/79 1400 75.10 6/19/79 1500 76.80 .

6/19/79 1600 NA 6/19/79 1700 76.40 6/19/79 1800 75.60 l 6/19/79 1900 73.30 6/19/79 2000 70.20 6/19/79 2100 65.00 6/19/79 2200 65.30 6/19/79 2300 63.20 6/19/79 2400 62.10 6/20/79 100 62.60 6/20/79 200 63.30 6/20/79 300 60.90 6/20/79 400 59.10 6/20/79 500 58.00 6/20/79 600 59.00 6/20/79 700 62.40 6/20/79 800 64.90 6/20/79 900 67.20 l 6/20/79 1000 68.90 6/20/79 1100 72.10 6/20/79 1200 74.00 l 6/20/79 1300 74.40 6/20/79 1400 75.20 6/20/79 1500 76.00 1 6/20/79 1600 76.60 6/20/79 1700 76.20 6/20/79 1800 75.20 6/20/79 1900 73.60 6/20/79 2000 70.90 6/20/79 2100 68.80 6/20/79 2200 66.80 6/20/79 2300 65.90 6/20/79 2400 64.40 6/21/79 100 62.90 6/21/79 200 60.90 6/21/79 300 62.60 6/21/79 400 61.50 6/21/79 500 61.00 6/21/79 600 60.70 I 6/21/79 700 64.10 6/21/79 800 67.50 6/21/79 900 70.40 6/21/79 1000 71.80 6/21/79 1100 70.80 6/21/79 1200 69.80 '

6/21/79 1300 69.40 6/21/79 1400 69.70 6/21/79 1500 69.00 6/21/79 1600 67.70 6/21/79 1700 67.00 6/21/79 1800 65.40 6/21/79 1900 64.60 6/21/79 2000 63.90 6/21/79 2100 62.90 6/21/79 2200 61.70 6/21/79 2300 61.00 6/21/79 2400 60.50 6/22/79 100 59.90 6/22/79 200 59.90 6/22/79 300 59.70 6/22/79 400 59.80 6/22/79 500 59.90 6/22/79 600 60.10 6/22/79 700 60.00 6/22/79 800 60.80 6/22/79 900 61.50 6/22/79 1000 62.30 6/22/79 1100 64.80 6/22/79 1200 68.70 6/22/79 1300 71.10 6/22/79 1400 76.80 6/22/79 1500 77.60 6/22/79 1600 80.50 6/22/79 1700 80.50 6/22/79 1800 77.60 6/22/79 1900 74.80 6/22/79 2000 73.30 6/22/79 2100 69.50 6/22/79 2200 67.70 6/22/70 2300 65.20 6/22/79 2400 64.00 6/23/79 100 63.30 6/23/79 200 63.00 6/23/79 300 60.30 6/23/79 400 60.00 6/23/79 500 59.90 6/23/79 600 62.30

, 6/23/79 700 64.70 6/23/79 800 67.80 6/23/79 900 70.30 6/23/79 1000 75.30 6/23/79 1100 76.20 6/23/79 1200 78.40 6/23/79 1300 80.60 6/23/79 1400 82.30 6/23/79 1500 82.20 6/23/79 1600 81.60 6/23/79 1700 78.50 6/23/79 1800 76.40 6/23/79 1900 74.50 6/23/79 2000 71.80 6/23/79 2100 69.40 6/23/79 2200 67.60 6/23/79 2300 65.60 6/23/79 2400 63.80 A-9

TABLE A.2 (Continued)

HOURLY TEMPERATURE RECORDED FOR JUNE 0 DATE HOUR (OF) DATE DATE HOUR 1 F) HOUR (OPL 6/24/79 100 62.00 6/24/79 200 60.70 6/24/79 300 57 80 6/24/79 400 56.10 6/24/79 500 55.60 6/24/79 600 56.90 6/24/79 700 56.30 6/24/79 800 56.60 6/24/79 900 56.40 6/24/79 1000 56.20 6/24/79 1100 56.80 6/24/79 1200 58.80 6/24/79 1300 59.60 6/24/79 1400 59.50 6/24/79 1500 59.20 6/24/79 1600 61.90 6/24/79 1700 61.40 6/24/79 1800 02.10 6/24/79 1900 61.70 6/24/79 2000 59.20 6/24/79 2100 55.60 6/24/79 2200 55.10 6/24/79 2300 55.00 6/24/79 2400 54 40 6/25/79 100 53.50 6/25/79 200 52.90 6/25/79 300 52.20 6/25/79 400 49.30 6/25/79 500 49.70 6/25/79 600 52.30 6/25/79 700 56.20 6/25/79 800 59.10 6/25/79 900 61.10 6/25/79 1000 63.50 6/25/79 1100 65.40 6/25/79 1200 66.50 6/25/79 1300 68.50 6/25/79 1400 69.60 6/25/79 1500 71.00 6/25/79 1600 71.60 6/25/79 1700 -71.90 6/25/79 1800 70.90 l 6/25/79 1900 69.00 6/25/79 2000 66.90 6/25/79 2100 61.40 6/25/79 2200 58.70 6/25/79 2300 58.00 6/25/79 2400 54.40 6/26/79 100 52.90 6/26/79 200 50.70 6/26/79 300 50.90 6/26/79 400 50.30 6/26/79 500 50.50 6/26/79 600 51.60 6/26/79 700 55.80 6/26/79 800 60.10 6/26/79 900 64.30 6/26/79 1000 68.10 6/26/79 1100 70.70 6/26/79 1200 71.20 6/26/79 1300 73.80 6/26/79 1400 74.10 6/26/79 1500 74.10 6/26/79 1600 74.70 6/26/79 1700 74.20 6/26/79 1800 73.10 6/26/79 1900 70.50 6/26/79 2000 68.00 6/26/79 2100 66.30 6/26/79 2200 62.50 6/26/79 2300 60,10 6/26/79 2400 59.50 6/27/79 100 60.00 6/27/79 200 57.40 6/27/79 300 56.60 6/27/79 400 56.90 6/27/79 500 55.50 6/27/79 600 57.20 6/27/79 700 59.70 6/27/79 800 62.00 6/27/79 900 65.60 6/27/79 1000 67.80 6/27/79 1100 69.60 6/27/79 1200 70.80 6/27/79 1300 72.90 6/27/79 1400 73.80 6/27/79 1500 74.60 6/27/79 1600 74.70 6/07/79 1700 74.60 6/27/79 1800 73.50 l 6/27/79 1900 71.40 6/27/79 2000 68.60 6/27/79 2100 66.70 6/27/79 2200 65.10 6/27/79 2300 62.20 6/27/79 2400 60.00 6/28/79 100 58.10 6/28/79 200 57.20 6/28/79 300 56.10 l 6/28/79 400 56.40 6/28/79 500 55.90 6/28/79 600 57.10 6/28/79 700 60.10 6/28/79 800 C4.00 6/28/79 900 67.30 l 6/28/79 1000 69.30 6/28/79 1100 72.30 6/28/79 1200 75.50 l

6/28/79 1300 60.30 6/28/79 1400 71.10 6/28/79 1500 74.30 6/28/79 1600 74.00 6/28/79 1700 71.60 6/28/79 1800 70.00- {

6/28/79 1900 69.40 6/28/79 2000 67.50 6/28/79 2100 65.70 6/28/79 2200 65.10 6/28/79 2300 63.20 6/28/79 2400 62.20 6/29/79 100 59.60 6/29/79 200 58.30 6/29/79 300 58.00 6/29/79 400 57.00 6/29/79 500 56.40 6/29/79 600 57.50 6/29/79 700 58.90 6/29/79 F50 63.10 6/29/79 900 65.40 6/29/79 1000 66.90 6/29/79 1100 68.30 6/29/79 1200 70.40 ,

6/29/79 1300 72.80 6/29/79 1400 74.60 6/29/79 1500 76.80 4 6/29/79 1600 78.00 6/29/79 1700 77.30 6/29/79 1800 76.00

^

l '

A-10 l'

I

-e

I TABLE A.2 (Continued)

HOURLY TEMPERATURE RECORDED FOR JUNE DATE HOUR (OF) DATE- HOUR (OF) DATE HOUR (OF) 6/29/79 1900 71.80 6/29/79 2000 70.40 6/29/79 2100 68.30 6/29/79 2200 64.50 6/29/79 2300 64.40 6/29/79 2400 64.70 6/30/79 100 65.00 6/30/79 200 64.80 6/30/79 300 64.70 6/30/79 400 64.90 6/30/79 500 65.60 6/30/79 600 66.00-6/30/79- 700 67.70 6/30/79 800 68.80 6/30/79 900 .70.50 6/30/79 2000 71.90 '6/30/79 1100 74.30 6/30/79 1200 75.70-6/30/79 1300. 77.30 6/30/79 1400 78.70 6/30/79 1500 78.50 6/30/79 1600 78.80 6/30/79 1700 76.30 6/30/79 1800 '74.20 6/30/79 1900 71.00 6/30/79 2000 69.80 6/30/79 2100 67.10 6/30/79 2200 66.30 6/30/79 2300 64.40 6/30/79 2400 64.10 l

4 NA : NOT AVAILABLE I i

l l

A-11

TABLE A.3 HOURLY TEMPERATURE RECORTrED FOR JULY DATE HOUR f0F) DATE HOUR (OF) DATE HOUR (OF) 7/ 1/79 100 63.70 7/ 1/79 200 62.90 7/ 1/79 300 63.40 7/ 1/79 400 63.90 7/ 1/79 500 63.30 7/ 1/79 600 63.40 7/ 1/79 700 65.60 7/ 1/79 800 65.20 7/ 1/79 900 67.40 7/ 1/79 1000 70.20 7/ 1/79 1100 71.40 7/ 1/79 1200 72.90 7/ 1/79 1300 75.00 7/ 1/79 1400 76.30 7/ 1/79 1500 77.70 7/ 1/79 1600 63.50 7/ 1/79 1700 63.30 7/ 1/79 1800 63.90 7/ 1/79 1900 64.10 7/ 1/79 2000 63.90 7/ 1/79 2100 62.90 7/ 1/79 2200 62.40 7/ 1/79 2300 62.20 7/ 1/79 2400 62.10 7/ 2/79 100 62.00 7/ 2/79 200 61.90 7/ 2/79 300 62.20

, 7/ 2/79 400 62.50 7/ 2/79 500 62.70 7/ 2/79 600 63.40 7/ 2/79 700 65.00 7/ 2/79 800 66.20 7/ 2/79 900 68.80 7/ 2/79 1000 69.80 7/ 2/79 1100 69.90 7/ 2/79 1200 70.70 7/ 2/79 1300 73.60 7/ 2/79 1400 72.90 7/ 2/79 1500 72.60 7/ 2/79 1600 72.70 7/ 2/79 1700 70.10 7/ 2/79 1800 68.90 7/ 2/79 1900 67.70 7/ 2/79 2000 67.50 7/ 2/79 2100 66.60 7/ 2/79 2200 65.50 7/ 2/79 2300 66.70 7/ 2/79 2400 66.50 7/ 3/79 100 64.90 7/ 3/79 200 65.00 7/ 3/79 300 64.10 7/ 3/79 400 63.00 7/ 3/79 500 63.60 7/ 3/79 600 64.50 7/ 3/79 700 66.90 7/ 3/79 800 69.00 7/ 3/79 900 70.70 7/ 3/79 1000 73.10 7/ 3/79 1100 74.90 7/ 3/79 1200 75.60 7/ 3/79 1300 76.90 7/ 3/79 1400 76.90 7/ 3/79 1500 78.30 7/ 3/79 1600 78.20 7/ 3/79 1700 78.40 7/ 3/79 1800 76.50 7/ 3/79 1900 75.30 7/ 3/79 2000 72.30 7/ 3/79 2100 71.00 7/ 3/79 2200 68.70 7/ 3/79 2300 68.00 7/ 3/79 2400 66.70 7/ 4/79 100 64.50 7/ 4/79 200 61.30 7/ 4/79 300 58.90 7/ 4/79 400 58.50 7/ 4/79 500 56.50 7/ 4/79 600 57.70 7/ 4/79 700 59.40 7/ 4/79 800 60.30 7/ 4/79 900 62.30 7/ 4/79 1000 61.40 7/ 4/79 1100 58.50 7/ 4/79 1200 57.60 l 7/ 4/79 1300 58.00 7/ 4/79 1400 58.50 7/ 4/79 1500 58.30 l 7/ 4/79 1600 57.50 7/ 4/79 1700 57.00 7/ 4/79 1800 57.00

, 7/ 4/79 1900 57.40 7/ 4/79 2000 56.30 7/ 4/79 2100 55.50 l l 7/ 4/79 2200 55.10 7/ 4/79 2300 54.90 7/ 4/79 2400 55.30 7/ 5/79 100 54.70 7/ 5/79 200 55.20 7/ 5/79 300 55.00 7/ 5/79 400 55.80 7/ 5/79 500 55.10 7/ 5/79 600 56.90 1 1

7/ 5/79 700 59.10 7/ 5/79 800 59.70 7/ 5/79 900 60.30 7/ 5/79 1000 61.90 7/ 5/79 1100 61.20 7/ 5/79 1200 63.60 7/ 5/79 1300 63.50 7/ 5/79 1400 65.30 7/ 5/79 1500 65.70 .

7/ 5/79 1600 65.70 7/ 5/79 1700 63.70 7/ 5/79 1800 R3.40 l 7/ 5/79 1900 62.00 7/ 5/79 2000 60.50 7/ 5/79 2100 60.00 7/ 5/79 2200 58.40 7/ 5/79 2300 55.90 7/ 5/79 2400 53.90-7/ 6/79 100 52.30 7/ 6/79 200 51.90 7/ 6/79 300 52.10 7/ 6/79 400 52.20 7/ 6/79 500 51.60 7/ 6/79 600 55.20

'l/ 6/79 700 60.00 7/ 6/79 800 61.10 7/ 6/79 900 65.00 7/ 6/79 1000 67.90 7/ 6/79 1100 69.60 7/ 6/79 1200 70.50 l 7/ 6/79 1300 71.20 7/ 6/79 1400 72.10 7/ 6/79 1500 72.60 7/ 6/79 1600 73.40 7/ 6/79 1700 73.50 7/ 6/79 1800 71.30 A-12

i 1

4 TABLE A.3 (Continued)

HOURLY TEMPERATURE RECORDED FOR JULY I

DATE HOUR ( F) DATE HOUR (OF) DATE HOUR (OFl_

7/ 6/79 1900 71.30 7/ 6/79 2000 66.20 7/ 6/79 2100 63.90 7/ 6/79 2200 62.20 7/ 6/79 2300 57.70 7/ 6/79 2400 56.40 7/ 7/79 100 55.40 7/ 7/79 200 56.70 7/ 7/79 300 56.40 7/ 7/79 400 53.90 7/ 7/79 500 53.60 7/ 7/79 600 55.00 7/ 7/79 700 59.70 7/ 7/79 800 65.00 7/ 7/79 900 67.60 7/ 7/79 1000 69.90 7/ 7/79 1100 72.50 7/ 7/79 1200 74.00 7/ 7/79 1300 75.70 7/ 7/79 1400 76.10 7/ 7/79 1500 75.80 7/ 7/79 1600 74.30 7/ 7/79 1700 76.20 7/ 7/79 1800 74.90 7/ 7/79 1900 73.00 7/ 7/79 2000 68.60 7/ 7/79 2100 65.10 7/ 7/79 2200 61.40 7/ 7/79 2300 59.80 7/ 7/79 2400 58.70 I 7/ 8/79 100 57.40 7/ 8/79 700 56.70 7/ 8/79 300 55.50 7/ 8/79 400 54.40 7/ 8/79 500 53.90 7/ 8/79 600 55.70 l 7/ 8/79 700 60.00 7/ 8/79 800 63.70 7/ 8/79 900 67.70 r 7/ 8/79 1000 71.80 7/ 8/79 1100 75.60 7/ 8/79 1200 77.30 '

7/ 8/79 1300 77.80 7/ 8/79 1400 78.90 7/ 8/79 1500 79.30 7/ 8/79 1600 79.40 7/ 8/79 1700 79.40 7/ 8/79 1800 78.10 7/ 8/79 1900 76.20 7/ 8/79 2000 73.60 7/ 8/79 2100 72.10 7/ 8/79 2200 69.90 7/ 8/79 2300 65.00 7/ 8/79 2400 62.80 !

7/ 9/79 100 62.60 7/ 9/79 200 64.30 7/ 9/79 300 64.40 7/ 9/79 400 61.20 7/ 9/79 500 59.60 7/ 9/79 600 59.10 7/ 9/79 700 63.20 7/ 9/79 800 67.40 7/ 9/79 900 69.90 7/ 9/79 1000 72.60 7/ 9/79 1100 75.50 7/ 9/79 1200 78.40 7/ 9/79 1300 78.80 7/ 9/79 1400 80.00 7/ 9/79 1500 80.20 7/ 9/79 1600 80.70 7/ 9/79 1700 79.60 7/ 9/79 1800 78.50 7/ 9/79 1900 76.20 7/ 9/79 2000 73.90 7/ 9/79 2100 71.90 7/ 9/79 2200 70.00 7/ 9/79 2300 68.10 7/ 9/79 2400 67.20 7/10/79 100 68.10 7/10/79 200 65.40 7/10/79 300 64.30 7/10/79 400 64.30 7/10/79 500 64.80 7/10/79 600 64.60 7/10/79 700 63.80 7/10/79 800 65.30 7/10/79 900 68.30 7/10/79 1000 69.30 7/10/79 1100 71.50 7/10/79 1200 73.40 7/10/79 1300 73.10 7/10/79 1400 69.90 7/10/79 1500 70.80 7/10/79 1600 73.70 7/10/79 1700 71.50 7/10/79 1800 70.00 7/10/79 1900 68.40 7/10/79 2000 68.60 7/10/79 2100. 69.20 j 7/10/79 2200 69.10 7/10/79 2300 68.00 7/10/79 2400 66.50 l 7/11/79 100 65.80 7/11/79 200 65.50 7/11/79 300 64.80 !

7/11/79 400 63.90 7/11/79 500 63.80 7/11/79 600 64.80 7/11/79 700 66.10 7/11/79 800 67.70 7/11/79 900 69.10 7/11/79 1000 70.70 7/11/79 1100 73.50 7/11/79 1200 75.40 7/11/79 1300 77.40 7/11/79 1400 78.30 7/11/79 1500 79.00 l 7/11/79 1800 79.50 7/11/79 1700 79.40 7/11/79 1800 78.80 1 7/11/79 1900 77.50 7/11/79 2000 75.40 7/11/79 2100 73.70 ;

7/11/79 2200 72.60 7/11/79 2300 71.10 7/11/79 2400 69.20 7/12/79 100 69.00 )

7/12/79 200 68.80 7/12/79 300 69.70 i 7/12/79 400 68.90 7/12/79 500 67.90 7/12/79 600 69.50 7/12/79 700 70.60 7/12/79 800 72.90 7/12/79 900 74.40 7/12/79 1000 79.10 7/12/79 1100 82.20 7/12/79 1200 84.60 i

A-13

/

_ _ _ . _ _ _ . _ _ _ _ . _ _ _ _ _ _ __.m____-- -

TAHl.H A.3 (Cont.inued)

Il0URLY TEMPERATURE RECORDED FOR JULY DATE HOUR (OPl DATE HOUR (OF) DATE HOUR (OP) l 7/12/79 1300 86.10 7/12/79 1400 86.20 7/12/79 1500 86.30 7/12/79 1600 86.30 7/12/79 1700 84.70 7/12/79 1800 83.80 l 7/12/79 1900 82.40 7/12/79 2000 78.40 7/12/79 2100 76.70 7/12/79 2200 74.60 7/12/79 2300 73.70 7/12/79 2400 71.80 ;

7/13/79 100 70.60 7/13/79 200 70.40 7/13/79 300 69.20 '

l 7/13/79 400 68.30 7/13/79 500 67.90 7/13/79 600 68.00 7/13/79 700 71.50 7/13/79 800 74.70 7/13/79 900 78.40 7/13/79 1000 82.00 7/13/79 1100 84.90 7/13/79 1200 86.60 7/13/79 1300 87.40 7/13/79 1400 88.70 7/13/79 1500 89.10 7/13/79 1600 88.20 7/13/79 1700 86.90 7/13/79 1800 77.70 j 7/13/79 1900 76.60 7/13/79 2000 75.60 7/13/79 2100 74.80 1 7/13/79 2200 74.20 7/13/79 2300 72.80 7/13/79 2400' 72.90 7/14/79 100 72.40 7/14/79 200 72.20 7/14/79 300 72.40 7/14/79 400 72.30 7/14/79 500 72.40 7/14/79 600 72.80 7/14/79 700 74.20 7/14/79 800 74.80 7/14/79 900 75.70 l 7/14/79 1000 78.40 7/14/79 1100 80.70 7/14/79 1200 82.70 7/14/79 1300 84.70 7/14/79 1400 85.70 7/14/79 1500 86.50 7/14/79 1600 86.20 7/14/79 1700 74.20 7/14/79 1800 71.70 7/14/79 1900 72.20 7/14/79 2000 71.60 7/14/79 2100 71.30 7/14/79 2200 70.70 7/14/79 2300 69.70 7/14/79 2400 69.10 7/15/79 100 69.60 7/15/79 200 68.50 7/15/79 300 68.50 7/15/79 400 67.50 7/15/79 500 69.30 7/15/79 600 66.50 7/15/79 700 67.50 7/15/79 800 69.30 7/15/79 900 72.20 7/15/79 1000 74.00 7/15/79 1100 75.00 7/15/79 1200 77.50 7/15/79 1300 79.60 7/15/79 1400 81.20 7/15/79 1500 83.90 7/15/79 1600 84.00 7/15/79 1700 83.90 7/15/79 1800 83.20 7/15/79 1900 81.40 7/15/79 2000 78.50 7/15/79 2100 76.80 7/15/79 2200 75.10 7/15/79 2300 74.90 7/15/79 2400 74.40 7/16/79 100 75.60 7/16/79 200 74.00 7/16/79 300 73.90 7/16/79 400 73.80 7/16/79 500 73.40 7/16/79 600 73.90 7/16/79 700 74.30 7/16/79 800 0.00 7/16/79 900 77.10 7/16/79 1000 78.40 7/16/79 1100 80.40 7/16/79 1200 82.30 7/16/79 1300 94.50 7/16/79 1400 85.20 7/16/79 1500 85.20 7/16/79 1600 84.00 7/16/79 1700 83.00 7/16/79 1800 82.50 7/16/79 1900 80.00 7/16/79 2000 78.20 7/16/79 2100 75.90 7/16/79 2200 74.20 7/16/79 2300 71.80 7/16/79 2400 71.50 7/17/79 100 70.20 7/17/79 200 69.90 7/17/79 300 71.10 7/17/79 400 69.90 7/17/79 500 69.30 7/17/79 600 69.40 7/17/79 700 72.40 7/17/79 800 74.90 7/17/79 900 77.90 7/17/79 1000 80.40 7/17/79 1100 82.90 7/17/79 1200 84.60 7/17/79 1300 86.40 7/17/79 1400 84.80 7/17/79.1500 86.50 I 7/17/79 1600 87.10 7/17/79 1700 86.40 7/17/79 1800 85.00 j 7/17/79 1900 81.50 7/17/79 2000 80.50 7/17/79 2100 78.30 7/17/79 2200 77.00 7/17/79 2300 73.40 7/17/79 2400 73.20 !

7/18/79 100 73.70 7/18/79 200 73.80 7/18/79 300 72.00 7/18/79 400 71.30 7/18/79 500 71.30 7/18/79 600 70.30 A-14

TABLE A.3 (Continued) liOURLY TEMPERATURE RECORDED FOR JULY DATE 110UR (UF) DATE Il0UR (OF) DATE Il0UR (OF) 7/18/79 700 72.20 7/18/79 800 72.60 7/18/79 900 73.20 7/18/79 1000 74.00 7/18/79 1100 74.70 7/18/79 1200 76.40-7/18/79 1300 79.50 7/18/79 1400 80.10 7/18/79 1500 81.00 7/18/79 1600 80.50 7/18/79 1700 80.70 7/18/79 1800 80.50 7/18/79 1900 79.40 7/18/79 2000 75.30 7/18/79 2100 73.80 7/18/79 2200 71.00 7/18/79 2300 69.20 7/18/79 2400 67,70 1 7/19/79 100 67.00 7/19/79 200 65.70 7/19/79 300 65.30 7/19/79 400 64.40 7/19/79 500 64.20 7/19/79 600 65.50

. 7/19/79 700 66.40 7/19/79 800- 69.60 7/19/79 900 70.20

! 7/19/79 1000 74.40 7/19/79 1100 77.50 7/19/79 1200 79.70 7/19/79 1300 81.90 7/19/79 1400 83.30 7/19/79 1500 83.90 7/19/79 1600 83.30 7/19/79 1700 83.50 7/19/79 1800 82.00 i 7/19/79 1900 79.10 7/19/79 2000 77.50 7/19/79 2100 74.80 7/19/79 2200 72.80 7/19/79 2300 71.70 7/19/79 2400 69.00 7/20/79 100 68.'.- 7/20/79 200 68.00 7/20/79 300 67.60 7/20/79 400 67.40 7/20/79 500 67.20 7/20/79 600 67.90 !

7/20/79 700 69.70 7/20/79 800 71.30 7/20/79 900 71.80 7/20/79 1000 73.20 7/20/79 1100 75.40 7/20/79 1200 77.10 7/20/79 1300 77.00 7/20/79 1400 76.10 7/20/79 1500 73.10 7/20/79 1600 72.60 7/20/79 1700 73.50 7/20/79 1800 75.30 7/20/79 1900 74.60 7/20/79 2000 73.50 7/20/79 2100 72.50 7/20/79 2200 71.80 7/20/79 2300 71.20 7/20/79 2400 71.20 7/21/79 100 70.20 7/21/79 200 70.00 7/21/79 300 69.00 7/21/79 400 69.00 7/21/79 500 68.90 7/21/79 600 69.00 7/21/79 700 69.40 7/21/79 800 69.90 7/21/79 900 69.10 7/21/79 1000 67.20 7/21/79 1100 68.30 7/21/79 1200 70.10 7/21/79 1300 71.00 7/21/79 1400 74.90 7/21/79 1500 75.70 7/21/79 1600 76.50 7/21/79 1700 77.10 7/21/79 1800 76.90 7/21/79 1900 75.40 7/21/79 2000 73.30 7/21/79 2100 73.00 7/21/79 2200 72.00 7/21/79 2300 71.00 7/?1/79 2400 69.00 7/22/79 100 67.40 7/22/79 200 66.20 7/22/79 300 65.90 7/22/79 400 65.20 7/22/79 500 65.00 7/22/79 600 65.60 7/22/79 700 68.30 7/22/79 800 70.20 7/22/79 900 73.40 7/22/79 1000 75.70 7/22/79 1100 78.70 7/22/79 1200 80.80 7/22/79 1300 82.50 7/22/79 1400 81.70 7/22/79 1500 81.80 7/22/79 1600 82.00 7/22/79 1700 76.80 7/22/79 1800 76.60 7/22/79 1900 75.50 7/22/79 2000 73.30 7/22/79 2100 71.70 7/22/79 2200 72.20 7/22/79 2300 70.90 7/22/79 2400 70.20 7/23/79 100 70.10 7/23/79 200 69.10 7/23/79 300 68.60 7/23/79 400 68.20 7/23/79 500 68.30 7/23/79 600 69.10 7/23/79 700 71.10 7/23/79 800 72.50 7/23/79 900 74.20 7/23/79 1000 76.80 7/23/79 1100 78.20 7/23/79 1200 79.00 7/23/79 1300 79.90 7/23/79 1400 79.60 7/23/79-1500 72.90 l 7/23/79 1600 69.90 7/23/79 1700 71.30 7/23/79 1800 71.70 7/23/79 1900 71.60 7/23/79 2000 71.40 7/23/79 2100 70.30 7/23/79 2200 69.80 7/23/79 2300 69.10 7/23/79 2400 68.10 A-15

c TABLE A.3 (Continued) ,

HOURLY TEMPERATURE RECORDED FOR JULY HOUR (OF) DATE HOUR (OF) DATE HOUR (UF)

_ DATE 7/24/79 100 67.30 7/24/79 200 68.30 7/24/79 300 67.30 7/24/79 400 67.70 7/24/79 500 67.70 7/24/79 600 67.30 7/24/79 700 67.60 7/24/79 800 68.60 7/24/79 900 70.70 7/24/79 1000 72.90 7/24/79 1100 74.90 7/24/79 1200 75.50 7/24/79 1300 75.90 7/24/79 1400 79.00 7/24/79 1500 81.30 7/24/79 1600 83.10 7/24/79 1700 81.80 7/24/79 1800 81.80 7/24/79 1900 80.50 7/24/79 2000 78.10 7/24/79 2100 75.50 7/24/79 2200 75.50 7/24/79 2300 74.80 7/24/79 2400 74.60 ,

7/25/79 100 73.50 7/25/79 200 72.30 7/25/79 300 71.40 7/25/79 400 70.70 7/25/79 500 72.00 7/25/79 600 71.30 7/25/79 700 73.90 7/25/79 800 76.40 7/25/79 900 79.00 7/25/79 1300 84.90 7/25/79 1400 84.50 7/25/79 1500 84.30 7/25/79 1600 82.90 7/25/79 1700 79.60 7/25/79 1800 73.50 7/25/79 1900 74.80 7/25/79 2000 73.80 7/25/79 2100 73.00 7/25/79 2200 72.40 7/25/79 2300 72.70 7/25/79 2400 72.80 7/26/79 100 72.10 7/26/79 200 72.20 7/26/79 300 71.80 7/26/79 400 71.10 7/26/79 500 71.50 7/26/79 600 71.70 7/26/79 700 72.90 7/26/79 800 0.00 7/26/79 900 75.90 7/26/79 1000 76.90 7/26/79 1100 79.00 7/26/79 1200 79.80 7/26/79 1300 78.20 7/26/79 1400 77.70 7/26/79 1500 77.60 ,

7/26/79 1600 82.40 7/26/79 1700 82.30 7/26/79 1800 81.20 I 7/26/79 1900 77.10 7/26/79 2000 70.80 7/26/79 2100 70.60 7/26/79 2200 70.80 7/26/79 2300 70.90 7/26/79 2400 70.20 7/27/79 100 69.30 7/27/79 200 67.40 7/27/79 300 66.10 7/27/79 400 64.70 7/27/79 500 64.10 7/27/79 600 66.70 l 7/27/79 700 71.90 7/27/79 800 76.30 7/27/79 900 79.70 l 7/27/79 1000 81.70 7/27/79 1100 80.70 7/27/79 1200 77.60 1 7/27/79 1300 78.30 7/27/79 1400 79.60 7/27/79 1500 78.70 7/27/79 1600 78.50 7/27/79 1700 77.80 7/27/79 1800 76.90 7/27/79 1900 76.00 7/27/79 2000 73.50 7/27/79 2100 70.80 7/27/79 2200 69.80 7/27/79 2300 68.40 7/27/79 2400 66.40 7/28/79 100 66.70 7/28/79 200 66.70 7/28/79 300 66.50 j 7/28/79 400 65.60 7/28/79 500 65.00 7/28/79 600 65.30 l 7/28/79 700 68.40 7/28/79 800 71.30 7/28/79 900 73.90 I 7/28/79 1000 76.60 7/28/79 1100 79.10 7/28/79 1200 78.50 7/28/79 1300 77.20 7/28/79 1400 76.50 7/28/79 1500 75.50 7/28/79 1600 75.40 7/28/79 1700 76.40 7/28/79 1800 76.50 7/28/79 1900 76.00 7/28/79 2000 74.70 7/28/79 2100 73.30 7/28/79 2200 72.90 7/28/79 2300 71.80 7/28/79 2400 71.40 7/29/79 100 69.50 7/29/79 200 70.80 7/29/79 300 71.60 7/29/79 400 71.40 7/29/79 500 71.00 7/29/79 600 70.70 7/29/79 700 70.90 7/29/79 800 71.40 7/29/79 900 70.50 7/29/79 2000 70.60 7/29/79 1100 71.00 7/29/79 1200 69.10 7/29/79 1300 68.20 7/29/79 1400 69.20 7/29/79 1500 69.30 7/29/79 1600 68.60 7/29/79 1700 68.50 7/29/79 1800 68.50 7/29/79 1900 68.40 7/29/79 2000 68.40 7/29/79 2100 68.30 A-16 4

--- 3

+ i 4

TABLE A.3 (Continued)

HOURLY TEMPERATURE RECORDED FOR JULY I

J DATE HOUR (DF) DATE HOUR (OF) DATE HOUR (UF) 7/29/79 2200 68.30 7/29/79 2300 67.80 7/29/79 2400 88.10 7/30/79 100 68.00 7/30/79 200 67.40 7/30/79 300 67.40 7/30/79 400 67.70 7/30/79 500 68.80 7/30/79 600 68.20 7/30/79 700 69.00 7/30/79 800 70.50 7/30/79 900 71.40 7/30/79 2000 73.70 7/30/79 1100 75.10 7/30/79 1200 75.80 q 7/30/79 1300 77.10 7/30/79 1400 18.70 7/30/79 1500 79.10 ]

7/30/79 1600 79.90 7/30/79 1700 80.10 7/30/79 1800 79.10 7/30/79 1900 76.90 7/30/79 2000 74.40 7/30/79 2100 72.70 7/30/79 2200 71.80 7/30/79 2300 71.70 7/30/79 2400 71.40 l 7/31/79 100 70.80 7/31/79 200 69.90. 7/31/79 300 69.60 i 7/31/79 400 70.60 7/31/79 500 71.30 7/31/79 600 71.50 7/31/79 700 71.90 7/31/79 800 73.90 7/31/79 900 75.30 7/31/79 1000 77.80 7/31/79 1100 80.40 7/31/79 1200 82.40 7/31/79 1300 84.10 7/31/79 1400 85.30 7/31/79 1500 84.90

7/31/79 1600 85.60 7/31/79 1700 85.40 7/31/79 1800 84.80 7/31/79 1900 82.40 7/31/79 2000 79.40 7/31/79 2100 76.90 7/31/79 2200 76.50 7/31/79 2300 75.70 7/31/79 2400 75.20 i

i 1

1 l

A-17

1 i

i I

i l

4 l

l I

APPENDIX B 131 1' CONCENTRATION DATA l

i i

l l

l 1

l TABLE B.1 IODINE DATA FOR SAMPLE LOCATION #1.(281' ell d

DATE HOUR CONCENTRATION DATE HOUR CONCENTRATION (uci/cc) (uci/cc) 5/28/79 1954 2.600E-09 5/29/79 2030 3.170E-09 5/30/79 045 1.339E-09 5/31/79 200 2.770E-09 6/ 2/79 145 3.580E-09 6/ 2/79 2010 2.320E-09 6/ 3/79 155 1.850E-09 6/ 3/79 825 1-.890E-09 6/ 3/79 1425 9.610E-10 6/ 4/79 150 1.117E-09 6/ 4/79 1410 8.900E-10 6/-4/79 2015 2.700E-09 1 6/ 5/79 210 '2.190E-09 6/ 5/79 1210 1.000E-09 6/ 5/79 2105 1.800E-09 6/ 6/79. 207 4.800E-10 q 6/ 6/79 820 8.320E-10 6/ 6/79 1357 8.180E-10 j 6/ 7/79 330 8.300E-10 6/ 7/79 820 8.500E-10 /

6/ 7/79 2000 4.110E-09 6/ 8/79 205 1.490E-09 6/ 8/79 837 1.500E-09 6/ 8/79 843 8.570E-10 6/ 8/79 2005 1.610E-09 6/ 8/79 2005 1.960E-09 q 6/ 9/79 936 1.010E-09 6/ 9/79 1426 2.020E-09 l 6/ 9/79 2000 2.240E-09 6/10/79 210 7.460E-10 6/10/79 923 1.460E-09 6/11/79- 001 7.900E-10 6/11/79 851 6.440E 6/11/79 1440 5.810E-10 6/11/79 2010 3.390E-10 6/11/79 2010 3.600E-10 6/12/79 927 3.740E-10 6/12/79 - 955' 1.000E-09 6/13/79 1429 4.010E-10 6/13/79 2005 3.130E-10 l 6/13/79 2005 6.100E-10 6/14/79 840 1.130E-09 i 6/14/79 1501 3.050E-09 6/14/79 2000 1.450E-09 I 6/15/79 200 5.170E-10 6/15/79 1425 7.700E-09 1 6/15/79 2000 1.460E-09 6/15/79 2339 1.880E-10 .)

l 6/16/79 1107 5.340E-10 6/16/79 1533 1.160E-09. I l 6/16/79 2000 3.330E-09 6/17/79 210 2.120E-10 6/17/79 1459 1.180E 6/17/79 2005 5.780E-10 .

6/18/79 205 6.050E-10 6/18/79 844 2.500E-10 6/18/79 1428 1.000E-09 6/18/79 2005 2.460E-09 6/19/79 200 2.350E-09 6/19/79 835 2.870E q 6/19/79 1450 7.880E-10 6/19/79 2200 1.490E-09 6/20/79 225 2.770E-10 6/20/79 225 4.600E-10 6/20/79 846 2.190E-09 6/21/79 145 1.290E-09 6/21/79 145 7.540E-10 6/21/79 1405 .1.310E-09 6/21/79 2010 9.260E-10 6/21/79 2015 8.800E-10 6/22/79 841 1.220E-09 6/22/79 1424 5.800E-09 6/22/79 2300 5.710E-09 6/23/79 330 4.450E 09 6/23/79 756 2.420E-09 6/23/79 1502 7.800E-09 6/23/79 2015 1.100E-08 6/24/79 205 3.730E-09 6/25/79 2000 5.220E-09 6/25/79 2005 3.880E-09 6/26/79 915 3.020E-09 6/26/79 1456 4.180E-09 6/26/79 2025 5.750E-09 6/27/79 842 2.100E-09.

6/27/79 1443 7.200E-09 6/27/79 2015- 4.760E-09 6/28/79 220 3.62 6-09 6/28/79 934 1.770E-09 B-3

TABLE B.1 (Continued)

IODINE DATA FOR SAMPLE LOCATION #1 (281'el)

DATE HOUR CONCENTRATION DATE HOUR CONCENTRATION (uci/cc) __ (ucl/cc) 6/28/79 1428 5.400E-09 6/28/79 2000 5.420E-09 6/29/79 205 2.480E-09 6/29/79 844 3.290E-09 6/29/79 1457 3.950E-09 6/29/79 2125 4.440E-09 6/29/79 2125 2.230E-09 6/30/79 912 1.540E-09 6/30/79 2015 3.200E-09 )

7/ 1/79 808 1.560E-09 7/ 1/79 1432 3.490E-09 '

7/ 1/79 2000 4.960E-11 7/ 2/79 220 1.310E-09 7/ 2/79 220 1.000E-09 7/ 2/79 1443 2.400E-10 7/ 2/79 1955 1.900E-09 7/ 4/79 150 1.330E-09 7/ 4/79 1517 1.160E-09 7/ 5/79 2020 9.660E-09 7/ 6/79 2010 4.140E-10 7/ 7/79 2050 2.440E-09 7/ 8/79 2020 1.460E-09 7/10/79 1955 2.000E-09 i 7/12/79 055 5.180E-10 7/12/79 1210 6.920E-10 l 7/12/79 2005 1.030E-09 7/13/79 330 7.190E-10 7/13/79 1459 1.010E-09 7/13/79 2030 1.250E-09 7/14/79 1440 2.200E-09 7/14/79 2030 1.870E-09 7/15/79 2000 3.080E-10 7/16/79 240 1.130E-09 7/16/79 1503 8.950E-10 7/17/79 200 1.120E-09 7/17/79 1422 1.330E-09 7/17/79 2035 2.760E-09 7/18/79 210 2.240E-09 7/18/79 858 1.150E-09 7/18/79 1400 8.660E-10 7/18/79 2015 1.310E-09 7/19/79 330 1.130E-09 7/19/79 1406 1.650E-10 7/19/79 2045 1.070E-09 7/20/79 220 1.960E-09 7/20/79 1500 8.1505-10 7/20/79 2020 8.690E-10 7/21/79 215 2.370d-10 7/21/79 925 1.190E-10 7/21/79 1435 4.600E-12 7/22/79 1455 3.610E-10 7/23/79 814 6.620E-11 7/23/79 1425 4.300E-10 7/24/79 2030 1.200E-09 7/25/79 1456 5.730E-10 7/26/79 230 5.690E-10 7/26/79 752 3.280E-10 1 7/26/79 1400 4.490E-10 7/27/79 740 2.470E-10 l 7/27/79 1534 9.830E-10 7/28/79 223 3.000E-11 7/31/79 1245 1.050E-10 B-4

i

. TABLE B.2 "

1 IODINE DATA FOR SAMPLE LOCATION #2 (281'al)

DATE HOUR CONCENTRATION DATE HOUR CONCENTRATION (uC1/cc) (uCi/cc) 5/21/79 340 8.850E-09 5/21/79 1440 6.860E-09 5/21/79 2022 5.400E-09 5/22/79 930 1.140E 5/22/79 1435 1.580E-08 5/22/79 2145 2.070E-08 5/23/79 315 1.090E-08 5/23/79 337 7.300E-09 5/23/79 1451 3.500E-08 5/23/79 2022 3.290E-08 5/24/79 229 1.700E-08 5/24/79 908 6.720E-08 5/24/79 912 1.650E-08 5/24/79 1437 4.900E-08 5/24/79 1630 0.000E+00 5/24/79 2007 7.700E-08 5/25/79 258 6.020E-08 5/25/79 853 7.800E 5/25/79 1449 6.360E-08 5/25/79 2015 7.970E-08 5/26/79 148 3.240E-08 5/26/79 842 2.780E-08 5/26/79 1349 2.820E-08 5/26/79 1950 3.920E-08 5/27/79 151 2.170E-08 5/27/79 859 1.700E-0C 5/27/79 1958 1.380E-08 5/28/79 202 2.550E-08 5/28/79 759 7.230E-09 5/28/79 1449 1.550E-08 5/28/79 1950 2.800E-08 5/29/79 152 1.400E-08 5/29/79 2030 4.100E-08 5/30/79 240' 2.300E-08 5/31/79 819 6.640E-09 5/31/79 824 9.370E-09 5/31/79 1450 7.210E-09. 5/31/79 2020 3.660E-08 6/ 1/79 152 1.700E-08 6/ 1/79 2000 1.800E-08 6/ 2/79 115 1.400E-08 6/ 2/79 145 2.390E-08 6/ 2/79 1430 9.220E-09 6/ 2/79 2005 1.740E-08 l 6/ 3/79 150 1.390E-08 6/ 3/79 830 1.090E-08 I 6/ 3/79 1434 7.500E-09 6/ 3/79 1435 2.900E-09 6/ 4/79 150 1.400E-09 6/ 4/79 150 1.200E-09 6/ 4/79 826 2.100E-09 6/ 5/79 210 6.170E-09 6/ 5/79 830 1.500E-09 6/ 5/79 1315 2.850E-09 1 6/ 5/79 2105 9.300E-09 6/ 5/79 2205 3.500E-09 6/ 6/79 212 3.900E-09 6/ 6/79 818 2.590E-09 6/ 6/79 1357 4.240E-09 6/ 6/79 1955 9.460E-09 6/ 7/79 205 5.800E-09 6/ 7/79 811 4.900E-09 6/ 7/79 2000 3.400E-08 6/ 8/79 200 1.450E-08 6/ 8/79 841 1.450E-08 C/ 8/79 841 6.090E-09 6/ 8/79 2000 3.810E-08 6/ 9/79 933 1.780E-08 ,

6/ 9/79 1425 2.290E-08 6/ 9/79 1955 2.460E-08 l 6/10/79 210 2.710E-08 6/10/79 918 4.380E-09 6/10/79 2300 7.000E-09 6/11/79 001 7.100E-09 j 6/11/79 838 2.770E-09 6/11/79 1437 9.410E-10 6/11/79 2005 6.600E-10 6/12/79 924 3.760E-10 ,

6/12/79 1500 6.910E-10 6/12/79 2000 1.750E-09 l 6/13/79 155 1.930E-09 6/13/79 733- 4.170E-10 6/13/79 740 3.420E-09 6/13/79 1445 9.260E-10 I 6/13/79 2000 3.530E-09 6/14/79 145 6.700E-10 ;

6/14/79 838 1.350E-09 6/14/79 1459' 3.800E-09 l l

B-5 l

TABLE B.2 (Continued)

IODINE DATA FOR SAMPLE LOCATION #2 (281'el) l DATE HOUR CONCENTRATION DATE HOUR CONCENTRATION (uci/cc) (ucilec) 6/14/79 2000 7.360E-09 6/15/79 155 1.900E-09 6/15/79 200 1.210E-08 6/15/79 1415 6.640E-09 6/15/79 1955 7.690E-09 6/15/79 2000 6.230E-10 6/16/79 2000 1.050E-08 6/17/79 210 1.430E-08 6/17/79 823 1.940E-09 6/17/79 1455 1.770E-08 6/17/79 2000 2.000E-08 6/18/79 200 1.560E-08 6/18/79 839 4.380E-09 6/18/79 1431 1.100E-08 6/19/79 200 1.660E-09 6/19/79 840 1.180E-09 6/19/79 1435 3.230E-09 6/19/79 2020 7.92DE-09 6/20/79 225 5.600E-09 6/20/79 225 2.200E-09 6/20/79 1412 7.640E-09 6/20/79 2015 3.800E-09 6/21/79 200 3.920E-09 6/21/79 200 2.110E-09 6/21/79 1420 3.770E-09 6/21/79 2010 2.490E-09 6/21/79 2010 2.250E-09 6/22/79 834 2.760E-09 6/22/79 1420 6.000E-09 6/22/79 2000 7.420E-09 6/23/79 001 6.140E-09 6/23/79 759 3.980E-09 6/23/79 1645 5.740E-09 6/23/79 2020 1.200E-08 6/24/79 210 3.830E-09 6/24/79 935 1.940E-09 6/24/79 1520 1.630E-09 6/24/79 2010 3.080E-09 6/25/79 245 2.500E-09 6/25/79 829 1.580E-09 6/25/79 1430 2.800E-09 6/25/79 2010 2.700E-10 6/25/79 2010 1.730E-10 6/26/79 912 2.400E-10 6/26/79 1500 1.030E-09 6/26/79 2030 1.480E-09 6/27/79 205 2.490E-10 6/27/79 838 1.970E-10 6/27/79 1430 7.220E-10 6/27/79 2020 9.280E-10 6/28/79 220 2.030E-10 6/28/79 927 2.660E-10 6/28/79 1432 1.930E-09 6/28/79 2010 2.160E-09 6/29/79 205 2.470E-10 6/29/79 849 4.840E-10 6/29/79 1455 1.180E-09 6/29/79 2125 1.840E-09 6/30/79 315 2.640E-10 6/30/79 1456 1.000E-09 6/30/79 2015 1.430E-09 7/ 1/79 435 8.890E-11 7/ 1/79 812 1.300E-10 7/ 1/79 2005 2.280E-09 7/ 2/79 220 2.070E-12 7/ 2/79 220 2.900E-11 7/ 3/79 2010 1 '30E-10 7/ 6/79 250 2.700E-10 7/ 6/79 834 1.s00E-10 7/ 6/79 1546 2.860E-11 7/ 6/79 2010 6.620E-11 7/ 7/79 230 2.000E-11 7/ 7/79 1335 3.500E-11 7/10/79 1407 6.670E-10 7/10/79 1955 3.220E-10 7/12/79 055 2.630E-10 7/12/79 1212 1.870E-10 7/14/79 240 2.810E-10 7./17/79 205 1.202E-10 B-6

TABLE B.3 IODINE DATA FOR SAMPLE LOCATION #3 (281'el)

HOUR CONCENTRATION DATE HOUR CONCENTRATION DATE (vC1/cc) (uCi/cc) 5/17/79 2337 1.430E-07 5/18/79 547 1.560E-07 5/18/79 1525 9.080E-08 5/19/79 922 5.070E-08 5/19/79 1442 4.730E-08 5/19/79 2102 6.000E-08

' 5/20/79 242 5.030E-08 5/20/79 1048 5.570E-08 5/20/79 1500 5,750E-08 5/20/79 2145 1.620E-08 l 5/21/79 850 5.380E-08 5/21/79 1445 5.060E-08 5/21/79 2020 5.910E-08 5/22/79 225 9.000E-08 5/22/79 930 8.150E-08 5/22/79 1430 6.530E-08 5/22/79 2140 7.580E-08 5/23/79 331 5.640E-08 5/23/79 955 8.560E-08 5/23/79 1448 8.000E-08 5/23/79 2020 3.520E-08 5/24/79 227 8.200E-08 l 5/24/79 910 6.110E-08 5/24/79 1434 6.860E-08 i 5/24/79 2003 8.890E-08 5/24/79 2005 1.120E-07 5/25/79 254 4.830E-08 5/25/79 900 3.490E-08 )

5/25/79 1450 7.810E-08 5/25/79 2013 5.650E-08 5/26/79 146 5.810E-08 5/26/79 844 4.550E-08 5/26/79 1351 1.750E-08 5/26/79 1948 2.620E-08 i l

5/27/79 150 2.770E-08 5/27/79 902 2.270E-08 5/27/79 1610 4.620E-09 5/27/79 1956 8.800E-09 5/28/79 158 1.620E-08 5/28/79 802 2.050E-08 5/28/79 1454 3.050E-08 5/28/79 1955 1.620E-08 5/29/79 151 1.550E-08 5/29/79 2030 1.500E-08 5/31/79 827 1.800E-08 5/31/79 2015 1.600E-08 6/ 1/79 150 1.640E-08 6/ 1/79 755 1.140E-08 6/ 1/79 1455 1.089E-08 6/ 1/79 2055 1.160E-08 t 6/ 2/79 140 9.990E-09 6/ 2/79 925 9.770E-09 l 6/ 2/79 1431 5.790E-09 6/ 2/79 1645 4.370E-10 l 6/ 2/79 2005 8.420E-09 6/ 3/79 832 1.200E-08

6/ 3/79 2005 1.400E-08 6/ 4/79 145 8.680E-09 l 6/ 4/79 150 8.800E-09 6/ 4/79 830 1.400E-08 6/ 4/79 2000 1.520E-08 6/ 5/79 205 8.780E-09 6/ 5/79 932 2.400E-08 6/ 5/79 1313 1.370E-08 6/ 5/79 2105 1.130E-08 6/ 6/79 204 8.020E-09 6/ 6/79 823 1.600E-08 6/ 6/79 1355 1.200E-08 6/ 6/79 1950 7.720E-09 6/ 7/79 205 8.710E-09 6/ 7/79 815 1.300E-08 6/ 7/79 2006 3.300E-08 6/ 8/79 200 1.120E-08 6/ 8/79 838 1.550E-08 6/ 8/79 2000 2.140E-08 6/ 9/79 150 1.010E-09 6/ 9/79 931 2.140E-08 6/ 9/79 1955 1.400E-08 6/10/79 913 3.080E-08 6/11/79 230 3.610E-08 6/11/79 300 1.560E-09 6/11/79 835 1.770E-08 6/11/79 2006 1.600E-08 6/12/79 205 1.700E-08 6/12/79 922 8.820E-09 6/12/79 1458 6.610E-08 6/12/79 2000 2.200E-08 6/13/79 155 1.680E-08 B-7

TABLE B.3 (Continued)

IODINE DATA FOR SAMPLE LOCATION #3 (281'el)

DATE HOUR CONCENTRATION DATE HOUR CONCENTRATION (uci/cc) (uCi/cc) 6/13/79 730 1.160E-08 6/13/79 1445 2.170E-08 6/13/79 2000 2.100E-08 6/14/79 145 1.150E-08 6/14/79 200 1.550E-08 6/16/79 410 5.080E-10 6/16/79 1121 1.020E-10 6/16/79 1557 1.480E-09 6/10/79 2000 2.530E-09 6/17/79 210 4.160E-10 6/17/79 827 1.430E-09 6/17/79 1452 9.410E-09 6/17/79 2030 1.070E-08 6/17/79 2100 2.100E-08 6/18/79 200 3.290E-09 6/18/79 837 6.520E-09 6/18/79 1433 7.700E-09 6/18/79 2000 1.180E-08 6/18/79 2030 6.760E-09 6/19/79 200 9.320E-10 6/19/79 838 4.680E-09 6/19/79 1455 6.110E-09 6/19/79 2015 1.820E-08 6/20/79 200 7.360E-09 6/20/79 837 5.430E-09 6/20/79 1415 6.800E-09 6/20/79 2010 6.280E-09 6/21/79 200 6.410E-09 6/21/79 815 4.760E-09 6/21/79 1423 4.050E-09 6/21/79 2005 4.340E-09 6/21/79 2030 3.000E-10 6/22/79 825 1.210E-10 6/22/79 1416 2.130E-09 6/22/79 2005 6.770E-09 6/23/79 325 5.690E-09 6/23/79 802 1.810E-09 6/23/79 1511 7.200E-09 6/23/79 2025 7.180E-09 6/24/79 210 3.220E-09 6/24/79 828 8.590E-10 6/24/79 939 1.800E-09 6/24/79 2015 1.050E-09 6/25/79 827 7.790E-10 l

6/25/79 2010 7.820E-11 1 7/ 1/79 210 2.580E-09 7/ 1/79 816 1.620E-10 7/ 3/79 1437 2.990E-10 7/ 2/79 1450 1.000E-09 7/ 7/79 230 4.400E-11 i

l

)

l B-8

{

l l

TABLE B.4 IODINE DATA FOR SANPLE LOCATION #4 (281'el) i DATE HOUR CONCENTRATION DATE HOUR CONCENTRATION (uC1/cc) (uci/cc) 5/20/79 1040 7.600E-08 5/20/79 1455 6.900E-08 5/20/79 2215 5.100E-08 5/21/79 345 5.270E-08 )

5/21/79 852 8.900E-08 5/21/79 1442 4.730E-08 5/21/79 2018 5.140E-08 5/22/79 223 9.130E-08 5/22/79 930 8.400E-08 5/22/79 1430 1.110E-07 5/22/79 2156 8.160E-08 5/23/79 327 2.500E-08 5/23/79 1000 7.160E-08 5/23/79 2018 4.710E-08 l 5/24/79 225 6.800E-08 5/24/79 1432 9.400E-08 l 5/24/79 1958 5.500E-08 5/25/79 249 4.3803-08 l 5/25/79 1454 4.250E-08 5/25/79 2010 4.090E-08 5/26/79 846 4.410E-08 5/26/79 1354 3.230E-08 5/26/79 1945 3.160E-08 5/27/79 147 2.730E-08 5/27/79 903 2.700E-08 5/28/79 1451 1.370E-08 5/28/79 1952 2.760E-08 5/30/79 235 1.240E-08 5/31/79 827 1.390E-08 5/31/79 1441 1.340E-08 5/31/79 2015 1.170E-08 6/ 1/79 505 8.000E-09 6/ 1/79 1500 1.560E-08 6/ 1/79 1500 1.560E-08 6/ 1/79 1600 5.530E-09 6/ 1/79 2000 5.630E-09 6/ 2/79 140 8.860E-0?

6/ 2/79 921 8.560E-09 6/ 2/79 1432 2.850E-09 6/ 2/79 1650 2.260E-10 6/ 2/79 2000 7.560E-09 6/ 2/79 2100 3.800E-09 6/ 3/79 200 2.140E-09 6/ 3/79 831 1.210E-08 6/ 3/79 1429 4.300E-09 6/ 3/79 ,2000 1.100E-08 6/ 4/79 145 7.900E-09 I 6/ 4/79 300 1.100E-08 6/ 4/79 831 8.000E-09 f 6/ 4/79 2010 9.550E-09 6/ 5/79 200 9.700E-09 l

6/ 5/79 300 3.360E-09 6/ 5/79 1311 6.670E-09 6/ 5/79 2100 4.020E-09 6/ 6/79 206 8.430E-09 6/ 6/79 300 6.700E-09 6/ 6/79 1353 4.860E-09 l 6/ 6/79 1950 4.200E-09 6/ 7/79 812 5.100E-09 6/ 7/79 1155 4.440E-09 6/ 8/79 200 3.610E-09 I 6/ 8/79 836 5.400E-09 6/ 8/79 2000 3.880E-09 6/ 9/79 150 8.850E-09 6/ 9/79 928 7.640E-09 6/ 9/79 1420 6.810E-09 6/ 9/79 1955 4.830E-09 6/10/79 200 .6.970E-09 6/11/79 1433 1.380E-08 6/11/79 2100 8.660E-09 6/12/79 920 9.480E-09 6/12/79 1950 1.980E-08 6/13/79 730 9.230E-09 6/13/79 1450 1.160E-08 6/13/79 2000 1.400E-08 6/14/79 835 6.300E-09 6/14/79 1459 4.020E-09 6/14/79 2000 5.980E-09 6/15/79 150 7.700E-09 6/15/79 1420 1.610E-09 6/15/79 2000 6.980E-09 6/15/79 2100 1.620E-08 6/16/79 400 1.150E-08 6/16/79 1525 8.540E-09 6/17/79 210 1.620E-10 6/17/79 835 8.140E-09 6/17/79 1448 1.620E-08 B-9

TABLE B.4 (Continued)

IODINE DATA FOR SAMPLE LOCATION #4 (281'el)

DATE HOUR CONCENTRATION DATE HOUR CONCENTRATION (uC1/cc) (uci/cc) 6/17/79 2000 1.810E-08 6/18/79 200 1.260E-08 6/18/79 833 6.460E-09 6/18/79 1436 9.990E-09 6/18/79 2000 1.110E-08 6/19/79 200 S.4SOE-09 6/19/79 1015 3.680E-09 6/19/79 1500 4,230E-09 6/19/79 2015 1.020E-08 6/20/79 220 5.980E-09 6/20/79 320 5.000E-09 6/20/79 1531 6.020E-09 6/20/79 2005 5.240E-09 6/21/79 205 6.330E-09 6/21/79 810 5.250E-09 6/21/79 810 4.170E-09 6/21/79 1900 3.720E-09 6/21/79 2005 3.300E-09 6/22/79 820 2.820E-09 6/22/79 900 2.460E-10 6/22/79 2005 6.140E-10 6/23/79 310 5.380E-10 6/23/79 806 3.960E-10 6/23/70 807 6.400E-10 6/23/79 2025 1.190E-09 6/24/79 215 2.720E-10 6/24/79 840 1.140E-10 6/24/79 943 2.260E-10 6/24/79 2015 2.230E-10 6/25/79 255 1.480E-10 6/25/79 823 1.840E-10 6/25/79 1458 1.750E-10 6/25/79 2010 2.140E-11 6/25/79 2100 4.160E-10 6/26/79 230 8.490E-10 6/26/79 1507 2.800E-09 I 6/26/79 2035 1.870E-09 6/27/79 210 1.050E-09 6/27/79 828 1.040E-09 6/27/79 1020 2.230E-09 6/27/79 2030 1.690E-09 6/28/79 225 1.660E-09 6/28/79 922 7.800E-10 6/28/79 2010 4.260E-10 6/29/79 210 1.500E-09 6/29/79 858 2.950E-09 6/29/79 1507 1.990E-09 6/29/79 2135 3.540E-10 6/30/79 320 1.570E-09 6/30/79 904 1.350E-09 6/30/79 1445 1.470E-09 6/30/79 2020 1.580E-09 l

B-10

TABLE B.5 IODINE DATA FOR SAMPLE LOCATION #5 (281'el)

DATE HOUR CONCENTRATION DATE HOUR. CONCENTRATION (uC1/cc) (uci/cc) 5/31/79 809 2.000E-10 5/31/79. 1433 4.320E-10 5/31/79 2025 7.200E-10 6/ 1/79 155 1.240E-10 6/ 1/79 300 3.400E-10 6/ 1/79 1445 3.670E-10 6/ 5/79 215 6.900E-10 6/ 5/79 1316 9.440E-10 6/ 5/79 2110 3.920E-09 6/ 5/79 2200 5.060E-09 6/ 6/79 210 6.900E-10 6/ 6/79 300 4.770E-10 6/ 6/79 1400 2.400E-09 6/ 6/79 2000' 1.700E-09 6/-7/79 210 '1.100E-09 l 6/ 7/79 822 3.440E-10 6/ 7/79 2005 3.570E-10 6/ 8/79 205 2.040E-09 6/ 8/79 845 2.460E-10 6/ 8/79 945 1.100E-09 6/ 8/79 2005 3.020E 6/ 8/79 2100 4.000E-08 6/ 9/79 940 8.910E 6/ 9/79 1430 3.090E-10 6/ 9/79 2000- 2.440E-09 6/10/79 215 4.730E-10 6/10/79 926 8.550E-10 6/10/79 1455 6.900E-07 6/10/79 2005 3.030E-09 6/11/79 855 6.670E-10 6/11/79 1445. 4.650E-10 6/11/79 2010 5.900E-10 6/12/79 930 2.120E 6/12/79 2000 3.220E-10 6/13/79- 737' 1.740E-10 6/13/79 1422 2.710E-10 6/13/79 2005 1.150E-10 ;

6/14/79 843 3.690E-10 6/14/79 '1506 4.240E-09 6/14/79 2005 1.400E-09. 6/15/79 210 1.910E-10 6/15/79 1412 1.880E-08 6/15/79 2000 6.120E-08 6/15/79 2100 5.040E-10 -6/16/79 1111 1.750E-08 6/17/79 215 4.680E-10 6/17/79 838 1.130E-10 6/17/79 1501 7.040E-10 6/17/79 2005 1.930E-10 6/18/79 205 2.340E-10 6/18/7D 846 7.990E-11 6/18/79 1441 7.370E-10 6/18/79 2005 2.020E-09 6/19/79 205 2.070E-09 6/19/79 1015 8.160E-11 6/19/79 1505 9.590E-11 6/19/79 2020 8.390E-10 6/20/79 230 1.410E-10 6/20/79 330 8.200E-11 6/20/79 1539 9.790E-11 6/20/79 2015 1.670E-09 6/21/79 150 4.070E-11 6/21/79 830 3.820E-11 6/21/79 2015 4.000E-11 6/22/79 220 2.630E-11 6/22/79 847 2.070E-11 6/23/79 809 6.950E-11 6/24/79 220 4.460E-11 6/24/79 947 -3.600E-11 6/24/79 1539 1.700E-11 6/24/79 2015 3.250E-10 6/25/79 255 1.070E-11 B-11

l l

TABLE B.6 IODINE DATA POR SAMPLE LOCATION #6 (281'el)

DATE HOUR CONCENTRATION DATE HOUR CONCENTRATION (uCi/cc) (uC1/cc) l 1

6/ 1/79 159 1.900E-08 6/ 1/79 1500 9.030E-09 6/ 1/79 2010 9.900E-09 6/ 2/79 943 2.270E-10 l 6/ 2/79 2010 7.760E-10 6/ 2/79 2100 8.800E-09 6/ 3/79 155 5.300E-09 6/ 3/79 1450 8.200E-09 6/ 3/79 1550 6.600E-09 6/ 3/79 2015 9.400E-09 6/ 4/79 200 1.300E-08 6/ 4/79 825 1.800E-08 6/ 4/79 2020 1.330E-08 6/ 5/79 215 1.690E-08 6/ 5/79 300 1.300E-08 6/ 5/79 1317 2.412E-09 6/ 5/79 2110 1.300E-08 6/ 6/79 217 1.450E-08 6/ 6/79 1403 8.422E-09 6/ 6/79 2005 1.800E-08 6/ 7/79 210 8.400E-09 6/ 7/79 1429 7.730E-09 6/ 7/79 2005 1.304E-09 6/ 8/79 205 1.073E-08 6/ 8/79 847 1.623E-09 6/ 8/79 935 5.500E-09 6/ 8/79 2010 6.510E-09 6/ 9/79 1436 1.200E-08 6/ 9/79 2005 8.700E-09 6/11/79 2000 1.670E-08 6/11/79 2100 2.700E-08 6/12/79 932 1.950E-08 6/12/79 2000 1.290E-09 6/13/79 205 6.520E-09 6/13/79 1429 1.670E-09 6/13/79 2005 1.670E-09 6/13/79 2100 3.500E-10 6/14/79 845 2.500E-09 6/15/79 210 7.330E-09 6/15/79 1408 1.230E-09 6/15/79 2000 2.780E-09 6/15/79 2100 1.030E-09 6/16/79 1126 1.320E-Ob 6/16/79 1200 2.740E-09 6/16/79 2000 1.901E-09 6/17/79 215 9.040E-09 6/17/79 845 1.250E-10 6/17/79 1504 4.580E-09 6/18/79 829 7.750E-09 6/18/79 935 4.480E-09 ,

l 6/19/79 848 5.520E-09 6/20/79 230 3.600E-10 6/20/79 330 f

3.600E-10 6/20/79 1400 2.165E-09 (

l 6/20/79 2025 1.298E-09 6/21/79 155 2.120E-09 l 6/21/79 1415 1.520E-09 6/21/79 2020 6.620E-10 1 6/21/79 2100 7.890E-10 6/22/79 220 1.110E-09 l 6/22/79 1412 1.450E-09 6/22/79 2010 8.300E-10 6/23/79 320 8.250E-10 6/23/79 400 1.040E-10 6/23/79 1521 6.900E-10 6/23/79 2030 1.080E-09 6/24/79 1444 1.600E-09 6/24/79 2030 8.880E-10 6/25/79 300 7.100E-10 6/25/79 400 3.310E-10 6/25/79 1444 8.070E-10 l

l B-12

I TABl.E H.7 l IODINE DATA FOR SAMPLE LOCATION #7 (281'el) l i

DATE HOUR CONCENTRATION DATE HOUR CONCENTRATION I

( uC,1fqql (uCifcc) l l

6/ 4/79 210 8.700E-09 6/ 4/79 820 1.900E-08 l 6/ 4/79 2025 1.430E-08 6/ 5/79 220 3.100E-08 l 6/ 5/79 1317 1.790E-09 6/ 5/79 2117 1.010E-08 l 6/ 6/79 826 9.170E-09 6/ 7/79 215 4.000E-10 6/ 7/79 827 5.400E 09 6/ 7/79 2010 5.780E-09 6/ 8/79 210 4.860E-09 6/ 8/79 850 5.120E-10 6/ 8/79 950 1.100E-09 6/ 8/79 2010 1.610E-10 l

B-13

TABLE B.8 j

~

IODINE DATA FOR SAMPLE LOCATION *1 (305'el) l DATE il0UR CONCENTRATION DATE HOUH CONCKNTHATION (uC1/cp) lucijncj _ _

l 5/17/79 1110 1.670E-08 5/17/79 1245 2.070E-08 5/17/79 1635 1.100E-08 5/18/79 600 4.500E-09 ;

5/18/79 1450 1.090E-09 5/18/79 2145 4.860E-08 l 5/18/79 2358 5.400E-09 5/19/79 300 2.900E-09 5/19/79 1431 1.960E-09 5/19/79 2138 6.360E-09 5/20/79 310 2.580E-09 5/20/79 1022 7.200E-09 5/20/79 1437 4.900E-09 5/20/79 2145 3.070E-09 5/21/79 1510 3.640E-09 5/21/79 1810 4.900E-09 5/21/79 1905 3.600E-09 5/21/79 2032 1.100E-09 5/22/79 237 2.130E-09 5/22/79 1440 2.530E-09 5/22/79 2109 1.950E-09 5/23/79 320 1.700E-09 5/23/79 1023 5.320E-09 5/23/79 2032 2.790E-09 5/24/79 239 3.800E-09 5/24/79 900 2.030E-09 5/24/79 1400 1.800E-09 5/24/79 2039 1.600E-09 5/25/79 345 1.470E-09 5/25/79 842 1.530E-09 5/25/79 1510 2.790E-09 5/26/79 212 3.860E-09 5/26/79 900 2.590E-09 5/26/79 1407 2.340E-09 5/26/79 2013 2.350E-09 5/27/79 214 1.780E-09 5/27/79 910 3.100E-09 5/27/79 1517 1.600E-09 5/27/79 2002 1.540E-09 5/28/79 223 1.050E-09 5/28/79 830 1.230E-09 5/28/79 1506 1.040E-09 5/29/79 826 7.610E-10 5/29/79 2110 2.690E-09 6/ 1/79 817 4.450E-10 6/ 1/79 1345 5.490E-10 6/ 1/79 2045 1.120E-09 6/ 1/79 2150 5.740E-10 6/ 2/79 210 1.060E-09 6/ 2/79 832 9.200E-10 6/ 2/79 1515 7.030E-10 6/ 2/79 2040 1.900E-10 6/ 3/79 215 1.700E-10 6/ 3/79 1445 1.500E-11 6/ 3/79 2045 5.690E-10 6/ 4/79 245 4.500E-10 ,

l 6/ 4/79 345 3.900E-10 6/ 4/79 2045 6.730E I l 6/ 5/79 1330 1.310E-10 6/ 5/79 2100 1.020E-00 )

6/ 6/79 215 1.060E-10 6/ 6/79 800 1.290E-10 ]

6/ 6/79 1412 1.420E-10 6/ 6/79 2025 5.080E-10 l l 6/ 7/79 245 1.470E-10 6/ 7/79 2045 2.920E-09 i 6/ 8/79 858 8.650E-11 6/ 8/79 958 8,000E-10 6/ 8/79 2040 3.980E-09 6/ 9/79 230 4.990E-10 6/ 9/79 956 1.280E-10 6/ 9/79 1353 1.220E-09 6/ 9/79 2015 2.040E-09 6/10/79 245 7.200E-10 .

6/10/79 936 4.670E-11 6/10/79 2030 8.210E-10 6/10/79 2130 9.100E-11 6/11/79 2045 2.300E-10 6/12/79 637 1.700E-10 6/12/79 957 2.170E-10 6/12/79 2020 2.800E-10 6/13/79 744 1.860E-10 6/13/79 1346 2.510E-10 6/13/79 2030 2.270E-10 6/14/79 854 6.540E-10 6/14/79 1424 6.760E-10 6/14/79 2035 4.440E-10 6/15/79 005 3.200E-10 B-14

1 TABLE P.8 (Continued) ]

IODINE DATA FOR SAMPLE LOCATION #1 (305'el) ,

'1 DATE HOUR CONCENTRATION DATE HOUR CONCENTRATION (uCi/cc) luCilec) 6/15/79 330 2.700E-10 6/15/79 1400 1.490E-10 6/15/79 2015 7.170E-10 6/16/79 445 7.100E-11 6/16/79 1136 4.460E-10 6/17/79 245 3.140E-10 6/17/79 8".5 1.970E-10 6/17/79 1430 5.660E-11 6/17/79 2000 6.280E-10 6/18/79 230 6.900E-11 1 6/18/79 1415 2.190E-09 6/18/79 2025 2.430E-09

]

6/19/79 235 1.700E-09 6/19/79 830 1.110E-10 4 6/19/79 1400 3.360E-10 6/19/79 2?00 1.310E-09 l 6/20/79 300 2.500E-10 6/20/79 1432 8.550E-10 6/21/79 145 5.840E-10 6/21/79 1446 4.590E-10 6/21/79 1845 1.520E-09 6/21/79 2045 2.140E-09 {

6/22/79 250 5.740E-10 6/22/79 1451 5.420E-10 j 6/22/79 2035 9.390E-10 6/23/79 335 4.520E-09 6/23/79 820 3.400E-09 6/23/79 1552 1.300E-08 6/23/79 2017 4.100E-09 6/24/79 440 8.200E-09 6/24/79 905 6.350E-09 6/24/79 2040 3.390E-09 6/25/79 315 5.700E-09 6/25/79 834 6.260E-09 6/25/79 1530 1.280E-09 6/25/79 2020 3.960E-09 6/25/79 2120 5.030E-09 6/26/79 822 1.380E-09 6/26/79 1423 2.180E-09 6/26/79 2110 2.230E-09 )

6/27/79 220 5.440E-09 6/27/79 849 6.000E-09 I 6/27/79 1512 5.650E-10 6/27/79 2100 1.120E-09 l 6/28/79 300 4.000E-09 6/28/79 1402 3.130E-10 l 6/28/79 2025 4.890E-09 6/29/79 225 4.460E-09 l 6/29/79 808 4.210E-10 6/29/79 1421 8.760E-09 6/29/79 2020 3.470E-09 6/30/79 230 3.050E-09 6/30/79 825 1.690E-09 6/30/79 1402 1.500E-09 6/30/79 2025 6.760E-10 7/ 1/79 240 2.420E-10 7/ 1/79 840 2.110E-09 7/ 1/79 1423 8.090E-10 7/ 1/79 2020 8.780E-10 7/ 2/79 235 1.420E-09 7/ 2/79 335 9.200E-10 7/ 4/79 1425 3.400E-09 7/ 4/79 2040 2.460E-09 7/ 4/79 2145 1.060E-09 7/ 5/79 240 2.700E-09 7/ 5/79 345 6.950E-10 7/ 5/79 806 5.000E-10 7/ 5/79 2130 3.330E-10 7/ 7/79 310 1.690E-09 7/ 7/79 2050 4.140E-10 7/ 9/79 300 1.420E-09 7/10/79 1455 1.950E-09 7/10/79 1955 2.370E-09 7/12/79 115 9.220E-10 7/12/79 200 6.070E-10 7/12/79 1218 3.500E-10 7/12/79 2025 1.520E-10 7/13/79 250 2.430E-10 7/13/79 2020 8.340E-11 B-15

TABLE B.9 IODINE DATA FOR SAMPLE LOCATION #2 (305'el)

DATE Il0UR CONCENTRATION DATE HOUR CONCENTRATION (uCi/cc) _ (uC1/ccl 5/17/79 325 6.060E-09 5/17/79 500 1.100E-08 5/17/79 1110 2.300E-08 5/17/79 1630 3.030E-08 5/17/79 2355 9.380E-09 5/18/79 559 4.220E-09 5/18/79 1510 1.-170E-09 5/18/79 1600 1.360E-08 5/18/79 1700 2.400E-08 5/18/79 2105 2.370E-08 5/19/79 1430 1.400E-08 5/19/79 2130 1.700E-08 5/20/79 305 1.390E-08 5/20/79 1435 3.890E-08 5/20/79 2150 2.970E-08 5/20/79 2250 1.970E-08 5/21/79 325 1.390E-08 5/21/79 840 2.080E-08 5/21/79 1507 1.110E-08 5/21/79 2109 5.140E-09 5/22/79 235 4.010E-09 5/22/79 920 3.940E-09 5/22/79 1440 2.780E-09 5/23/79 315 4.060E-09 5/23/79 1020 9.170E-09 5/23/79 1446 9.130E-09 5/23/79 2030 8.310E-09 5/24/79 236 5.200E-09 5/24/79 905 3.340E-08 5/24/79 1405 1.100E-08 5/24/79 2036 9.760E-09 5/25/79 341 7.690E-09 5/25/79 824 4.080E-09 5/25/79 1507 5.350E-09 5/25/79 2239 3.880E-09 5/26/79 213 6.470E-09 5/26/79 852 6.640E-09 5/26/79 1403 5.880E-09 5/26/79 2012 4.390E-09 5/27/79 214 4.370E-09 5/27/79 914 4.520E-09 5/27/79 1525 3.490E-09 5/27/79 2020 3.530E-09 5/28/79 221 2.590E-09 5/28/79 829 2.890E-09 5/28/79 929 3.350E-09 5/28/79 1504 3.760E-09 5/28/79 2005 2.550E-09 6/ 1/79 215 1.200E-09 6/ 1/79 813 1.260E-09 6/ 1/79 1350 1.160E-09 6/ 1/79 2040 1.860E-09 6/ 2/79 205 1.110E-09 6/ 2/79 836 1.010E-09 l 6/ 2/79 1510 1.140E-09 6/ 2/79 2035 9.220E-10 6/ 3/79 846 5.200E-10 6/ 3/79 1430 8.200E-10 6/ 3/79 2045 1.570E-09 6/ 4/79 240 7.940E-10 6/ 4/79 340 1.010E-09 6/ 4/79 802 1.200E-09 6/ 4/79 2040 1.730E-09 6/ 5/79 '235 1.070E-09 6/ 5/79 804 1.710E-09 6/ 5/79 1322 1.400E-09 6/ 5/79 2140 1.480E-09 6/ 6/79 831 6.130E-10 6/ 6/79 1410 3.100E-10 6/ 6/79 2020 5.940E-10 6/ 7/79 240 2.800E-10 6/ 7/79 1437 6.940E-10 6/ 7/79 2040 5.900E-09 6/ 8/79 230 8.r'm ' 10 6/ 8/79 841 8.300E-10 6/ 9/79 225 8 . 0'. .0 6/ 9/79 951 3.510E-10 6/ 9/79 1355 9.92cu 10 6/ 9/79 2010 2.030E-09 6/10/79 240 7.480E-10 6/10/79 931 4.700E-10 6/10/79 1430 1.900E-09 6/10/79 2020 9.690E-10 6/11/79 305 4.920E-10 6/11/79 822 3.700E-10 6/11/79 2040 4.300E-10 6/12/79 240 4.480E-10 6/12/79 2020 2.830E-10 B-16

TABLE B.9 (Continued)

IODINE DATA FOR SAMPLE LOCATION #2 (305'el) ,;

DATE HOUR CONCENTRATION DATE HOUR CONCENTRATION luc 1/cc) (uCi/cc) 6/13/79 220 1.540E-09 6/13/79 742 8.500E-10 6/13/79 1421 4.170E-10 6/13/79 2020 3.100E-10 6/14/79 215 9.260E-10 6/14/79 848 1.250E-09 6/14/79 1427 1.090E-09 6/14/79 2025 8.280E-10 6/15/79 230 1.160E-09 6/15/79 840 1.100E-09 6/15/79 1404 2.520E-10 6/15/79 2015 9.840E-10 6/15/79 2349 6.040E-10 6/16/79 050 1.000E-09 6/16/79 1113 8.470E-10 6/16/79 1517 4.200E-09 6/16/79 2030 2.500E-09 6/17/79 400 4.320E-10 6/17/79 829 5.620E-10 6/17/79 929 2.160E-09 6/17/79 1434 1.220E-09 6/17/79 2030 2.030E-09 6/18/79 230 1.220E-09 6/18/79 833 3.940E-10 6/18/79 1417 1.370E-09 6/18/79 2025 3.050E-09 6/19/79 225 1.220E-10 6/19/79 832 4.130E-10 6/19/79 1404 6.240E-10 6/19/79 2055 2.180E-09 6/20/79 225 3. 220E- 10 6/20/79 825 8.840E-10 6/21/79 140 3.450E-09 6/21/79 856 3.820E-09 6/21/79 1441 3.540E-09 6/21/79 2040 3.380E-09 6/21/79 2145 2.600E-09 6/22/79 856 1.780E-09 6/2P/79 ISn3 1.540E-09 6/22/79 2035 6.130E-09 M/23/79 821 2.410E-09 6/23/79 1450 9.610E-10 6/24/79 440 1.490E-09 6/24/79 759 1.720E-09 )

6/24/79 901 1.540E-09 6/24/79 2040 8.950E-10 6/25/79 6/25/79

.315 7.510E-10 838 1.350E-09 1 6/25/79 1414 1.780E-09 6/25/79 2040 3.170E-09 l 6/26/79 235 3.330E-09 6/26/79 858 4.120E-09 )

6/26/79 1425 3.630E-09 6/26/79 2125 1.450E-09 l 6/27/79 225 2.580E-09 6/27/79 917 1.840E-09 i 6/27/79 1522 2.960E-09 6/28/79 305 1.670E-09 !

6/28/79 1042 3.120E-09 6/28/79 1407 1.090E-10 6/29/79 946 1.010E-09 6/29/79 1443 2.940E-09 6/29/79 2037 1.210E-09 6/30/79 230 1 440E-09 6/30/79 830 1.020E-09 6/30/79 1415 1.100E-09 h 6/30/79 2030 3.260E-10

)

7/ 1/79 245 1.560E-09 7/ 1/79 1420 6.380E-10 i 7/ 1/79 2025 3.840E-10 7/ 2/79 235 3.180E-10 7/ 2/79 900 5.540E-10 7/ 2/79 1408 4.710E-10 7/ 3/79 200 1.090E-09 7/ 4/79 905 1.600E-09.

7/ 4/79 1448 1.630E-09 7/ 5/79 300 3.270E-10 7/ 5/79 809 2.600E-10 7/ 5/79 2005 5.670E-10 l 7/ 6/79 240 9.170E-10 7/ 6/79 2055 1.330E-11 !

7/ 7/79 847 4.700E-11 7/ 7/79 1415 7.000E-11 1 7/ 7/79 2035 7.420E-11 7/ 9/79 2030 5.400E-11 )

7/10/79 2005 1.930E-09 7/12/79 110 3.410E-10 i B-17 i

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . _ _ _ . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ .]

l TABLE B.9 (Continued)

IODINE DATA FOR SAMPLE LOCATION #2 (305'el) J DATE HOUR CONCENTRATION DATE HOUR CONCENTRATION (uC1/cc) (uC1/cc) i 7/12/79 1212 5.630E-10 7/14/79 1420 6.210E-10 7/15/79 225 6.810E-10 7/22/79 2025 2.280E-10 7/23/79 200 1.490E-10 7/23/79 2100 7.540E-11 7/24/79 847 1.470E-10 7/24/79 2015 2.100E-10 7/25/79 215 1.550E-10 7/25/79 1414 1.440E-10 7/27/79 305 9.670E-11 7/28/79 '234 5.860E-11 7/29/79 719 4.300E-11 7/29/79 1312 6.430E-11 .

I 7/29/79 2015 3.860E-11 7/30/79 2030 4.730E-11 l,

I l

B-18 t

1 s

1 TABLE B.10 l IODINE DATA FOR SAMPLE LOCATION #3 (305'el)

DATE HOUR CONCENTRATION DATE HOUR CONCENTRATION (ucilec) (uC1/cc1 i

5/16/79 1505 7.110E-09 5/17/79 1620 6.400E-09 I 5/17/79 2350 2.830E-08 5/18/79 556 3.200E-08 l 5/18/70 1605 7.100E-08 5/18/79 2110 2.720E-08 I 5/19/79 930 2.700E-08 5/19/79 2112 1.500E-08 5/20/79 1450 2.500E-08 5/21/79 837 1.400E-08 5/21/79 1502 1.440E-08 5/21/79 2028 1.270E-08 5/22/79 233 2.110E-08 5/22/79 922 2.400E-08 --

5/22/79 1428 2.720E-08 5/22/79 2057 1.620E-08 1 5/23/79 310 1.400E-08 5/23/79 1016 3.930E-08 )

5/23/79 1443 9.750E-09 5/23/79 2028. 1.320E I 5/24/79 235 1.600E-08 5/24/79 905 1.630E 5/24/79 1408 2.400E-08 5/24/79 2034 1.100E-08 5/24/79 2134 6.200E-09 5/25/79 337 9.550E-09 5/25/79 829 6.570E-09 5/25/79 1502 1.440E-08 5/26/79 213 1.160E-08 5/26/79 855 1.090E-08 I 5/26/79 1400 9.700E-09 5/27/79 211 7.850E 5/27/79 909 1.400E-08 5/27/79 1527 7.700E-09 ,

5/27/79 2018 3.800E-09 5/28/79 219 3.100E-09 I 5/28/79 824 5.180E-09 5/28/79 1500 4.070E-09 5/28/79 2000 8.460E-09 5/29/79 209 2.430E-09 5/29/79 307 6.470E-09 5/29/79 815 4.900E-09 5/29/79 143G 4.900E-09 6/ 1/79 210 2.170E-09 6/ 1/79 810 2.280E-09 l 6/ 1/79 1355 3.280E-10 6/ 1/79 2035 1.220E-09 l 6/ 2/79 205 1.390E-09 6/ 2/79 849 1.900E-09 6/ 2/79 1520 8.020E-10 6/ 2/79 2030' 2.150E-09 6/ 2/79 2135 1.300E-09 6/ 3/19 210 1.700E-09 6/ 3/79 1452 1.860E-09 6/ 3/79 2040 3.000E-09 6/ 4/79 240 4.400E-09 6/ 4/79 822 3.600E-09 6/ 4/79 2040 3.800E-09 6/ 5/79 235 2.800E-09 6/ 5/79 1308 2.770E-09 6/ b/79 2140 4.080E-09 6/ 7/79 240 3.970E-09 6/ 7/79 809 2.270E-09 6/ 7/79 1413 2.500E-09 6/ 7/79 2045 1.320E-10 6/ 8/79 230 1.610E-09 6/ 8/79 826 2.390E-09 6/ 8/79 926 8.000E-10 6/ 8/79 2030 2.310E-09 6/ 9/79 225 4.690E-10 6/ 9/79 922 5.380E-10 6/ 9/79 1415 1.300E-09 6/10/79 957 2.030E-11 6/10/79 1440 3.340E-09 6/10/79 2000 2.290E-09 6/11/79 300 1.560E-09 6/11/79 824 1.500E-09 6/11/79 1429 1.600E-10 6/11/79 2030 9.8'00E-09 6/11/79 2130 3.090E-09 6/12/79 916 9.190E-09 6/12/79 1016 4.700E-09 6/12/79 2020 4.450E-09 6/12/79 2120 3.100E-09 6/13/79 726 4.690E-09 6/13/79 1419 4.400E-11 6/13/79 2120 6.600E-09 11 - 1 9 I

l

TABLE B.10 (Continued)

IODINE DATA FOR SAMPLE LOCATION #3 (305'el)

DATE HOUR CONCENTRATION DATE HOUR CONCENTRATION (uC1/cc) (uC1/cc) 6/14/79 830 2.690E-09 6/14/79 1424 8.490E-09 6/14/79 2025 8.860E-09 6/15/79 230 2.700E-09 6/17/79 829 5.620E-10 6/17/79 1435 3.810E-09 6/17/79 2025 2.390E-09 6/18/79 225 2.990E-09 6/18/79 837 3.750E-09 6/18/79 1423 1.570E-09 6/18/79 2020 2.540E-09 6/19/79 225 2.900E-09 6/19/79 835 1.700E-09 6/19/79 1407 2.160E-09 6/20/79 255 1.910E-09 6/20/79 2050 2.980E-09 j 6/21/79 135 1.270E-09 6/22/79 900 5.980E-10 l 6/22/79 2035 1.380E-09 6/23/79 345 7.490E-10 l 6/23/79 818 7.360E-10 6/23/79 1600 3.500E-09 6/24/79 1448 1.750E-10 6/24/79 2045 3.480E-10 6/25/79 310 3.110E-10 6/25/79 841 4.400E-10 6/25/79 2039 3.500E-10 6/25/79 2130 2.780E-10 6/26/79 826 1.180E-10 6/26/79 1442 1.250E-10 6/26/79 2115 2.030E-10 6/27/79 215 1.810E-10 6/27/79 954 1.360E-09 6/27/79 1543 2.570E-09 6/27/79 2100 1.740E-09 6/28/79 303 1.590E-10 6/28/79 1417 2.950E-10 6/28/79 2005 4.330E-11 6/29/79 235 1.370E-10 6/29/79 821 2.510E-10 6/29/79 1432 4.070E-10 6/29/79 2030 2.680E-10 6/30/79 250 1.270E-10 6/30/79 845 9.720E-11 6/30/79 1425 7.800E-11 6/30/79 2040 5.710E-11 7/ 1/79 300 1.060E-10 7/ 1/79 1410 4.380E-11 7/ 1/79 2015 1.790E-11 7/ 2/79 245 1.600E-11 7/ 6/79 2045 3.270E-11 7/ 7/79 2050 4.140E-10 7/10/79 2000 5.880E-10 7/12/79 110 1.740E-10 7/12/79 1214 8.830E-10 l

l B-20

TABLE B.11 IODINE DATA FOR SAMPLE LOCATION #4 (305'el) 1 DATE HOUR CONCENTRATION DATE HOUR CONCENTRATION (uCl/cc) (uCi/cc) 5/17/79 4.800E-08 1116 5/17/79 2340 1.100E-07 5/18/79 553 9.h00E-08 5/18/79 2120 8.000E-08 5/19/79 255 3.540E-08 5/19/79 2120 4.400E-08 5/20/79 255 8.100E-08 5/20/79 1013 4.220E-08 5/20/79 1450 5.000E-08 5/21/79 1505 3.600E-08 ,

5/21/79 2026 2.480E-08 5/22/79 231 5.120E-08 l l 5/22/79 330 2.690E-08 5/22/79 1425 2.900E-08 5/23/79 302 2.660E-08 5/23/79 1439 5.460E-09 5/23/79 2026 7.800E-09 5/24/79 233 3.000E-08 5/24/79 902 5.210E-09 5/24/79 1411 2.700E-08 )

5/24/79 2031 1.100E-08 5/25/79 334 1.460E-08 5/25/79 l 831 1.050E-08 5/25/79 1504 1.680E-08 '

5/25/79 2034 1.200E-08 5/26/79 206 1.900E-08 5/26/79 856 8.500E-09 5/26/79 1402 1.690E-08 5/26/79 2009 1.410E-10 5/27/79 210 1.000E-08 t

5/27/79 310 9.400E-09 5/27/79 1530 6.610E-09 5/27/79 2014 3.470E-09 5/28/79 217 1.690E-09 5/28/79 1501 1.710E-09 5/28/79 2002 2.260E-09 5/29/79 013 5.700E-09 5/29/79 2100 3.310E-09 5/31/79 844 2.020E-09 5/31/79 1410 2.160E-09 l 5/31/79 2040 1.050E-09 '

6/ 1/79 210 1.150E-08 6/ 1/79 800 1.200E-09 6/ 1/79 1400 7.200E-10 6/ 1/79 2030 8.820E-10 6/ 2/79 205 1.200E-09 6/ 2/79 854 1.300E-09 6/ 2/79 1515 6.480E-10 6/ 2/79 2030 1.070E-09 1 6/ 2/79 2130 5.400E-10 6/ 3/79 1440 6.030E-10 l 6/ 3/79 2040 1.900E-09 6/ 4/79 240 2,000E-09 6/ 4/79 340 4.900E-09 6/ 4/79 800 5.900E-10 6/ 4/79 2040 1.700E-09 6/ 5/79 235 3.900E-10 6/ 5/79 335 8.900E-10 6/ 5/79 435 5.600E-09 6/ 5/79 1310 2.320E-09 6/ 5/79 2140 4.900E-10 '

6/ 6/79 300 5.530E-10 6/ 6/79 400 9.300E-10 6/ 6/79 2020 2.180E-10 6/ 7/79 235 1.760E-10 6/ 7/79 810 7.100E-10 6/ 7/79 2030 5.160E-10 6/ 8/79 230 3.200E-10 6/ 8/79 834 4.660E-10 6/ 8/79 940 3.200E-10 6/ 8/79 2030 7.400E-10 6/ 9/79 923 4.620E-10 6/ 9/79 1417 4.400E-10 6/ 9/79 2005 4.290E-10 6/10/79 235 6.240E-10 6/11/79 2130 4.870E-09 6/12/79 915 6.810E-09 6/12/79 1455 2.310E-09 6/12/79 2015 9.800E-09 6/13/79 727 5.670E-09 6/13/79 1416 5.600E-09 6/13/79 2015 6.300E-09 6/14/79 831 4.330E-09 6/14/19 1426 3.200E-09 6/14/79 2025 8.960E-09 6/15/79 220 8.000E-09 6/15/79 330 4.900E-09

)

l B-21

_- --_ - 1

TABLE B.11 (Continued)

IODINE DATA FOR SAMPLE LOCATION #4 (305'el)

DATE HOUR CONCENTRATION DATE HOUR CONCENTRATE 0!i (uCi/cc) (uci/cc)

I 6/15/79 1356 6.300E-09 6/15/79 2015 1.720E-09 6/15/79 2115 5.400E-09 6/16/79 523 3.990E-09 6/16/79 1117 4.520E-09 6/19/79 1015 5.130E-09 6/19/79 1410 1.690E-09 6/20/79 250 1.660E-09 3.400E-09 6/20/79 1425 1.810E-09 6/20/79 350 4.420E-09 6/21/79 135 2.570E-09 6/20/79 2045 235 1.930E-09 6/21/79 840 3.220E-09 6/21/79 3.830E-09 6/21/79 2035 3.490E-09 6/21/79 2145 245 2.690E-09 6/22/79 905 1.610E-10 6/22/79 1.560E-09 6/22/79 2035 1.100E-09 6/23/79 350 1.360E-10 6/23/79 1440 3.200E-09 6/23/79 811 450 4.530E-11 j 6/23/79 2040 3.070E-09 6/24/79 1.250E-10 6/24/79 1458 7.900E-10 1 6/24/79 924 8.830E-11 2045 1.210E-10 6/25/79 305 l 6/24/79 842 5.590E-10 l 6/25/79 405 1.400E-10 6/25/79 2030 1.400E-09 6/25/79 2130 1.900E-09 6/25/79 9.880E-09 6/26/79 832 1.170E-09 6/26/79 1447 ,

2110 1.020E-09 6/27/79 220 1.860E-09 6/26/79 2.810E-10 6/27/79 916 1.950E-10 6/27/79 1537 2100 1.950E-10 6/28/79 300 3.030E-09 6/27/79 3.120E-09 903 1.890E-09 6/28/79 1042 6/28/79 1.390E-10 6/28/79 2030 2.690E-09 6/29/79 330 828 3.240E-09 6/29/79 1427 3.890E-09 6/29/79 1.220E-10 2035 1.810E-09 6/30/79 025 6/29/79 9.000E-10 6/30/79 850 1.360E-09 6/30/79 1428 i

6/30/79 2045 8.940E-10 1.050E-09 7/ 1/79 905 2.650E-09 7/ 1/79 305 2.710E-10 7/ 1/79 1408 5.300E-10 7/ 1/79 2020 2.410E-10 7/ 3/79 2005 3.540E-10 7/ 2/79 915 7/ 4/79 902 1.300E-10 l

i B-22 f

l l

TABLE B.12 IODINE DATA FOR SAMPLE LOCATION #5 (305'el) l 1

DATE HOUR CONCENTRATION DATE HOUR CONCENTRATION (uC1/cc) (uci/cc) l 5/31/79 831 1.060E-09 5/31/79 1402 1.460E-09 5/31/79 2050 2.300E-09 6/ 1/79 815 1.300E-00 6/ 1/79 2010 2.690E-09 i 6/ 2/79 210 3.560E-09 6/ 2/79 844 3.100E-09

6/ 2/79 1516 1.450E-09 6/ 2/79 2035 3.610E-10 !

! 6/ 3/79 210 4.000E-09 6/ 3/79 1435 1.900E-09 6/ 3/79 2045 2.250E-09 6/ 4/79 240 3.750E-09 j 6/ 4/79 830 3.400E-09 6/ 4/79 2945 1.890E-09

]

6/ 5/79 240 1.100E-09 6/ 5/79 1327 5.220E-09 1 6/ 5/79 2145 5.060E-09 6/ 6/79 245 2.700E-09 6/ 6/79 408 2.200E-09 6/ 6/79 836 1.710E-09 (

6/ 6/79 1410 3.420E-09 6/ 6/79 1510 1.400E-08 j 6/ 7/79 240 1.500E-08 6/ 7/79 2040 4.960E-08 6/ 8/79 230 2.330E-08 6/ 8/79 850 8.800E-09 l 6/ 8/79 950 1.600E-09 6/ 8/79 2035 3.360E-08 l 6/ 8/79 2135 1.800E-08 6/ 9/79 954 2.170E-08 6/ 9/79 1352 6.370E-08 6/ 9/79 2010 7.090E-09 6/10/79 934 6.890E-10 6/10/79 1430 5.550E-08 {

6/10/79 2020 3.620E-08 6/10/79 2120 2.700E-09 j j 6/11/79 818 1.170E-08 6/11/79 2040 6.120E-09 i j 6/12/79 2020 1.440E-09 6/13/79 1420 9.230E-09 6/13/79 2020 2.630E-09 6/13/79 2120 3.200E-10 6/14/79 2030 4.400E-10 6/15/79 230 4.460E-09 '

6/17/79 240 4.110E-10 6/17/79 832 1.500E-08 6/25/79 1505 3.570E-10 6/25/79 2030 1.200E-10 .

6/26/79 841 1.670E-10 6/26/79 1431 8.550E-11 I 6/27/79 215 1.110E-10 6/27/79 906 1.950E-10 l 6/27/79 1326 1.570E-10 6/27/79 2100 3.640E-11 6/28/79 310 1.160E-08 6/28/79 844 1.920E-10 6/28/79 1409 8.360E-11 6/29/79 220 1.910E-09 6/29/79 816 3.470E-10 6/29/79 1437 1.330E-10 6/29/79 2045 7.630E-10 6/30/79 235 4.880E-11 6/30/79 840 5.600E-11 6/30/79 1418 4.490E-11 7/ 1/79 250 3.700E-11 7/ 1/79 855 4.790E-11 7/ 1/79 1413 1.670E-08 7/ 1/79 2020' 2.510E-11 7/ 2/79 245 1.690E-11 7/ 2/79 908 1.860E-11 7/ 7/79 1427 4.500E-11 7/ 7/79 2040 4.190E-11 7/10/79 2000 1.310E-10 7/12/79 110 8.910E 7/12/79 1210 1.410E-10 7/12/79 2033 1.870E-09 7/24/79 2020 2.620E-10 7/25/79 220 1.520E-10 7/25/79 250 1.270E-10 7/25/79 2010 1.800E-10 7/26/79 2030 3.380E-11 7/27/79 2036 8.550E-11 7/29/79 1312 6.430E 11 7/30/79 220 5.450E-11 r

IF 23

TABLE B.13 IODINE DATA FOR SAMPLE LOCATION #6 (305'el)

DATE HOUR CONCENTRATION DATE HOUR CONCENTRATION (uC1/cc) (uCi/cc) 6/25/79 2030 1.570E-08 6/25/79 2135 1.300E-08 6/26/79 244 1.160E-08 6/26/79 1436 g 1.200E-08 6/26/79 2120 6.380E-09 6/27/79 215 1.850E-08 6/27/79 904 1.070E-08 6/27/79 1532 1.680E-08 6/27/79 2100 9.700E-09 6/28/79 370 8.690E-10 6/28/79 856 2.740E-09 6/28/79 lil2 5.300E-09 6/28/79 2015 2.020E-08 6/29/79 215 1.090E-08 6/29/79 833 1.000E-08 6/29/79 1442 1.770E-08 6/29/79 2045 1.250E-08 6/30/79 240 1.210E-08 6/30/79 835 1.010E-08 6/30/79 1424 1.100E-08 6/30/79 2035 1.070E-08 I

l l

I j

l q

l i

l B-24 l

I i

j I

1 TABLE B.14 IODINE DATA FOR SAMPLE LOCATION #1 (328'el)

DATE HOUR CONCENTRATION DATE HOUR CONCENTRATION (uCi/cc) (uci/cc) 5/12/79 1945 2.800E-08 5/16/79 1445 4.130E-09 5/17/79 252 4.000E-09 5/17/79 1055 8.800E-08 1 5/17/79 2329 5.620E-09 5/19/79 235 2.240E-08 !

5/19/79 940 6.600E-08 5/19/79 1408 3.030E-08 j 5/19/79 2050 2.480E-08 5/20/79 235 8.340E-08 j 5/20/79 1307 7.900E-07 5/20/79 2130 6.270E-09 '

5/21/79 823 1.3908-07 5/21/79 1845 2.600E-08 5/21/79 2016 1.910E-07 5/22/79 221 1.600E-07 d 5/22/79 1450 1.360E-08 5/22/70 1845 8.200E-09 5/22/79 2115 6.000E-09 5/23/79 242 1.100E-08 5/23/79 1008 1.600E-08 5/23/79 2016 2.200E-08 I 5/24/79 223 1.200E-08 5/24/79 917 1.010E-08 5/24/79 1421 6.840E-09 5/24/79 2022 6.800E-09 5/25/79 835 1.050E-08 5/25/79 1434 8.000E-09 5/25/79 2027 9.000E-09 5/26/79 159 1.600E-08 5/26/79 829 1.650E-08 5/26/79 134G 1.210E-08 5/26/79 2003 8.580E-09 5/27/79 204 1.060E-08 5/27/79 856 1.700E-08 5/27/79 1542 8.660E-09 5/27/79 2008 9.900E-09 5/28/79 209 5.400E-09 5/28/79 750 8.790E-09 5/28/79 1444 1.370E-09 5/28/79 1945 1.880E-08 5/29/79 759 7.400E-09 5/29/79 1455 7.350E-09 5/29/79 2045 1.230E-08 5/30/79 250 4.180E-09 5/31/79 805 3.130E-09 5/31/79 1455 3.280E-09 5/31/79 2035 4.840E-09 6/ 1/79 741 1.700E-09 6/ 1/79 1435 1.690E-09 6/ 1/79 2035 1.970E-09 6/ 2/79 200 1.780E-09 I 6/ 2/79 2025 2.650E-09 6/ 2/79 2125 1.300E-09 6/ 3/79 200 8.800E-10 6/ 3/79 1425 7.180E-10 6/ 3/79 2035 3.300E-09 6/ 4/79 225 8.000E-10 6/ 4/79 804 2.070E-09 6/ 4/79 1305 1.600E-09 6/ 4/79 2030 1.440E-09 6/ 5/79 225 1.800E-09 ~ s 6/ 5/79 1306 1.230E-09 6/ 5/79 2130 8.300E-10 6/ 6/79 230 1.000E-10 6/ 6/79 330 4.800E-10 1 6/ 6/79 755 9.000E-08 6/ 6/79 1348 5.800E-10 l 6/ 6/79 2015 5.950E-10 6/ 7/79 225 4.230E-10 6/ 7/79 806 5.000E-10 6/ 7/79 2030 7.360E-10 l

6/ 8/79 330 6.850E-10 6/ 8/79 824 3.460E-10 l 6/ 8/79 2030 3.510E-12 6/ 9/79 220 3.220E-10 6/ 9/19 923 2.580E-10 6/ 9/79 1410 4.630E-10 6/ 9/73 2020 7.420E-10 6/10/79 230 5.090E-10 6/10/79 900 3.270E-10 6/10/79 1502 5.130E-10 6/10/79 2015 2.500E-10 6/11/79 911 2.600E-10 6/11/79 1413 5.930E-10 6/11/79 2027 7.000E-10 6/12/79 913 9.080E-10 6/12/79 2010 6.390E-10 B-25

TABLE B.14 ( Cont.inued )

IODINE DATA FOR SAMPLE LOCATION 81 (328'el)

DATE liOUR CONCENTRATION DATE Il0UR CONCENTRATION

_(uCi/cc) (uCiLec) 6/12/79 2135 4.340E-10 6/13/79 724 5.060E-10 6/13/79 1430 5.790E-10 6/13/79 2010 8.600E-10 6/14/79 822 8.400E-10 6/14/79 1345 1.620E-09 6/14/79 2020 6.800E-10 6/15/79 215 2.330E-09 6/15/79 2015 2.920E-10 6/16/79 100 8.900E-10 6/16/79 1125 1.050E-09 6/16/79 1558 1.090E-09 6/16/79 2015 9.650E-10 6/17/79 225 5.830E-10 6/17/79 856 1.240E-09 6/17/79 1530 3.8405-10 l 6/17/79 2015 2.710E-10 6/18/79 215 6.200E-11 J

6/18/79 823 5.270E-10 6/18/79 1449 4.750E-10 6/18/79 2015 8.660E-10 6/19/79 215 3.730E-10 6/19/79 815 6.040E-10 6/19/79 1430 1.530E-09 6/19/79 2040 3.350E-10 6/20/79 240 2.000E-09 l 2.200E-09 6/20/79 1500 1.600E-09 6/20/79 2035 6/21/79 125 4.020E-08 6/21/79 915 6.740E-08 '

6/21/79 1015 4.360E-08 6/21/79 2030 3.610E-09 6/22/79 100 1.600E-09 6/22/79 956 4.570E-08 6/22/79 1137 2.130E-10 6/22/79 2015 7.350E-10 6/23/79 754 7.800E-11 6/23/79 1130 1.140E-10 6/23/79 2155 6.280E-10 6/24/79 230 2.250E-10 6/24/79 821 1.180E-10 6/24/79 1515 1.700E-10 6/24/79 2025 6.990E-11 6/25/79 210 7.150E-11 6/25/79 740 7,570E-10 6/25/79 1345 8.120E-11 6/25/79 2040 7.810E-11 6/25/79 2045 5.670E-10 6/26/79 1330 7.100E-10 6/26/79 2040 3.830E-10 6/27/79 755 1.020E-09 6/27/79 1353 5.910E-10 6/27/79 2050 3.900E-10 6/28/79 250 7.580E-10 6/28/79 740 7.600E-10 6/28/79 1327 1.030E-09 6/28/79 2030 4.050E-10 6/29/79 235 6.570E-10 6/29/79 740 8.130E-09 6/29/79 1333 4.430E-10 6/29/79 2100 6.000E-10 6/30/79 731 6.530E-10 !

6/30/79 1428 3.550E-10 6/30/79 2050 3.300E-10 7/ 1/79 225 4.210E-10 7/ 1/79 830 5.700E-10 7/ 1/79 1452 2.700E-10 7/ 1/79 2000 1.160E-10 7/ 2/79 250 1.590E-10 7/ 2/79 740 1.820E-10 7/ 6/79 2025 6.070E-11 7/10/79 2010 7.150E-10 7/12/79 200 2.980E-10 7/12/79 1207 2.090E-10 t

i B-26 1

f

l

)

]

TABLE B.15 IODINE DATA FOR SAMPLE LOCATION #2 (328'el)

DATE HOUR CONCENTRATION DATE HOUR CONCENTRATION ,

(uCi/cc) (uCf/cc) 5/12/79 1947 6.600E-08 5/17/79 252 2.010E-08 5/17/79 1100 4.100E-07 5/17/79 1630 2.750E-07 5/18/79 536 3.750E-07 5/18/79 1610 5.400E-07 !

5/18/79 2040 1.900E-07 5/19/79 645 2.130E-07 )

5/19/79 1040 1.990E-08 5/19/79 1410 1.900E-07 I 5/19/79 2052 3.600E-07 5/20/79 230 3.310E-08

, 5/20/79 1320 1.930E-08 5/20/79 2135 2.860E-07 I 5/21/79 325 1.280E-08 5/21/79 540 2.260E-07 l 5/21/79 1450 1.310E-07 5/21/79 2014 3.400E-08 l 5/22/79 219 2.770E-07 5/22/79 945 1.520E-07 l 5/22/79 1420 1.440E-07 5/23/79 246 1.210E-07 I 5/23/79 1552 2.700E-07 5/23/79 2014 2.770E-07 5/24/79 221 2.200E-07 5/24/79 919 2.130E-07 5/24/79 1426 3.100E-07 5/24/79 2025 3.600E-07 5/24/79 2125 2.040E-07 5/25/79 325 1.900E-07 5/25/79 839 1.500E-07 5/25/79 1437 2.320E-07 5/26/79 202 1.980E-07 5/26/79 831 1.600E-07 5/26/79 1339 2.220E-07 5/26/79 2005 1.370E-07 5/27/79 206 8.620E-08 5/27/79 849 1.330E-07 5/27/79 1530 9.680E-08 5/27/79 2010 2.140E-07 5/28/79 210 1.830E-07 5/28/79 745 1.180E-07 5/28/79 1451 2.080E-07 5/28/79 2050 1.940E-07 5/30/79 250 2.820E-09 5/31/79 755 1.500E-07 6/ 1/79 205 2.090E-09 6/ 1/79 737 1.570E-07 6/ 1/79 1400 1.530E-07 6/ 1/79 2035 1.460E-07 6/ 2/79 200 1.220E-07 6/ 2/79 1516 8.760E-08 4 6/ 2/79 2025 1.040E-07 6/ 3/79 205 1.000E-07 l 6/ 3/79 900 8.900E-08 6/ 3/79 1416 9.500E-08 6/ 3/79 2040 8.220E-08 l 6/ 4/79 225 7.100E-08 i 6/ 4/79 753 7.700E-08 6/ 4/79 2030 1.550E-08 6/ 5/79 l 230 1.090E-07 6/ 5/79 822 9.960E-08 l 6/ 5/79 1300 6.300E-08 6/ 5/79 2130 1.210E-07 !

6/ 6/79 230 4.790E-08 6/ 6/79 810 8.000E-08 !

6/ 6/79 1320 9.700E-08 6/ 6/79 2015 1.070E-07 }

6/ 7/79 230 9.770E-08 6/ 7/79 755 9.500E-08 6/ 7/79 2030 1.460E-07 6/ 8/79 230 1.080E-07 6/ 8/79 812 8.000E-08 6/ 8/79 2020 1.400E-07 6/ 9/79 210 1.040E-07 6/ 9/79 903 8.810E-08 6/ 9/79 1400 1.060E-07 6/ 9/19 2020 1.110E-07 6/10/79 230 2.530E-08 6/10/79 950 6.430E-08 6/10/79 1510 1.230E-07 6/11/79 300 7.470E-08 6/11/79 914 6.200E-08 6/11/79 2028 1.150E-07 6/12/79 315 7.920E-08 6/12/79 906 6.570E-08 6/12/79 1445 8.410E-09 6/12/79 2010 7.890E-08 B-27 I

TABLE B.15 (Continued)

IODINE DATA FOR SAMPLE LOCATION #2 (328'el) i DATE Il0UR CONCENTRATION DATE HOUR CONCENTRATION (uCi/cc) (uCi/cc)' ;

t 6/13/79 210 7.290E-08 6/13/79 720 5.600E-10 6/13/79 1615 4.210E-08 6/13/79 2015 4,490E-08 6/14/79 200 4.950E-08 6/14/79 815 9.250E-08 6/14/79 1445 4.770E-08 6/14/79 1830 6.890E-08 6/14/79 2020 7.050E-08 6/15/79 220 6.150E-08 '

6/15/79 907 5.940E-08 6/15 N9 1348 8.120E 6/15/79 2010 9.490E-08 6/16/79 1555 6.070E-08 j 6/16/79 2015 7.870E-08 6/1'</79 230 1.030E-07 ,

6/17/79 512 5.230E-08 6/17/79 2015 1.040E-08 6/18/79 215 4 . 510 E- 08 6/18/79 818 4.190E-08 6/18/79 1452 4.020E-08 6/18/79 2015 3.320E-08 6/19/79 215 9.300E-09 6/19/79 315 4.250E-08 l 6/19/79 820 3.640E-08 6/19/79 1420 4.390E-08 i 6/19/79 2035 1.010E-07 6/20/79 240 3,1505-08 ;

6/20/79 837 6.990E-08 6/20/79 1515 6.870E-08 6/20/79 2035 9.010E-08 6/21/79 125 3.060E-09 6/21/79 910 1.110E-09 6/2i/79 1456 2.400E-09 6/21/79 2030 3.720E-Oo 6/21/79 2135 3. 500E- 08 6/22/79 948 3.060E-09 6/22/79 1502 ,1.890E-09 6/22/79 2020 8.560E-10 6/23/79 400 9.850E-10 6/23/79 807 1.080E-09 6/23/79 1422 9.240E-10 6/23/79 2100 1.100E-09 6/24/79 435 1.580E-09 '

6/24/79 838 1.760E-09 6/24/79 2025 1.290E-09 6/25/79 215 1.210E-09 6/25/79 736 1.700E-09 6/25/79 1351 2.340E-09 6/25/79 2050 1.730E-09 6/26/79 255 1.940E-09 6/26/79 1339 2.640E-09 I 6/26/79 2045 1.640E-09 6/27/79 230 1.930E-09 6/27/79 858 2.200E-09 6/27/79 1349 1.070E-09 I 6/27/79 2050 1.330E-09 6/28/79 245 2.690E-09 6/28/79 744 1.860E-09 6/28/79 1332 1.950E-09 l 6/28/79 2030 2.440E-09 6/29/79 240 1.650E-09 6/29/79 1339 1.890E-09 6/29/79 2115 2.210E-09 6/30/79 305 1.580E-09 6/30/79 1425 1.060E-09 l 6/30/79 2100 8.090E-10 l 7/ 1/79 225 1.460E-10 7/ 1/79 840 1.150E-09 7/ 1/79 1455 5.400E-10 7/ 1/79 2000 2.630E-10 7/ 2/79 250 3.600E-10 7/ 2/79 743 5.300E-10 7/ 4/79 836 2.000E-10 7/ 5/79 743 1.500E-10 7/ 7/79 1448 4.100E-11 7/ 8/79 225 2.370E-09 7/10/79 2010 7.630E-10 7/12/79 200 3.120E-10 ;

7/12/79 1212 2. 020E -10 I

B-28 )

l

TABLE B.16 IODINE DATA FOR SAMPLE LOCATION #3 (328'el)

DATE HOUR CONCENTRATION DATE HOUR CONCENTRATION

, (uCilec) (uci/cc) 5/17/79 272 6.700E-09 5/17/79 1105 2.950E-08 5/17/70 1624 1.760E-08 5/17/79 2320 1.150E-08 5/18/79 533 5.900E-09 5/18/79 1610 1.050E-08 5/18/79 2135 1.120E-08 5/19/79 240 1.450E-09 5/19/79 1418 1.520E-08 5/19/79 2045 9.270E-09 5/20/79 225 4.780E-09 5/20/79 1220 1.780E-08 5/20/79 2140 1.900E-08 5/21/79 800 1.800E-08 5/21/79 1457 1.050E-08 5/21/79 2012 1.250E-08 5/22/79 2122 1.000E-08 5/23/79 253 1.220E-08 5/23/79 1012 1.440E-08 5/23/79 1441 9.500E-09 5/23/79 2012 1.300E-08 5/24/79 219 1.100E-08 5/24/79 920 1.300E-08 5/24/79 1408 8.340E-09 5/24/79 2018 1.000E-08 5/25/79 320 9.880E-09 5/25/79 844 1.080E-08 5/25/79 1444 8.880E-09 5/25/79 2025 1.080E-08 5/26/79 837 1.050E-08 5/26/79 1343 8.360E-09 5/26/79 1959 9.650E-09 5/27/79 201 8.230E-09 5/27/79 854 1.200E-08 5/27/79 1545 0.800E-09 5/27/79 2020 8.370E-09 5/28/79 207 3.600E-09 5/28/79 748 4.840E-09 5/28/79 1443 4.550E-09 5/28/79 2044 5.210E-09 i 5/29/79 2050 6.780E-09 5/31/79 802 3.190E-09 I 5/31/79 1469 1.050E-09 5/31/79 2030 2.630E-09 6/ 1/79 205 3.800E-09 6/ 1/79 738 1.800E-09 6/ 1/79 1425 1.150E-09 6/ 1/79 2025 1.290E-09 6/ 2/79 155 1.380E-09 6/ 2/79 902 2.270E-09 6/ 2/79 1505 9.720E-10 6/ 2/79 2020 3.210E-11 6/ 3/79 200 1.400E-09 6/ 3/79 1424 8.600E-10 6/ 3/79 2035 2.200E-09 6/ 4/79 1303 9.230E-09 l 6/ 4/79 2025 1.701E-09 6/ 5/79 225 2.400E-09 l 6/ 5/79 1305 1.720E'-09 6/ 5/79 2125 8.100E-10 6/ 6/79 230 7.200E-10 6/ 6/79 804 9.520E-10 6/ 6/Y!) 1346 8.700E-10 6/ 6/79 2010 4.390E-10 6/ 7//O 225 5.100E-10 6/ 7/79 804 6.200E-10 6/ 7/79 2025 4.170E-10 6/ 8/79 220 4.850E-10 6/ 8/"9 822 3.550E-10 6/ 8/79 930 2.800E-10 6/ 8/79 1430 8.600E-10 6/ 8/79 2020 3.200E-10 6/ 9/79 914 2.650E-10 6/ 9/79 1406 2.750E-10 6/ 9/79 2025 3.410E-10 6/10/79 235 3.990E-10 6/10/79 1400 3.860E-10 6/10/79 2315 2.290E-10 6/10/79 2115 2.400E-10 6/11/79 017 4.420E-10 6/11/79 1418 1.380E-09 6/11/79 2027 1.200E-09 6/11/79 2145 8.450E-10 6/12/79 911 1.260E-09 6/12/79 2015 2.080E-09 6/13/79 722 1.270E-09 6/13/10 2015 1.800E-09 6/14/79 820 2.330E-09 B-29

TABLE B.16 (Continued)

IODINE DATA FOR SAMPLE LOCATION #3 (328'el)

DATE HOUR CONCENTRATION DATE- HOUR CONCENTRATION (uC1/cc) (uC1/ccl___

6/14/79 1441 2.290E-09 6/14/79 2000 3.530E-09 6/15/79 220 2.620E-09 6/15/79 1850 2.240E-09 6/15/79 2000 5.740E-10 6/15/79 2100 1.520E-09 6/16/79 1123 2.350E-09 6/16/79 1602 5.340E-09 6/16/79 2015 1.590E-09 6/17/79 853 3.180E-09 6/17/79 1522 1.280E-09 6/17/79 2020 8.700E-10 6/18/79 220 1.140E-09 6/18/79 824 1.330E-09 6/18/79 1456 1.000E-09 6/18/79 2015 1.6bOE-09 6/19/79 220 5.820E-10 6/19/79 827 1.870E-09 R/19/79 1432 2.250E-09 6/19/79 2045 9.180E-10 6/20/79 245 1.160E-09 6/20/79 800 2.500E-09 6/20/79 1504 1.410E-09 6/20/79 2040 1.440E-09 6/21/79 907 3.330E-09 6/21/79 1500 2.870E-09. i 6/21/79 2025 2.570E-09 6/22/79 941 3.950E-09 l 6/22/79 1459 3.500E-09 6/22/79 2020 1.310E-09 6/23/79 215 2.420E-09 6/23/79 814 4.500E-09 6/23/79 915 3.600E-10 6/24/79 230 2.450E-10 6/24/79 826 6.400E-10 6/24/79 941 4.210E-10 6/24/79 2030 2.680E-10 6/25/79 220 1.360E-10 6/25/79 245 4.930E-10 6/25/79 733 2.660E-09 i 6/25/79 2050 3.250E-09 6/26/79 251 5.860E-10 6/26/79 1332 1.340E-10 6/26/79 2050 3.690E-10 6/27/79 230 3.160E-10 6/27/79 743 8.600E-10 ,

6/27/79 1342 2.300E-09 6/28/79 245 1.240E-09 !

6/28/79 749 4.630E-11 6/28/79 1339 3.930E-09 6/28/79 2000 4.570E-10 6/29/79 737 9.890E-11 6/29/79 1344 1.890E-09 6/29/79 2105 6.610E-10 6/30/79 300 1.640E-09 6/30/79 1419 1.050E-10 6/30/79 2055 3.970E-11 7/ 1/79 230 9.500E-11 7/ 1/79 1448 3.310E-11 7/ 1/79 2010 1.000E-10 7/ 2/79 250 7.650E-11 7/ 2/79 747 9.400E-11 7/ 4/79 833 9.800E-10 7/ 5/79 752 4.100E-11 7/ 6/79 2030 1.860E-09 ,

7/ 7/79 245 4.300E-11 7/ 9/79 2045 9.082E-07 7/10/79 230 8.170E-10 7/10/79 330 5.400E-11 7/10/79 2010 5.200E-10 7/12/79 1214 3.820E-10 7/16/79 745 6.100E-10 B-30

1 TABLE B.17 IODINE DATA FOR SAMPLE LOCATION #4 (328'el) l l

DATE HOUR CONCENTRATION DATE HOUR CONCENTRATION (uC1/cc) (uC1/cc) i 5/17/79 252 5.700E-09 5/17/79 1620 1.070E-08 )

5/17/79 2326 1.500E-08 5/18/79 530 1.300E-08 5/18/79 1617 6.900E-09. 5/18/79 2135 4.200E-08 5/19/79 950 3.800E-08 5/19/79 1416 2.170E-08 5/19/79 2045 1.750E-09 5/20/79 1315 4.000E-08 5/20/79. 2145 7.600E-09 5/21/79 1455 1.130E-08 5/22/79 940 1.210E-08 5/22/79. 1425 1.100E-08 5/22/79 2125 7.180E-09 5/23/79 1015 1.070E-08 5/23/79 1447 2.640E-09 5/23/79 2010 2.360E-09 5/24/79 217 5.500E-09 5/24/79 922 7.910E-09 5/24/79 1415 5.890E-09 5/25/79 316 7.030E-09 5/25/79 842 5.380E-09 5/25/79- 1441 3.710E-09 l 5/25/79 2023 5.100E-09 5/26/79 155 2.220E-09 5/26/79 836 1.570E-09 5/26/70 1341 4.240E-09 l 5/26/79 1957 6.900E-10 5/27/79 159 3.480E-09 5/27/79 852 1.400E-09 5/27/79 .1535 2.660E-09 5/27/79 2005 1.000E-09 5/28/79' 200 1.080E-09 5/28/79 847 6.370E-10 5/20/79 1441 2.250E-09 5/28/79 1942 2.700E-09 5/29/79 330 2.300E-09 5/29/79 2047 3.400E-09 5/31/79 213 1.410E-09 5/31/79 1458 2.860E-09 G/31/79 2030 1.590E-09 5/31/79 2030 1.100E-09 6/ 1/79 736 1.110E-04 6/ 1/79 1430 5.200E-10 6/ 1/79 2030 1.190E-09 6/ 1/79 2030 1.190E-09 6/ 2/79 155 1.090E-09 6/ 2/79 858 1.900E-09

6/ 2/79 1500 4.960E-10 6/ 2/79 2020 8.660E-10 6/ 3/79 200 1.400E-09 6/ 3/79 2035 1.700E-09 6/ 4/79 1302 1.870E-09 6/ 4/79 2025 6.690E-10 6/ 5/79 225 3.540E-09 6/ 5/79 225 8.900E-10 6/ 5/70 235 7.500E-10 6/ 5/79 1303 8.400E-10 6/ 5/79 2125 2.730E-10 6/ 6/79 230 3.300E-10 6/ 6/79 259 5.400E-10 6/ 6/79 803 5.390E-10 6/ 7/79 210 5.700E-10 C/ 7/79 803 3.000E-10 !

6/ 7/79 2025 4.270E-10 6/ 8/79 220 2.740E-10 6/ 8/79 819 4.430E-10 6/ 8/79 819 2.800E-10 6/ 8/79 2020 3.100E-10 6/ 8/79 2020 4.300E-10 ;

6/ 9/79 1406 3.680E-10 6/ 9/79 2025 1.330E-10 1 6/10/79 235 2.960E-10 6/10/79 954 3.860E-10 !

6/10/79 1506 4.630E-10 6/10/79 2010 1.400E-1Q j 6/10/79 2010 3.540E-10 6/11/79 918 2.830E-10 ]

6/11/79 1421 7.740E-10 6/11/79 2030 7.200E-10 ]

6/11/79 2145 2.3908-10 6/12/79 909 9.840E-10 6/12/79 2015 1.960E-09 6/13/79 721 1.130E-09 6/13/79 1728 2.210E-10 6/13/79 2015 5.100E-10 B-31

TABLE B.17 (Continued)

IODINE DATA FOR SAMPLE LOCATION #4 (328'el)

DATE HOUR CONCENTRATION DATE HOUR CONCENTRATION (uC1/cc) (uci/cc) 6/13/79 2015 4.600E-10 6/13/79 2210 5.840E-10 6/14/79 817 1.340E-09 6/14/79 1435 4.480E-10 6/14/79 2025 2.050E-10 6/15/79 220 6.920E-10 6/15/79 225 1.580E-09 6/15/79 2015 1.560E-09 6/16/79 1120 1.710E-09 6/17/79 848 9.860E-11 6/17/79 2025 1.300E-09 6/18/79 225 3.860E-10 6/18/79 830 1.690E-09 6/18/79 1458 1.640E-09 6/18/79 1515 1.550E-10 6/18/79 2020 1.830E-09 6/19/79 220 2.170E-10 6/19/79 830 1.520E-09 6/19/79 2045 7.210E-10 6/20/79 245 1.250E-09 6/20/79 245 2.400E-09 6/20/79 1507 1.200E-09 6/20/79 2040 3.060E-10 6/21/79 115 3.180E-10 6/21/79 115 5.320E-10 6/21/79 1503 2.300E-09 6/21/79 2025 1.730E-09 6/21/79 2025 3.030E-10 6/22/79 935 1.030E-09 6/22/79 1512 2.400E-08 i 6/22/79 2025 2.720E-08 6/23/79 1030 1.800E-08 6/23/79 1100 3.190E-08 6/23/79 2105 4.100E-08 6/24/79 230 2.270E-08 6/24/79 837 2.560E-08 6/24/79 1434 4.100E-08 6/24/79 2030 2.370E-08 6/25/79 220 1.930E-08 6/25/79 752 1.620E-08 !

6/25/79 1335 1.600E-08 6/25/79 2050 2.000E-08 6/25/79 2050 1.680E-08 6/26/79 730 1.350E-08 6/26/79 2045 2.720E-08 6/27/79 235 2.140E-08 6/27/79 805 1.500E-08 6/27/79 1240 7.590E-09 6/27/79 2030 2.420E-08 6/28/79 230 7.150E-10 6/28/79 756 9.090E-09 6/28/79 1343 1.500E-08 6/28/79 2040 1.920E-08 6/29/79 235 1.560E-08 6/29/79 750 1.070E-08 6/29/79 1347 8.730E-09 6/30/79 305 1.670E-08 6/30/79 745 1.200E-08 6/30/79 1415 1.390E-08 6/30/79 2055 1.360E-08 7/ 1/79 235 7.500E-09 7/ 1/79 841 1.170E-08 7/ 1/79 1500 1.410E-08 7/ 1/79 1520 1.410E-08 7/ 2/79 752 1.030E-08 7/ 3/79 2025 1.680E-08 7/ 4/79 1500 9.500E-09 7/ 4/79 2035 1.190E-08 7/ 5/79 745 1.280E-10 7/ 6/79 755 1.200E-09 7/ 6/79 1352 8.790E-09 7/ 6/79 2030 6.920E-09 7/ 7/79 245 5.790E-09 7/ 7/79 1454 6.000E-09 7/ 7/79 2025 7.490E-09 7/ 8/79 225 7.900E-10 7/ 8/79 842 3.400E-09 7/ 8/79 1454 4.350E-09 7/ 8/79 2015 2.180E-09 7/ 9/79 250 7.590E-09 ,

7/ 9/79 7/ 9/79 847 4.L00E-10 2045 1.860E-08 7/10/79 235 8.550E-09 7/10/79 2010 7.890E-09 7/12/79 2005 5.270E-09 7/13/79 2005 9.040E-09 7/14/79 2135 3.650E-09 7/15/79 2030 9.040E-09 B-32 l

l

TABLE B.17 (Continued)

IODINE DATA FOR SAMPLE LOCATION #4 (328'el)

DATE HOUR CONCENTRATION DATE HOUR CONCENTRATION (uci/cc) (uC1/cc) 7/22/79 826 2.120E-10 7/24/79 215 2.580E-09 7/24/79 2030 3.600E-09 7/25/79 230 1.230E-09 7/26/79 743 8.390E-11 7/28/79 735 1.770E-09 7/28/79 1345 2.830E-09 7/31/79 1325 2.370E-09 l

B-33

TABLE.B.18 IODINE DATA FOR SAMPLE LOCATION #5 (328'el)

DATE HOUR CONCENTRATION DATE HOUR CONCENTRATION (uci/cc) (uci/cc) 6/ 2/79 1130. 1.900E-07 6/ 2/79 1515 1.300E-09 6/ 3/79 1421 2.200E-08 6/ 3/79 2130 2.270E-08 6/ 4/79 755 2.440E-08 6/ 4/79 1300 3.070E-08 6/ 4/79 2032 4.420E-08 6/ 5/79' 225 2.030E-07 6/ 5/79 1301 2.600E-08 6/ 5/79 2135 2 200E-08 6/ 6/79 300 2.900E-08 6/ 6/79 350- .3.000E-08 6/ 6/79 1322- 4.480E-09 _6 / 6/79 2015 2.720E-08 l 6/ 7/79 225 7.300E-09 6/ 7/79 225 . 7.300E 6/ 7/79 800 6.800E-09 6/ 7/79 2030 6.530E-09 6/.8/79 225 2.420E-09 6/ 8/79 815 7.330E-09

~6/ 8/79 2000 3.590E-09 6/21/79 2310 8.700E-11 6/22/79 1016 1.380E-09 6/23/79' 255 5.100E-10 6/23/79 1538 2.600E 6/23/79 2115 7.570E-10 6/24/79 245 1.060E-10 6/24/79' 844 2.190E-10 s 6/24/79 2035 4.100E-11 6/25/79 225 6.320E-10 6/25/79 800 4.970E-10 6/25/79 2100 4'.740E-10 i

I i

l 1

B !

'l

1 l

APPENDIX C .

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7%"3# BIBLIOGRAPHIC DATA SHEET l see iNsf auctioNi ou T a DA-TR/8705 [ '
3 TITLt AND 8v0flTLE ase 3 L' ave *LAaK
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Correlation of ioiodine Resuspension With 4/
Temperature at T1 -2 a o^" as'oa7 * " 'o a avT oais, .
May won T ,.
g 1987 veAa ff 4 QA}{ REPORT 18sVED J. A. Daniel, E. A, iel, E. L. Seth, Jr. uoNT y g nAa Julyj 1987 1
7. >tR,oRMING oRGANIZ AflON NAME AND M AiLi ADDRiss I,w8ve ld C88f G pro!%CT/Y $n/ WORK UNtT NUM8ER l
Daniel & Associates, Inc r 4/
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501 Union Trust Building N' 850 Sligo Avenue ' f Silver Spring, MD 20910 ,[8D1647 h io s,oNaoa.No o oANi:ATioN NAue ANo uA,uNo Aconi, v., i, c.=> n. Tveso'*ieroar f
Division of Reactor Accident 'alysis 8 Office of Nuclear Regulatory R 'earch p
U.S. Nuclear Regulatory Commiss """' Technical
[f n '"'""'"'"*"#
Washington, DC 20555 n averu MearAavNotes
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is .sT n ACT ax ., ,
g y Thisreportaddressestheobservedlonkterd'behaviorofradioiodineinspecific locationsintheyI-2AuxiliaryandFu '[andlingBuildings,andprovidesdataon the behavior of I at relatively low t eratures, (50* - 85'F) and non-equilibrium conditions, since the building ventilat46 also discusses the observed effect of han 'ystems were in operation. This report in the daily concentration of radio-i iodine due to diurnal temperature cy i between radiciodine concentration a ~ 'es, an 1,emperature, ambient establishes a numerical relationship i
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16 AvaiLAteLIT V Radiciodine, Rer pension, TMI-2 sT ATEMENT 'l Unlimited !
16 SECumiTv CL Ossification
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< Unclassified i 3 Nuweta or Pacts 1 is Paict l
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U. S. COWE RhM kT PR t hilh0 DrF ICC ,1987 101 68 2 t 60156 i
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UNITED STATES ' sacet nowTs.ctass aan !
NUCLEAR REGULATORY COMMISSION - '* Stay,U{ES MD WASHINGTON, D.C. 20555 ' WASH o c PERMIT No, G67 -
. OFFICIAL BU$1 NESS PENALTY FOR PRIVATE USE,8300 1 055507H877 1 1AN1R3 US NRC-QaPM-SOM OIV OF PUS $VCS i POLICY s PUP MGT PR-POP NUPEG <<
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ML20236G378

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ML20236G378

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SUMMARY

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1.0 INTRODUCTION

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