Text

Calculation for Alternative Source Term, H21C078, Unit 1 MSLB Puff Release Atmospheric Relative Concentrations
	ML070110323
Person / Time
Site:	Nine Mile Point
Issue date:	07/23/2004
From:	Klazura A; Nine Mile Point, Sargent & Lundy
To:	; Office of Nuclear Reactor Regulation
References
	H21C078
	Download: ML070110323 (126)
	v • d • e

Nine Mile Point Unit 1 Alternative Source Term Calculation H21C078 "Unit 1 MSLB Puff Release Atmospheric Relative Concentrations"

Originator(s)

/x ANTHONY G. KLAZURA (SARGENT & LUNDY)

.4, Reviewer(s)/IApprover(s) I '

0 ROMAN KAHN (SARGENT &,LUNDY) / W. J. JOHNSON (SARGENT & LUNDY) f*.A,-v--

Eval., DER, or Prep'd Reviewe Rev Description Change No.

B Date By Date A

Date 00 ORIGINAL ISSUE (SEE REMARKS)

N/A AGKIO' 7120/04 RK 1_ k 7/20/04 WJJ',

7J7*P4 Computer Output/Microfilm Filed Separately (Yes I No / NA): NA Safety Class (SR I NSR I Qxx): SR Superseded Document(s):

ee_ p sN/A A

Document Cross Reference(s) - For additional references see:page(s) 30 PINI Nh L Output provided? :No If yes, group(s)

(YIN)

Ref No Doc Type Document No.

Index -

Sheet Rev 8.2 NMP UNIT 2 USAR INFO N/A 14.6 15 8.5 CALC. H21C076:

INPUT N/A N/A 8.6 CALC HVC-080 INPUT N/A 6

00 8.7 CALC. PR-C-25-B, DISP 01C INPUT N/A N/A 1

8.8 NMP UNIT 1 UFSAR INPUT N/A V, XV 17 8.9 CALC H21C043 INPUT N/A N/A 01 8.10 PROCEDURE EPIP-EPP-13 i

INPUT N/A N/A 13 8.11 NMP, UNIT 1 TS BASES 2.2.1 INPUT N/A N/A 142 8.12 MEMO M98-014 INPUT N/A N/A N/A General Reference(s);:

I Crane 410, "Flow of Fluids;" NRC Reg Guide 1.194; Slade, et.!al., "Meteorology and Atomic Energy" Remarks:

The reviewers signature indicates compliance with S&L Procedure SOP-0402 and the verification of, as a minimum, the following items: correctness of math for manually prepared calculations, appropriateness of input data, appropriateness of assumptions and appropriateness of the calculation methodi Confirmation Required (Yes / No) : No Final Issue Status:

Turnover Required See Page(s) :!

APP.

(Yes / N/A): N/A 10CFR50.59 Evaluation Number(s):

Component ID(s) (As shown in MEL):

Copy of Applicability Determination or 50.59 Screen N/A Attached? Yes E] No 9 Key Words : AST, X/Q, MSLB, CONTROL ROOM, DOSE, PUFF RELEASE, TSC E:\\AGK\\NineMile\\Unit 1 MSLB Atm Dispersion\\Final Calc-For Client Com~ment\\Calc H21C078 7-19-04 Comments Incorp.doc NEP-DES-08 Rev 07

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Revision A. G. Klazura R. Kahn H21C078 00 Ref TABLE OF CONTENTS Section Page TABLE OF CONTENTS....................................................................................................

2 LIST O F A PP E N D IC ES....................................

!....................................................... 2 L IS T O F T A B LE S...............................................

................ 2 L IS T O F F IG U R E S............................................

i.........................................................................

2

1.

P urpose and Scope................................

3 1.1. P u rp o se....:..........................................................................................................................

3 1.2. S co p e.........................................................

3

2.

A cceptance C riteria....................................................................................................

3 3.

A ssu m piio ns.......................................................................................................................

4 4.

D e sig n In p uts.......................................................................................................................

5

5.

M ethodology/Calculations............................................

8

5.1 M ethodo logy........................................................................................................................

8 5.2 C a lc u latio n s..............................................

I........................................................................ 14 6.

R e su lts.............................................................................................................................

2 7

7.

Conclusions........................................................................

29 8.

R efe re nces................................................

3 0

9.

Appendices...................................................................................

30 LIST OF APPENDICES Appendix A - Development of Gaussian Puff Model (6 pages)....................................... A-1 Appendix B - Calculation of Integrated x/Q (82 1pages).............................................

.B-1.4L, LIST OF TABLES Table 1. Mass of Reactor Coolant (Steam & Liquid) Released Following the MSLB..................... 5 Table 2. Horiz6ntal Distance from MSLB Release Point to Air Intake Location.............................

6 Table 3. Unit 2Control Room Air Intake Flow Rates..................................................................

6 Table 4. Minimum Distance from MSLB Release to Air Intake Location.......................................

9 Table 5. Summary of Cases Analyzed & Average Air Intake Flow Rates....................................

20 Table 6. Calculated X/Q For Unit 2 Control Room Cases 1 Through 9.......................................

27 LIST OF FIGURES Figure 1 - M S LB Puff M odel................................................................................................... 9 Figure 2 - Weighted Relative Puff Concentration at Unit 1 CR Air Intake Location................. 23 Figure 3 - Weighted Relative Puff Concentration at Closest Unit 2 CR Air Intake Location......... 24 Figure 4 - Calculated x/Q versus Unit 2 CR Emergency Ventilation Actuation Time............... 25 Figure 5 - Weighted Relative Puff Concentratibn at TSC Air Intake Location.......................... 26 NEP-DES-08 Rev 07

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1.

Purpose and Scope 1.1. Purpose The purpose of this evaluation is to calculate atmospheric relative concentrations (i.e., X/Q values) to be used to determine Nine Mile P~oint (NMP) operator doses following a Main Steam Line Break (MSLB) accident at NMP Unit 1.,

1.2. Scope Atmospheric relative concentrations (X/Qs) are to be calculated at the NMP Unit 1 control room

~I air intake location, the NMP Unit 2 control room air intake location with the largest X/Q, and the NMP Technical Support Center (TSC) air intake location. The X/Q values will be calculated in accordance with the methodology specified in NRC Regulatory Guide 1.194 (Reference 8.1).

2. Acceptance Criteria None.

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3.

Assumptions 3.1.

Meteorological Conditions Assumed site meteorological conditions are'prescribed in Section C.5 of NRC Regulatory Guide 1.194 (Reference 8.1) for the instantaneous puff release model as follows:

Wind Speed: 1 meter/second toward the receptor; and Stability Class F.

3.2. Unfiltered Inleakage Location It is assumed that the air intake locations can be used to conservatively characterize the location of any unfiltered inleakage entering the control room or TSC envelopes. For the NMP Unit 2 control room, which has 4 air intakes, it will be conservatively assumed that all unfiltered inleakage will be located at the bounding (closest) control room air intake location.

3.3. Actuation of Unit 2 Control Room EmergenCy Ventilation Following a Unit 1 MSLB It is assumed that the NMP Unit 2 control rIom air intake radiation monitors will actuate the NMP Unit 2 control room emergency ventilation system following a Unit 1 MSLB accident. Current plant licensing basis credits the control room' (CR) noble gas monitor response for.actuation of the CR emergency ventilation system for the Unit 2 MSLB radiological analysis!.(PReference 8.7 and Section 9.4.1.2.2 and Table 15.6-6 of Reference 8.2).

Since the Unit 2 control room emergency ve, rntilation system actuation time may change, a range of actuation times is investigated to determine the effect of change of the actuation time on the control room

/Q.,

3.4. Actuation 0f TSC Emergency Ventilation Following a Unit 1 MSLB Actuatiori of the TSC emergency ventilation system is procedurally controlled and is accomplished by TSC staff as indicated in NMP Procedure EPIP,-EPP-13 (Reference 8.10).

EPIP-EPP-13 indicates that the TSC should be staffed within 30 minutes during normal working hours and within 60 minutes during off-hours. Attachment 4 of EPIP-EPP-13 directs to activate the TSC :emergency ventilation system in accordance with Attachment 5 of the procedure. Since the TSC emergency ventilation system is manually activated and since the MSLB plume is expected to pass over the TSC intake withi a matter of minutes following MSLB initiation, it is assumed that the normal TSC ventilation system is in operation with a constant air intake flow rate during the passing of the MSLB plume:

3.5. Ground Level Release The MSLB is assumed to be a ground level release and therefore the height of the release is taken to be the same as the elevation of the Units 1 and 2 control room air intakes and the TSC air intake. This has a conservative effect on the integrated atmospheric relative concentration (X/Q) values by reducing dispersion.

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4. Design Inputs 4.1.

Main Steam Mass Release The safety analysis for the Unit 1 Main Steam Line Break (MSLB) is reported in Section XV.C.1.3.1 of the NMP Unit 1 UFSAR (Refe~rence 8.8). The MSIV detection and closure time is 11 seconds as indicated in.Sections XV.C.I.2 and XV.C.1.3.1 of the NMP Unit 1 UFSAR (Reference 8.8). Prior to MSIV closure, approximately 107,150 lbs of reactor coolant (in the form of liquid and steam) is lost through the steam line break (Section XV.C.1.2 of Reference 8.8)..

Reactor Coolant mass release data is reported below. The masses of main steam and reactor coolant liquid that are released for a Unit 1 MSLB accident are obtained from Section XV.C.1.3.1 of Referenlce 8.8.

Table 1. Mass of Reactor Coolant (Steam & Liquid) Released Following the MSLB Parameter Value Total mass released 107,150 lbs Mass of steam released 26,250 lbs Mass of coolant released 80,900 lbs Mass of coolant released in liquid form (1) 50,158 lbs Mass of coolant that flashes and is released as steam (1) 30,742 lbs Notes (1) Value is calculated in Section 5.2.6.

4.2. Distances Between MSLB Steam Release Point and Air Intake Location The horizontal distances from the Unit 1 turbine building blowout panels to the ventilation air intake locations are presented in Table 2.

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MSLB Release Location Air Intake Location I1)

Unit 1Turbine Bldg Blowout Panels References Unit 1 CR 71.9 Note 2 TSC 100.

Note 2 Unit 2 CR (west-high) 229.19 Note 2 Unit 2 CR (west-low) 226.71 Note 2 Unit 2 CR (east-high) 256.18 Note 2 Unit 2 CR (east-low) 256.18 Note 2 Notes:

(1) Indication that the Unit 1 control room and theTSC each have a single air intake and the Unit 2 control room has 4 air intakes is provided in NMPAST-02-001 which is included in Reference 8.5.

(2) Table 7.3.1 of NMPAST-02-001 which is inclu~1ed in Reference 8.5 4.3. Unit 1 Control Room Air Intake Flow Rates The Unit 1 control room air intake flow rates for both the normal and emergency. ventilation systems are 2250 cfm + 10% = 2475 cfm (Data/Assumption Item 24 of Reference 8.9 and Reference 8.12).

4.4. Unit 2 Control Room Air Intake Flow Rates (Current Licensing Basis)

The Unit'2 control room normal and emergency air intake flow rates are taken from pages 3 and 4 of Reference 8.7 and page 6 of Reference 8.6 and are reproduced in the table below.

Table 3. Unit 2 Control Room Air Intake Flow Rates SnVentilation System oei a

s tpa e clro o ite Normal 1650 cfm Emergency ():2750 cfm Notes:

(1) Data/Assumption 3 of Reference 8.7 indicates that the operator secures I fan at 20 minutes after accident initiation which Ireduces the air intake flow rate to 1650 cfm.

Since this evaluation is modeling a puff release that passes the control room intake in a matter of minutes, the control room air intake flow rate at 20 minutes is not used in this evaluation.

(2). Intake flow rates given are upper bound conservative values for the purpose of calculatinq control room doses (+1 0%/ tolerance limit)

The Unit 2;emergency ventilation system is, actuated by the control room air intake radiation monitors (Assumption 3.3). Since this evaluation is determining the maximum atmospheric NEP-DES-08 Rev 07

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Revision A. G. Klazura R. Kahn IH21C07800 Ref relative concentration as a function of emergency ventilation system actuation time, the actual time when the emergency ventilation system will be actuated is not important.

4.5. Technical Support Center Air Intake Flow Rates The TSC normal ventilation system is assumed to be operating during the entire time period required for~the MSLB release activity to pass over the TSC air intake location (Assumption 3.4).

Since the normal TSC ventilation system is assumed to be operating during the entire time of Unit 1 MSLB plume passage over the TSC air intake, the TSC air intake flow rate will remain constant during plume passage. When the air intake flow rate is constant, the time dependent air intake flow rate in the numerator and the average air intake flow rate in the denominator of Equation 3 in Section 51 of this calculation (i.e., F(t) in the numerator and F in the denominator) cancel each other out and the calculated atmospheric relative concentration (i.e., X/Q) is independent of the air intake flow rate. As such, the TSC air intake flow rate value is not required as input to this calculation.

4.6. Steam Properties Saturated steam at atmospheric pressure (14.696 psia) has a temperature of 212 0F, an enthalpy (h9) of 1150.0 BTU/lb, and a density of 1/26.799 ftl/lb = 0.0373 lbs/ft3 per page A'-12 of Reference 8.4.

4.7 Reactor Coolant Properties Operating Pressure The reactor coolant nominal operating pressure is 1030 psig (Section V.A.3.0 of Reference 8.8 and Reference 8.11).

Enthalpyv

-Enthalpies of saturated water, as a function:of pressure, are provided in the following table.

Pressure Enthalpy (psia)

(BTU/Ib)

Reference 14.696 180.17 P9 A-12 of Reference 8.4 1000.0 542.6 Pg A-15 of Reference 8.4 1050.0 550.1 Pg A-15 of Reference 8.4

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5. Methodology/Calculations 5.1 Methodology Overview:

The MSLB represents a double-ended break of the main steam line outside the drywell. The subsequent release of steam will occur over-a very short period of time before the turbine stop valves and the Main Steam Isolation Valves; (MSIV's) close. The stop valves and isolation valves are closed and thus the steam release is terminated in approximately 11 seconds (Design Input 4.1). Since the release duration is so short (less than one minute) it qualifies as an instantaneous puff release per Regulatory Guide 1.194.

The released steam exits through the Unit.turbine building blowout panels and constitutes an unfiltered release directly to the environment. The puff is centered at the Unit 1 turbine building blowout panel location and is modeled as a Gaussian distribution after it expands to atmospheric conditions.. The Unit 1 turbine building is conservatively not considered in the model, therefore there is n.o holdup nor building wake effectsjfrom this building.

Figure 1 shows schematically the puff in relation to the control room or TSC air intake locations:

Plume puff dimensions are calculated in Secztions 5.2.1 and 5.2.2. As shown in Figure 1, the puff is assumed to have the shape of a Gaussian distribution and 95% of the puff activity is contained within 2 standard deviations (2a) of the puff centerline as shown in the figure. Distances associated with DL (the distance between the leading edge of plume and the air intake location)

Dc (the distance between the plume centerline and the air intake location) and DT (the distance between the trailing edge of the plume and the air intake location) are presented in Table 4.

Distances between the plume centerline and the air intake locations are obtained from Design Input 4.2, Distances between the leading edge of the plume and the air intake locations and between the trailing edge of the plume and the air intake locations are determined using information calculated in Section 5.2.2. Calculated distances are presented in Table 4 of this calculation.

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Revision A. G. Klazura R. Kahn H21C078 00 Initial Puff Location I

Puff speed, 1 m/sec poll*

or TSC Air I

I I

L f

centerline (Dc)

centerline + 2cr (DT)

Figure 1 - MSLB Puff Model Table 4. Minimum Distance from MSLB Release to Air Intake Location Distance (Meters)

D L * (1 D c (Z )

D T( )

'Unit 1 CR Air Intake 36.6 71.9 107.2

,Unit 2 CR Air Intake (6) 191.411 226.71 262.01

ýTSC Air Intake 64.7 100 135.3 Notes:

.(1)

DL = Dc-2o, and D-r = Dc+ 2o0 where d, is the initial puff dispersion coefficient (i.e., 17.65 meters) which is calculated in Section 5.2.2.

.(2) Plume centerline distance is the minimum distance from the turbine building blowout panels to the air intake location (Design Input 4.2).

.(3) The distance to the Unit 2 CR air intake is the minimum distance over the 4 possible air intake locations.

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Revision A. G. Klazura R. Kahn H21C078 00 Ref This calculation will determine conservative X/Q values at the Unit 1 control room air intake location, the Unit 2 control room air intake location, and the TSC air intake location for the Unit 1 MSLB accident. The calculation methodology uses the methodology for an instantaneous puff release presented in Regulatory Guide 1.194 and includes the following considerations:

Increased unfiltered inleakage to the Unit 1 control room, Unit 2 control room, and TSC Unit 1 control room normal and emergericy ventilation air intake flow rates are the same Unit 2 control room emergency filtration system actuation following a Unit 1 MSLB accident is accomplished by the Unit 2 control room air intake radiation monitors T

TSC normal ventilation system is in opeiation during the time it takes for the MSLB plume to pass completely over the TSC air intakeý The reason, control room and TSC HVAC parameters are important is because the puff release model is time-dependent which means airborne radionuclide concentration varies within the puff release volUme and thus the airborne radionuclide concentration at the receptorlocation (Unit1 and Unit 2 control room air intakes and TSC air intake) changes with time. When an average X/Q is reported, it is assumed that the air intake flow rate is constant over the time the puff passes over the intakes. If the flow rates change (or increase) when the puff concentration is at its highest, then the average X/Q reported may not be conservative. Hence, Regulatory Guide 1.194 methodology is used to apply adjustmient factors to the X/Q to account for:this phenomenon.

Instantaneous Puff Release Model The instantaneous puff release model for calculating an effective atmospheric dispersion parameter is given below per Regulatory Guýide 1.194 (Reference 8.1). Note that Equation 1 is based on Equation 10 in Regulatory Guide 1.194, as some modification was necessary. Refer to Appendix A.

[Equation 1]

IT2

[

(X (x ut)2h (ex 2'

+y

+

2

ý2 2

-F-)di QF 0 ) Va4(x, k) + cK,2(27)/2 (x, k) +a?

[ 2 X.,(x,k)+~

aIx,k)+oi JJ Where:

X/Q(x,u,h,k)

=

Effective puff atmo~spheric relative concentration, sec/m3 X

=

Integrated concentration at control room intake, Ci-sec/m 3 NEP-DES-08 Rev 07

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Revision A. G. Klazura R. Kahn H21C078 00 Ret Q

=

Release quantity, Ci x

= Release point to receptor distance, m u

=

Wind speed, m/sec.ý Assume 1.0 m/sec (Assumption 3.1) k

=

Stability Class. Assume F (Assumption 3.1) h

=

Difference in elevation between the physical release point and the air intake (meters). If the air intake is at a higher elevation than the release point and the puff is! buoyant, assume h 0.

T

=

Time (sec) for trailing edge of puff to pass control room intake.

x + 3 (x, k)+ j U

F(t)

Control room or TSC total air intake flow rate, cfm. (If the'air intake flow rate is constant over the period 0 to T seconds, the F(t) term can be omitted from the puff model.)

F Average of control room (or TSC) total air intake flow rater.cfm, over the puff transit time, T. (If the air intake flow rate is constant over the period 0 to T seconds, the FP term can be omitted from the puff model.)

T fF(t)dt 0

T fdt ox~y(x,k)

=

Lateral atmospheric diffusion coefficient Standard deviation, m, of the puff in the horizontal along the wind direction and crosswind directions at the receptor location..Use Figure 4 of Reg. Guide 1.194 with the distance x and stability class F to determine 0x~y at the receptor,, e.g., ux,y = ay.

6(X,k)

=

Vertical atmospheric diffusion coefficient Standard deviation, m, of the puff in the vertical cross-wind direction at the receptor location. Use Figure 5 of Reg. Guide 1.194 with the distance x and stability class F to determine o, at the receptor.

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Revision A. G. Klazura R. Kahn H21C078 00 R1f Initial standard deviation of the puff (meters) 2-V 10 1 (27r)'12]

V Initial puff volume (expanded to standard atmospheric conditions), m3 (The puff dimensions.that would exist when the puff is at the air intake are assumed to exist during the entire puff transit.)

The MSLB is assumed to be a ground level;release and therefore the height of the release is taken to be the same as the elevation of the air intakes (Assumption 3.5). This results in setting h=O in Equation 1 above. This has a conservative effect on the integrated atmospheric dispersion parameter (X/Q) by reducing dispersion.

With this assumption, Equation 1 reduces t6 the following form:

[Equation 2]

2x I F

XU)

=

k) exp -

i F(tjdt 2(3 a 2

+ o.

2

(

2. ( x2)

VC.F a(x,k)+a1 (27r)3/2(a.Y(x~lk)+a1)o 2LU(Xk+

Jj't For this calculation, the integral given in Equation 2 will not be solved exactly. A finite difference solution will be used as shown below in Eqiation 3.

[Equation 3]

x 2

N x px -)

2

-(xu~k

)32 2exp 1

(

2 2,/ctooA x-(.,2 (x, k) 4-(2r.)32 (.,xk)+o.),=

.(x,k)+

)

a, Where:

ti: time step in increments of seconds (ti= t-I + At)

At: time step increment, 1 second N: number of time steps = TIAt A uniform time step (At) of 1 second will beý used for this calculation.

Unfiltered Inleakage The behavior of Equation 3 shows that if the control room intake flow rates are non-uniform and tend to peak at the same time the airborne: concentration does, then the calculated X/Q will increase. It is assumed that control room unfiltered inleakage is a constant flow rate over the entire accident period. Therefore, by increasing the assumed unfiltered inleakage, the effect is to NEP-DES-08 Rev 07

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-ef reduce peaking in the control room intake flow rate which will make the flow rate function more averaged over the puff transit time. In the lirit as unfiltered inleakage increases, the flow rate over the puff transit time approaches a constant, average value. Based on the results shown below, it is conservative to set the assumed'unfiltered inleakage to zero over the entire puff transit time.

This argument will hold true as long as the Calculated X/Q with time-dependent flow rates is more conservative than with an average flow rate.' If the opposite is true, then the flow rates are out of step with the maximum concentration and the averaging effect of unfiltered inleakage would be to increase the calculated X/Q.

In this problem, X/Q's calculated for the Unit 2 control room using time-dependent intake flow rates are more conservative than X/Q's determined using an average intake flow rate. To verify this argument, the X/Q is calculated with an 'average flow rate throughout the puff transit time to check against the variable flow cases.

Atmospheric relative concentrations at the Unit 1 control room air intake location and the TSC intake location are calculated using a constant air intake flow rate. When the air.-intake flow rate is constant during the time that the puff release passes over the intake, the air intake flow rate variables in the numerator and denominator' of Equation 3 cancel each other out and the atmospheric relative concentration (i.e., X/Q) is independent of the air intake flow rate. The total air intake flow rate will remain constant following inclusion of a constant unfiltered air inleakage rate and thus a constant unfiltered air inleakage rate will have no Impact on the-calculated X/Q for the Unit"1 control room and the TSC.

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Revision A. G. Klazura R. Kahn H21C078 00 Re 5.2 Calculations Equation.3 will be used to calculate the effective atmospheric dispersion parameter (X/Q). The following parameters must be calculated asiinput into Equation 3. Atmospheric puff diffusion coefficients and puff transit times are calculated separately for the Unit 1 control room air intake, the Unit 2 control room air intake, and the TSC air intake. The average control room intake flow rate is calculated for the Unit 2 control rooml but not the Unit 1-control room or the TSC since the intake flow rates for the Unit 1 control room 'and the TSC are constant during the entire puff transit time.

Steam expansion volume, V Initialpuff dispersion coefficient, a, Atmospheric puff diffusion coefficients, a,, and

Puff transit time (total time for puff to completely pass over the air intake, T)

Average air intake flow rate for Unit 2 control room, F (includes unfiltered inleakage).

Once these parameters are calculated, they will be used with Equation 3 to determine the integrated atmospheric dispersion parameter (X/Q) at the receptor location.

5.2.1 Steam Expansion Volume, V The initial volume of the puff (steam volume after expansion) is calculated as follows.

The total. steam mass released was given in Table 1. A total of 26,250 lbs was released directly as steam. Of the total of.107,150 lbs of coolant released from the break, the remainder of 80,900 lbs was released as liquid that spills on the floor in the steam tunnel. Of this 80,900 Ibs, 30,742 lbs flashes to steam. Therefore theltotal steam mass released through the blowout panels to the environment is:

Mtea, = 26,250 lbs + 30,742 lbs = 56,992 lbs The steam, conditions are assumed to be saturated steam, at 100% quality. These are the approximate conditions in the steam line prior to the break.

Per Regulatory Guide 1.194 (page 1.194-19) the initial puff volume, V, is defined as-that volume of steam after expansion to standard conditions. Standard conditions is recognized to be 14.696 psia (at sea level) and - 68'F. The volume of the steam is determined by the following equation (assuminguniform density):

V = Msteam P

[Equation 4]

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Revision A. G. Klazura R. Kahn H21C078 100 Ret Where:

Msteam: steam mass released, lbs p:

steam density after expansion, lb~s/ft3 Saturated steam does not exist at "standard; conditions", or 14.696 psia and 681F. As the steam expands intothe turbine building and out thrbugh the blowout panels, it will mix with the air both in the building and outside in the environment. When the steam reaches atmospheric pressure, approximately 14.7 psia (adjusted for plant site elevation) it will stop expanding. No condensation during the expansion will be considered, and the steam puff dimensions will be determined based on the released steam mass at a pressure of 14.696 psia and a temperature of 212 0F. No credit is taken for holdup in the building per Regulatory Guide 1.194, page 1.194-18.

From Design Input 4.6, the steam density af 14.696 psia is 0.0373 lbs/ft3. Using Equation 4, the initial puff volume is calculated as follows:

V Msteam /.p = (56,992 lbs / 0.0373 Ibs/ft3)*i30.48 cm)3/ft3.(Im 3/1E+06 cm3) = 431266.32 m3 5.2.2 Initial Puff Dispersion Coefficient, oa From thedefinition given in Equation 1, the initial puff dispersion coefficient (a,) isicalculated' from the initial puff (steam) volume, V:

=[23/211/3

-- 2V

=17.65m Therefore 2o, = 2

17.65 m = 35.3 meters 5.2.3 Atmospheric Puff Diffusion Coefficients, aY,, and Oa The atmospheric puff diffusion coefficients for use in Equation 3 above are prescribed by Regulatory:Guide 1.194, Figures 4 (page 1:194-25) and 5 (page 1.194-26). The lateral diffusion coefficient (oy,,) is given by Figure 4 and the vertical diffusion coefficient (aY) is given by Figure 5.

Both are functions of x (downwind distance) and stability class only. Per Regulatory Guide 1.194, SiabilityClass F is used.

A conservative distance to the receptor is dletermined from Design Input 4.2. Since this is defined to be a ground level release (Reg. Guide 1.194, page 1.194-18), any difference in elevation between the control room intakes and the release location is not considered. Only the horizontal distance is credited.

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This distance also represents the distance between the puff centerline and the air intake location.

For calculating diffusion coefficients, the smaller the distance that the puff travels, the less dispersed the puff will be. Underestimated diffusion coefficients are conservative, since diffusion in the lateral and vertical directions is reduced, thereby increasing the integrated relative concentration at the receptor. The dispersion of the front edge of the puff should be different from the back edge based on different distances to the receptor as shown in Figure 1.

However, per Reg. Guide 1.194, "...(The puIff dimensions that would exist when the puff is at the control room intake are assumed to exist during the entire puff transit.)." as discussed in the definition of V in Equation 1. Therefore, use of calculated diffusion coefficients based on puff centerline distances will be used to characterize the diffusion of the entire puff cloud at the air.

intake location. Puff diffusion coefficients are determined for the Unit. 1 control room air intake, the Unit 2 control room air intake, and the TSC air intake.

Unit 1 Control Room Air Intake Location The minimum distance from the plume centerline to the Unit 1 control room air intake location is 71.9 meters (from turbine building blowout Ianels to Unit 1 control room air intake;, Design Input 4.2). The horizontal and vertical diffusion coefficients for stability class F at 71.9 meters are obtained from Figures 4 and 5 of Reg. Guide 1.194 by use of log-log interpolation of horizontal and vertical diffusion coefficients associated with selected distances that bound the distance to the air intake location. Bounding distances'(and associated sigma values) used for log-log interpolation are 18 meters (Yy = 1 m) and 1000 meters (o&Y = 38 m) from Figure,.4 of Reg. Guide 1.194 and 37 meters (a, = 1 m) and 1000 meters (co = 14 m) from Figure 5 of Reg: Guide 1.194.

The bounding distances represent sigma values that are easy to read off the plots. Use of log-log interpolation is acceptable because the plots in Figures 4 and 5 of Reg. Guide 1.194 are straight line log-log plots. The horizontal and vertical diffusion coefficients at the air intake location are determined as follows:

(

' n(Vl'9) In(I 8)

.,.y (71.9 meters)

EXP In(])+

7

.i-*00-i

(In(38) -In(]))J xy -3.5 m 0 EXP

}(ln

+ n(71.9)-In(37)

(In(] 4) - In(]))

ah(71.9 meters)= EXP-In~l)+ 1-*

_*n(71"9)--"n(-~"7kIn]0) az= 1.7rm' Unit 2 Control Room Air Intake Location The minimum distance from the plume centerline to the Unit 2 control room air intake location is 226.71 meters (from turbine building blowout panels to Unit 2 control room west-low air intake, Design Input 4.2). The horizontal and vertical diffusion coefficients at 226.71 meters are determined by log-log interpolation using tl~e same bounding values from Figures 4 and 5 of NEP-DES-08 Rev 07

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H21C078 00 Ret Reg. Guide 1.194 that were used to determine the sigma values for the Unit I control room air intake location.

o* (226.71 meters)= EXP In(l)+

n 8)11* (ln(38)- ln(1))

0=

9.91 m I1n(226.,1) - ln(37),(n1)-I~)

a (226.71 meters)= EXP ln(1) +

in(- *

(n(14) - n())

az = 4.27 m TSC Air Intake Location The minimum distance from the plume centerline to the TSC air intake location is 100 meters (from turbine building blowout panels to TSC air intake, Design Input 4.2). The horizontal and vertical diffusion coefficients at 100 meters are determined by log-log interpolation using the same bounding values from Figures 4 and 5, of Reg. Guide 1.194 that were used to determine the sigma Values for the Unit 1 control room air intake location.

a(1100 m.eters)

EXPIn()+In(t 00) -Un(I8),(1n(38)-In(l))

,.,(100meters)=

000) Inn(] 8n-O-

))

ox'y = 4.72 m oF (100 meters) =EXP....

( ln( 100)- 1(37) 'I*

4 -

ln(1 000) - 1n(37)

I oz = 2.22 m 5.2.4 Puff Transit Time, T The total time for the trailing edge of the puff to pass the control room intakes or the TSC intake is T and is the integration limit in Equation 1. The puff transit time is calculated with the following formula as given in the definition in Equation 1. The assumed wind speed is 1 m/sec per Reg.

Guide 1.194. Puff transit times are calculated for the Unit 1 control room air intake, the Unit 2 control room air intake, and the TSC air intake. The shortest distance between the puff release location and the air intake location is used to calculate the puff transit times..

T-x + 3" [Y x(x,'k) + alJ+!

T=.

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Revision A. G. Klazura R. Kahn H21C078 00 Hef Unit 1 Control Room Air Intake Location The distance to the closest receptor is 71.9 m. Initial puff dispersion coefficient is 17.65 m (Calculation 5.2.2). The lateral diffusion coefficient at the puff centerline is 3.5 m (puff average value, Calculation 5.2.3).

T=x +71.9m+3.5m+17.65m]=135.35sec.

(round upto 136sec.)

u I mis Although the closest receptor produces the minimum transit time, it is also representative of smaller (more conservative) diffusion coefficients, therefore the use of the closest receptor location is still conservative for calculation of the puff transit time.

Unit 2 Control Room Air Intake Location The distance to the closest receptor is 226.71 m. Initial puff dispersion coefficient is 17.65 m (Calculation 5.2.2). The lateral diffusion coefficient at the puff centerline is 9.91.m (puff average value, Calculation 5.2.3).

+

laxly[(x,k)+c 1 ji 267m399m

+17.65m]

226.71 m=+ 3.=[9.91 309.39 sec. (round up to 310 u

lm/s sec.)

TSC Air Intake Location The distance to the closest receptor is 100 m. Initial puff dispersion coefficient is 17.65 m (Calculation 5.2.2). The lateral diffusion coefficient at the puff centerline is 4.72 m (puff average value, Calculation 5.2.3).

x +3 Ia,(x, k) +a, 1

00 lm

+ 3-[t72 m +17.65 m]

T= 3-[

x)+1 167.llse.

(round up to 168 sec.)

u I m/s 5.2.5 Average.Air Intake Flow Rates The average intake flow rate over the puff transit time is determined using the following equation that is given in Appendix A of this calculation (Equation A10):

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Revision A. G. Klazura R. Kahn H21C078 00 ReT T

d TI T2 f

J~~tfF~dt +JfFd~t 0

0 TI F= o T2

[Equation 5]

T T2 Jdt 0

Where:

T1 = time when the normal air intake flow rate is terminated and the emergency intake flow rate begins.

T2 = time (sec) for the traiiing edge of the plume to pass over the air intake location.

FN = normal ventilation system air intake flow rate FE = emergency ventilatioh system air intake flow rate Unit 2 Control Room Average Air Intake Flowv Rate It is indicated in Design Input 4.4 that the control room intake radiation monitors are credited with actuation' of the Unit 2 control room emergency ventilation system. Design Input 4.4 also indicates'that the Unit 2 control room normal air intake flow rate is 1650 cfm and the emergency ventilation system air intake flow rate is 2750 cfm. Since the actuation time for the control room emergency ventilation system may change,! a range of actuation times is investigated to determine the effect of change in the actuation time on the control room X/Q. The actuation time which produces the maximum X/Q will be reported as the bounding case. The same formula (i.e., Equation 5) is used to calculate the average air intake flow rate for each actuation time.

Average air intake flow rates to the Unit 2 control room, as a function of control room emergency ventilation System actuation time, are presented in Table 5 that follows.

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-Reft I.

Table 5. Summary of Cases Analyzed & Average Air Intake Flow Rates I

Unfiltered.

Avg Flow Case Description Intake Flow Rates Inleakage Rate (cfm)

N/A - the flow rate does not affect 1

Average Flow Rate Equation 3 since the weighting 0 cfm 1 ()

factor redu6es to 1.

2 126 sec. actuation time 0 - 120 sec:

1,650 cfm 0 cfm 2324.19 120 sec. - 310 sec.:

2,750 cfm 3

150 sec. actuation time 0 - 150 sec:

1,650 cfm 0 cfm 2217.74 150 sec. -310 sec.:

. 2,750 cfm 4

180 sec. actuation time 0 - 180 sec:

1,650 cfm 0 cfm 2111.29 180 sec. - 310 sec.:

2,750 cfm 5

190 sec. actuation time 0 - 190sec:

1,650 cfm 0 cfm 2075.81 190 sec. -310 sec.:

2,750 cfm 6

195 sec. actuation time 0 - 195 sec:

1,650 cfm 0 cfm 2058.06

__195 sec. -0310 sec.:

2,750 cfm 7

200 sec. actuation, time 0 - 200 sec:

1,650 cfm 0 cfm 2040.32 200 sec. -1310 sec.:

2,750 cfm 8

205 sec. actuation time 0 - 205 sec:

1,650 cfm 0 cfm 2022.58 205 sec. -:310 sec.:

2,750 cfm 9

210 sec. actuation time 0 - 210 sec:

1,650 cfm 0 cfm 2004.84 1 210 sec. -:310 sec.:

2,750 cfm I

Notes:

I (1) For Case 1 (Average Flow Rate) the reported v.lue (i.e., 1) is not the average flow rate but is actually the solution to the weiqhtinc factor ( i.e., F(t)/F) in Ecquation 3.

5.2.6 Calculation of Fraction of Released Coolani that Flashes to Steam The fraction of the released reactor coolant liquid that flashes to steam following a Unit 1 MSLB is calculated by solving Equation 6 for Ms/KML. Equation 6 is a constant enthalpy equation in which the enthalpy of the released reactor Coolant before flashing is equal to the total enthalpy in the reactor coolant and steam after flashing.

MLHL=MLAHLA +MSHSA

[Equation 6]

Where: ML = Mass of reactor coolant released (i.e., 80,900 lbs per Design Input 4.1)

HL = Enthalpy of released reactor coolant at saturation and 1030 psig (Design Input 4.7)

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Re vision A. G. Klazura R. Kahn H21C078 00 ef MLA = Mass of reactor c;bolant liquid at atmospheric pressure (14.696 psia) after flashing HLA = Enthalpy of reactor coolant at saturation and atmospheric pressure (14.696 psia) after flashing. HLA = 180.17 BTU/lb (Design Input 4.7)

Ms = Mass of steam after flashing HSA = Enthalpy of saturated steam at atmospheric pressure (14.696 psia)

HSA = 1150.0 BTU/Ib Design Input 4.6)

Before Equation 6 can be solved, HL must b1e determined. HL can be obtained by linear interpolation of the information given in Design Input 4.7. Before the interpolation can be performed, the pressure of the released reactor coolant (i.e., 1030 psig) must be converted to psia.

1030 psig + 14.696 = 1044.696 p'sia.

HL is obtained as follows:

Pressure Enthalpy (psia)

(BTU/lb) 1000.0 542.6 1044.696 HL 1050.0 550.1 Solving for HL gives:

HL=

1044.696 psia - 1000 psia x 542.6 BTU/Ib +

(5 5 0.1 BTU/Ib - 542.6 BTU/Ib) = 549.3 BTU/lb 1050 psia - 1000 psia )

Equation 6 is solved using known numerical enthalpies and (ML-Ms) is substituted for MLA:

ML x (549.3 BTU/ib) = (ML -M S) x (180.17 BTU/lb) +MS x (1,150.0 BTU/Ib)

ML x (549.3 BTU/Ib - 180.17 BTU/lb) = M x (1150.0 BTU/lb - 180.17 BTU/Ib)

Solving for Ms/ML gives the flashing fraction. Ms/ML = 0.38 Approximately 38% of the released reactorlcoolant flashes to steam.

Application of a flashing fraction of 38% to the reactor coolant released (i.e., 38% of 80,900 Ibs) is 30,742 lb of steam and (80,900 lbs - 30,ý742 lbs of steam = 50,158 lbs of coolant remains).

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,ef 5.2.7 Calculation of Integrated X/Q Equation 3 is used to determine the integrated X/Q at the receptor location. The calculation of the integrated x/Q is shown in Appendix B.

Figure 2 shows the time dependent relative puff concentration at the Unit 1 control room air intake location.

Figure 3 shows the time dependent relative puff concentration at the closest Unit 2 control room air intake.location for the 9 Cases evaluated.

Figure 4 shows the X/Q as a function of Unit 2 control room emergency ventilation actuation time.

Figure 5 shows the time dependent relative puff concentration at the TSC air intake location.

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Figure 2 - Weighted Relative Puff Concentration at Unit I CR Air Intake Location 0

Cu L

4.)

U 0

4.)

Cu 4.)

0 040 D8 100 12 140 16D I: -+-Uit 1 Gxtd Rm~rt NEP-DES-08 Rev 07

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Figure 3 - Weighted Relative Puff Concentration at Closest Unit 2 CR Air Intake Location 1.56M5 0

'U U

~

'U 330 OW I Ow 2 Qm 3

-*-CbqA Cbse 5 Qe 6 Cbse 7 Om 8

-Om9 NEP-DES-08 Rev 07

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Revision A. G. Klazura R. Kahn H21C078 00 R-ef Figure 4 - Calculated,/Q versus Unit 21 CR Emergency Ventilation Actuation Time Note: average flow rate treated as 0 sec. actuation time in Figure 4 above.

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Revision A. G. Klazura I R. Kahn H21C078 00 Figure 5 - Weighted Relative Puff Concentration at TSC Air Intake Location 25,MFý I-1 0

2D 40 60 80

10)

12) 140 16D 1S T- -- ISN

-4SA~r btik NEP-DES-08 Rev 07

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6. Results The integrated./Q is based on an instantaneous puff release centered on the Unit 1 turbine building blowout panels. The minimum distanices to the Unit 1 control room, the Unit 2 control room, and the TSC air intakes occur for the Unit 1 turbine building blowout panels puff release location.

Unit 1 Control Room Air Intake There is one air intake location. It takes appr6ximately 136 seconds for the puff to pass completely over the Unit 1 control room air intake. The Unit 1 control room air intake flow rate is the same during normal control room ventilation operation and emergency control room ventilation operation. As such, the Unit I control room air intake flow rate is modeled as a constant flow rate during the entire time that the puff release passes over the intake. The integrated X/Q value calculated for the Unit 1 control room air intake and a Unit I MSLB accident is 9.979E-04 sec/i (refer to Table B-1 in Appendix B to this calculation).

Unit 2 Control Room Air Intake There are 4 control room air intake locations.- The shortest distance between the Unit 1, turbine building blowout panels and the Unit 2 control room air intake locations is to the west-low control room air intake. Although the Unit 2 control room emergency ventilation system uses only the upper air intakes, for conservatism, all 4 conttol room air intakes are considered when determining the shortest distance to the air intake locations. The control room air intake flow rate is modeled as a constant flow rate during the entire time that the puff passes over the intakes and it is modeled as a variable flow rate. It takes approximately 310 seconds for the puff to completely pass over the closest control room air intake location.

The integrated XjQ values calculated for all Cases are presented below (refer to Tables B-3 through B-I 1 in Appendix B to this calculatiorn):

Table 6. Calculated xIQ For Unit 2 Control Room Cases 1 Through 9 Case Actuation Time (sec.)

Integrated X/Q [sec/m 3]

1 N/A, No Actuation 8.664E-04 (Average flow rate case) 2 120 1.025E-03 3

150 1.074E-03 4

180 1.123E-03 5

190 1.131E-03 6

195 i

1.129E-03 7

200 1.122E-03 8

205 I 1.109E-03 9

210 1.088E-03 NEP-DES-08 Rev 07

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Revision A. G. Klazura R. Kahn H21C078 00 The bounding integrated x/Q is 1.131E-03 sec/m 3 to the Unit 2 control room air intakes. The integrated (/Q value, calculated for Case 1 in 'Table 6, represents the situation in which the Unit 2 control room emergency ventilation system is'not actuated following a Unit 1 MSLB accident (e.g.,

the Unit 2 control room air intake radiation monitors fail to alarm and actuate the emergency ventilation system).

TSC Air Intake There is one air intake location. It takes approximately 168 seconds for the puff to pass completely-over the TSC air intake location. Since actuation of the TSC emergency ventilation system is accomplished manually following TSC activation, and since the UNIT 1 MSLB puff release will, pass over the TSC air intake in a imatter of minutes, the normal flow rate at the TSC air intake is credited during the entire passage of the MSLB plume (i.e., a constant air intake flow rate). The integrated. x/Q calculated for the TSC air intake and a Unit 1 MSLB accident is 9.798E&

04 sec/m 3 (refer to Table B-2 in Appendix B of this calculation).

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"et

7. Conclusions The integrated X/Q at the Unit 1 control room air intake location, the integrated X/Q at the TSC air intake location, and the bounding integrated XIQ at the Unit 2 control room air intake locations are presented in Section 6 (Results) following a Unit 1 MSLB.

Per Regulatory Guide 1.194, radiological analyses of the Unit 2 control room should use control room intake flow rates and actuation times consistent with or bounded by those used in this calculation.'

This calculation has determined a bounding X)Q for the Unit 2 control room as a function of Unit 2 control room emergency ventilation actuation time. Therefore, the calculated bounding X/Q does not depend'on the control room emergency ventilation actuation time. However, the control room radiological analyses should be consistent with the control room air intake flow rates, as follows:

Initial control room intake flow rate of 1650 cfm; and After actuation, emergency ventilation flOw rate of 2750 cfm.

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8. References 8.1.

NRC Regulatory Guide 1.194, Atmospheric Relative Concentrations for Control Room Radiological Habitability Assessments at Nuclear Power Plants, dated June 2003 8.2. Nine Mile Point Unit 2 Updated Safety Analysis Report (USAR), Revision 15 8.3. Slade, D. H, et. al., Meteorology and Atomic Energy, U. S. Atomic Energy Commission, Document Number TID-24190, July 1968 8.4. "Flow of Fluids Through Valves, Fittings, anld Pipe," Technical Paper No. 410, Crane, 1981 8.5. Calculation. H21C076, "X/Qs for Releases from NMP Units 1 & 2 (CNS Caics NMPAST-01-001 &

NMPAST-02-001)," Rev. 00 8.6. Calculation HVC-080, "HVC System Outside Air Makeup and Recirculation Flow, Rates - Control Room Habitability Analysis Input Parametees," Revision 00 8.7. Calculation PR-C-25-B, "Unit 2 Main Steam Line Break Doses to Unit 2 Control Room," Revision 01, Disposition 01C 8.8. Nine Mile Point Unit 1 Updated Final Safety Analysis Report (UFSAR), Docket 50-220, License DPR-63,. Revision 17 8.9. Calculation H21C043, "Licensing Basis LOCA Control Room Doses," Revision 01 8.10. NMP Procedure EPIP-EPP-13, "Emergency Response Facilities Activation and Operation,"

Revision 13 8.11. NMP, Unit 1 Technical Specification Basesjfor 2.2.1, Reactor Coolant System Safety Limit, Amendment No. 142 8.12. Internal'Correspondence Memo M98-014, T. G. Mogren to T. G. Kulczycky, "Outside Air Flow Rate for Control Room Ventilation," Dated May 18, 1998

9. Appendices Appendix A - Development of Gaussian Puff Model (6 pages)

Appendix B - Calculation of Integrated X/Q (82 pages)

- FINAL -

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Appendix A - Development of Gaussian Puff Model Gaussian Plume Model The Gaussian plume model is given below (Reference 8.3, Page 97, Equation 3.113). This model represents an instantaneous point source at x ='0, y = 0 and z = h (height off the ground).

Q_

(_t2Y (z -h)2'~

X(x,y,z,t)=

exp

+

[Equation Al]

(21t) 3/ a,o g')

2 a" X' a 2 cr Where:

x(x,y,z,t)

Downwind concentration at x,y,z,t, Ci/m3 Q

Release quantity (instantaneous), Ci x

Distance along wind direction, m y

Distance along lateral crosswind direction, m z

Height off of ground, m:

V Wind speed, m/sec.

.h, Release point elevation, m.

Standard deviation, m, of the plume in the horizontal along the wind direction at the receptor" location.

Standard deviation, m, 'of the plume in the horizontal along the cross-Gy wind direction at the receptor location.

Standard deviation, m, lof the puff in the vertical cross-wind direction OZ at the receptor location'.

St Time after release, sec.

The following modifications are made to Equation Al:

Equation Al is conservatively multiplied by tivo (2) to account for assumed ground reflection.

" The puff model must consider the initial distreibution of the puff volume. The source is a volume as opposed to a point and therefore the diffusion coefficients in Equation Al will be different. To characterize the source volume, the diffusion coefficients (o) must consider both the initial dispersion and atmospheric diffusion during 'transport. To account for both of these distributions, new dispersion coefficients, (&p, ayp and a(pare defined.

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Revision A. G. Kiazura R. Kahn H21C078 00 Ref With these two modifications, Equation Al is rewritten as follows:

2Q

[_(XU)i Y

-)

x (xy 1,

Z 0 e

(

-ut

+2 +]

[Equation A21

, 2 alh) x' t(210"'((a,,

o,)ep 2,

Uy o',,

The initial puff volume (time, t = 0) is assumed to be a Gaussian distribution characterized by a standard deviation, a,, which is equal in all diredtions.

The standard deviation (q) from the initial volume dispersion and the atmospheric diffusion standard deviations (an, oy, and aY) are independent and therefore must be statistically summed. Hence the puff atmospheric diffusion coefficients are given below:

ja2.

2 ay, Vý2+

2 r

ý(ay.. 2 2I The atmospheric diffusion coefficients (a, oy and aj) are defined in Figures 4 and 5 of Regulatory Guide 1.194. The initial puff dispersion coefficient (ol) is defined on page 1.194-19 of Regulatory Guide 1.194:

[2V]

With these additional changes, Equation A2 is rewritten as follows:

2Q exI (x-ut)2 +

y2+

)

(Z i

[Equation A31

((X lr)12.

ýo-j 2

+o C-2o-

+a-2 2+--+2 j +o:)

g o-2+o-t) ToT +o-D, Horizontal atmospheric diffusion both in the wind direction (x-axis) and cross-wind direction (y-axis) are assumed to be equal, hence cr

= ay, and bolth are referred to as cry.

Additionally,, the puff is conservatively assumed to pass directly over the receptor, therefore, y=O.

With these additional changes, Equation A3 becomes:

(NEP-DES-081 F02-OO)

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Revision A. G. Klazura R. Kahn I H21C078 00 Ref Z(2eYxz"

()

=.+(___._

h

+,'+

[Equation A4]

x~ x~ y~ z t)

(2n 1

2

(

)(Cy I + a 2)

[ 2

"(

2 + er, ) Fa ý2 + Cr If the release quantity term, Q, in Equation A4 is brought over to the left-hand-side of the equation, then the resulting quotient (X/Q)is the instantaneous relative concentration [1/mn] of the puff at location x, y, Z and time, t. To calculate the atmospheric dispersion parameter [sec/m3] over the time period, T, the relative puff concentration (X/Q) [/rm3] at a specified distance, x, from the initial puff centerline must be integrated over the time period T.

Puff Transit Time, T The integration period T (puff transit time) is defined as the total time it takes for the puff to completely pass over the receptor location.

The integration limit, T, is chosen to ensure that the entire puff passes over the receptor. From statistical theory, 99% of a normal distribution is 3-(Y. Hence, 99% of the puff has passed over the receptor at time, T. T is calculated as follows. In the following calculations, the assumption is made that the relative puff concentration at the receptor varies as a normal distribution with time in the wind direction (x)., In other words, 3 times the puff dispersion coefficient (3-oap).(or 3 standard deviations from the puff.centerline) represents 99% of the 'source (one-sided).

Where T: total time, sec R: distance from puff trailing edge to receptor along wind direction, m u: mean wind speed, m/sec The definition of this distance, R, is x + 3 o as ihdicated in Figure Al.

(NE P-DES-08--F02-00)

ENGINEERING SERVICES Page A-4 7~ij~~j:9~ION

~(Next-

.Project: Nine Mile Point Nuclear Station Unit: _

Disposition:

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 RefI X-axis I

x", distance from puff centedine to receptor location 3a, or 3 standard deviations of puff distribution Figure Al - Definition of Total Distance (R) for Calculating Puff Transit Time (NE P-DES-08-1F02-OO)

ENGINEERING SERVICES I

Page A-5

-AT~IO Project: Nine Mile Point Nuclear Station Unit: -1 Disposition:

Originator/Dale Reviewer/Date Calculation No.

Revision A. G. Klazura.

R. Kahn L

H21C078 00 Refii The distance, ",

is then given by the following;'expression:

,R~x+3ua=ýx+3ýC' 1

[Equation A5]

Where x: distance from initial puff centerline to receptor T=. I U

[Equation A6]

Reg. Guide 1.194 recommends the following for'mula for the integration time, T:

x +3(CrX'- +or,)

[Equation A7]

U.

The formula used in Reg. Guide 1.194 (Equation A7) is conservative since integration time, T, as calculated with.Equation A7 will always be larger than the corresponding value calculated with Equation A6. The sum is always greater than the square root of the sum of the squares. A longer integration time will have a marginally conservative effect on the calculation by including more of the tail of the gaussian curve representing the puff distribution. However, there is little activity in the tail beyond 3 standard deviations and therefore littie effect is expected by increasing the integration time beyond that specified in Equation A6.

Adiustment'for Variable Control Room Intalke Flow Rate If the control room air intake flow rate varies with time, Equation A4 is modified to account for the air intake flow rate and the equation is integrated to get the atmospheric dispersion parameter at the control room, intake. The integrated value must be adjusted to account for the changing intake flow rate. Equation A8 below shows the integrated :X adjusted for control room air intake flow rate:

jT 2Q

[i1 (X

(- utY (z -h)'

,o2r32 JT~

~ )exp[ - F,-+a

(+a~

11 t)dt T

Jdt 0

[Equation A8]

(NEP-DES-09.F02-OO)

I,

ENGINEERING SERVICES Page A-6 Project: Nine Mile Point Nuclear Station Unit:

Disposition:

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 Ref Where F(t) = control room intake flow rate, [cfm] as a function of time afterthe accident.

Without such adjustment the X/Q value will be based on average, or constant, conditions during the puff transit time. However, the puff concentration at the control room air intakes is variable. If the maximum (or higher than average) concentration coincides with a flow rate above the average for the puff transit time, a non-conservative underestimate of the X/Q can be made. To correct for control room air intake flow rate variation, the X/Q is weighted by air intake flow rate during the puff transit time. The denominator in Equation A8 represents the average control room air intake flow rate during the puff transit time when the integrals are resolved. Equation A8 can be revised to a simpler form as follows:

I2Q TexL I ( (X -ut) 2 (Z

(zh)2 IFtd F (21r)32(T7i(.

+a)

[2 ci+O a

&+ar

[Equation A9]

Where F= average control room intake flow rate, [cfm] over the puff transit time, T*

f F(t)dt T

.d t 0.

[Equation Al 0]

i i

Filter alignments, such as switchover to emergency filtration trains which would include charcoal filters are not considered in this calculation of the atmospheric dispersion parameter. The intent is to characterize the intake concentration entering the control room envelope (CRE). Filtration inside the CRE does not impact the outside air intake concentration upstream of the filters if any are present.

-'FINAL -

(NE P-DES-MBF02-OO)

ENGINEERING SERVICES N*A*

CULA*ION

CONTIN AINSEET Page B-7W....'

(Next Project: Nine Mile Point Nuclear Station Unit:

1 Disposition:

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 Rdf.

Appendix B - Calculation of Integrated XIQ This appendix, provides the calculations performed to determine the X/Q the following air intake locations due to a Unit 1 MSLB accident:

6 0

0 Unit 1 control room air intake location, TSC air intake location, and Unit 2 control room intake location. Calculations for the Unit 2 control room intake location are presented for the following cases:

Unfiltered Case Description Intake Flow Rates neakage N/A -'the flow rate does not affect 1

Average Flow Rate Equation 3 since the weighting factor 0'cfm reduces to 1.

2 120 sec. actuation time 0 - 120 sec:

1,650 cfm 0 cfm 120 s~c. - 310 sec.:

2,750 cfm 3

150 sec. actuation time 0 - 150 sec:

1,650 cfm 0cfm 150 s6c. - 310 sec.:

2,750 cfm 4

180 sec. actuation time 0 - 180 sec:

1,650 cfm 0 cfm 180 sec. -310 sec.:

2,750 cfm 5

190 sec. actuation time 0 - 190sec:

1,650 cfm 0 cfm 190 sec. - 310 sec.:

2,750 cfm 6

195 sec. actuation time 0 - 195 sec:

1,650 cfm 0 cfm 195 sec. - 310 sec.:

2,750 cfm 7

200 sec. actuation time 0 - 200sec:

1,650 cfm 0 cfm 200 sec. - 310 sec.:

2,750 cfm 8

205 sec. actuation time 0 - 205 sec:

1,650 cfm 0 cfm 205 sec. - 310 sec.:

2,750 cfm 9

210 sec. actuation time 0- 21,0 sec:.

1,650 cfm 0 cfm 210 Sec. - 310 sec.:

2,750 cfm

.(NEP-DES-08-F02-00)

ENGINEERING STEE Page B (Next Project: Nine Mile Point Nuclear Station Unit: _

Disposition:

Odginator/Date Reviewer/Date i

Calculation No.

Revision A. G. Klazura R. Kahn i

H21C078 100 RE f.

In the following tables, the following formulas were used:

Column "y/Q(x,u,k,t)"

(xu,k,t)= 1 2

"exp[_-

2 F(t,)

Q,

F (x,()+o) (21r)"' (a,2(X,_

+

[2 2

(x, k)

Column "Integrated x'/Q(x,u,kst)"

Integrated -(x,u,k,t,)=Q(x~u,k,ti).At+Integrated-(x,u,k,t,_1)

QQ Q

As an example at time = 1 sec in Table B-1:

X__(x,u,k, ti)= _e p

2 2

1 (7.-(10) 1 1.72 +17.6529(21r)3/2(3.52+l17-2 (3:52+17.65 (x, u, k, ti.) 9.380E - 09 m-3 Integrated - (x,u, k,ti) = 9.380E -09 m -

(i sc) +0 =9.380E -09 sec/rn3 Q

-J

ýNEP-DES-08-FO2-00)

I I

ENGINEERING SERVICES P

UA.'.,.,

M SHEET..

Page B-3

~

~j~>(Next-I Project: Nine Mile Point Nuclear Station i

Unit: J_1 Disposition: ___

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 Rdf.

Table B-1: Calculation of Integrated X/Q (Unit I Control Room Air Intake Location) e Wind Integrated Wid o(x,k) yx~v(x,k) ol F(t)

X/Q(x'u'k't)

I/Qxukt Time, t Distance, x Speed, u (k

()

F)

Qut s]

[m]

[m/s

[mL

[m]

[cf

[flm 1/mrn

[s/mr 0

71.90 1

1.70 3.50 17.65 1

7.523E-09 0.000E+00 1

71.90 1

1.70 3.50 17.65 1

9.380E-09 9.380E-09 2

71.90 1

1.70

' 3.50 17.65 1

1.166E-08 2.104E-08 3

71.90 1

1.70 3.50 17.65 1

1.445E-08 3.549E-08 4

71.90

.1 1.70 1 3.50 17.65 1

1.785E-08 5.334E-08 5

71.90 1

1.70 3.50 17.65 1

2.198E-08 7.532E-08 6

71.90 1

1.70 3.50 17.65 1

2.699E-08 1.023E-07 7

71.90 1

1.70 3.50 17.65 1

3.303E-08 1.353E-07 8

71.90 1

1.70 3.50 17.65 1

4.030E-08 1.756E-07 9

.71.90 1

1.70 3.50 17.65 1

4.903E-08 2.247E&07 10 71.90 1

1.70 3.50

.17.65 1

5.945E-08 2.841E-07 11 71.90 1

1.70 3.50 17.65 1

7.187E-08.

3'.560E-07 12 71.90 1

1.70 3.50 17.65 1

8&662E 4.426E-07 13 71.90 1

1.70 3.50 17.65 1

1.041 E-07 5.467E-07 14 71.90 1

1.70.

3.50 17.65 1

1.247E-07 6.713E-07 15 71.90 1

1.70 3.50 17.65 1

1.488E-07 8:202E-07 16 71.90 1

1.70 3.50 17.65 1

1.772E 9.973E-07 17 71.90 1

1.70 3.50 17:65 1

2.103E-07 1:208E-06 18 71.90 1

1.70 3.50 17.65 1

2,487E-07 1.456E-06 19 71.90 1

1.70 3.50 17.65 1

2.934E-07 1.750E-06 20 71.90 1

1.70 3.50 17.65 1

3.449E-07 2.095E-06 21 71.90 1

1.70 3.50 17.65 1

4.043E-07 2.499E-06 22 71.90 1

1.70 3.50 17.65 1

4.724E-07 2.971E-06 23 71.90 1

1.70 3.50 17.65 1

5.503E-07 3.522E-06 24 71.90 1

1.70 3.50 17.65 1

6.391E-07 4.161E-06 25 71.90 1

1.70 3.50 17.65 1

7.399E-07 4.901E-06 26 71.90 1

1.70 3.50 17.65 1

8.540E-07 5.755E-06 27 71.90 1

1.70 3.50 17.65 1

9.826E-07

'6.737E-06 28 71.90 1

1.70 3.50 17.65 1

1.127E-06 7.865E-06 29 71.90 1

1.70 3.50 17.65 1

1.289E-06 9.153E-06 30 71.90 1

1.70 3.50 17.65 1

1.469E-06 1.062E-05 31 71.90 1

1.70 3.50 17.65 1

1.670E-06 1.229E-05 32 71.90 1

1.70 3.50 17.65 1

1.892E-06 1.418E-05 33 71.90 1

1.70 3.50 17.65 1

2.137E-06 1.632E-05 34 71.90 1

1.70 3.50 17.65 1

2.406E-06 1.873E-05 35 71.90 1

1.70 3.50 17.65 1

2.701E-06 2.143E-05 36 71.90 1

1.70 3.50 17.65 1

3.022E-06 2.445E-05 37 71.90 1

1.70 3.50 17.65

1.

3.371E-06 2.782E-05 38 71.90 1

1.70 3.50 17.65 1

3.750E-06 3.157E-05 39 71.90 1

1 1.70 3.50 17.65 1

4.157E-06 3.573E-05 40 71.90 1

1 1.70 3.50 17.65 1

4.595E-06 4.032E-05 41 71.90 1

1 1.70 3.50 17.65 1

5.063E-06 4.539E705

,(NE P-DES-08-F02-00)

ENGINEERING SERVICES Page B-4

KCALCULATIO0N. CQNTINUATION SHEE

-4PgeB Project: Nine Mile Point Nuclear Station Unit: 1 Disposition:

Originator/Date Reviewer/Date Calcutaton No.

Revision A. G. Klazura R. Kahn H21C078 00 Rjf.

T Table B-1: Calculation of Integrated X1.Q (Unit I Control Room Air Intake Location)

Wind Integrated Time, t Distance, x Speed, u

(,k)

j.,(x,k) a, F(t)

X/Q(x,u,k,t)

I/tegrate Is]

[m)

[m/s]

[ra]

[m]

ra]

[cfmj

[1/mr

[s/mr 42 71.90 1

1.70 3.50 17.65 1

5.562E-06 5.095E-05 43 71.90 1

1.70 3.50 17.65 1

6.091E-06 5.704E-05 44 71.90 1

1.70 3.50 17.65 1

6.649E-06 6.369E-05 45 71.90 1

1.70 3.50 17.65 1

7.237E-06 7.093E-05 46 71.90 1

1.70 3.50 17.65 1

7.852E-06 7.878E-05 47 71.90 1

1.70 3.50 17.65 1

8.493E-06 8.727E-05 48 71.90 1

1.70 3.50 17.65 1

9.158E-06 9.643E-05 49 71.90 1

1.70 3.50 17.65 1

9.845E-06 1.063E-04 50 71.90 1

1.70 3.50 17.65 1

1.055E-05 1.168E-04 51 71.90 1

1.70 3.50 17.65 1

1.127E-05 1.281E-04 52 71.90 1

1.70 3.50 17.65 1

1.201E-05 1.401E-04 53 71.90 1

1.70 3.50 17.65 1

1.275E-05 1.528E-04 54 71.90 1

1.70 3.50 17.65 1

1.349E-05 1.663E-04 55 71.90 1

1.70 3.50 17.65 1

1.424E-05 1.806E-04 56 71.90 1

1.70 3.50 17.65 1

1.498E-05 1.956E-04 57 71.90 1

1.70 3.50.

17.65 1

1.571E-05 2.113E-04 58 71.90 1

1.70 3.50 17.65 1

1.642E-05 2.277E-04 59 71.90 1

1.70 3.50 17,65 1

1.712E-05 2.448E-04 60 71.90 1

1.70 3.50 17.65 1

1.779E-05' 2.626E-04 61 71.90 1

1.70 3.50 17.65 1

1.842E-05 2.810E-04 62 71.90 1

1.70 3.50 17.65 1

1.902E-05 3.OOOE-04 63 71.90 1

1.70 3.50 17.65 1

1.959E-05 3.196E-04 64 71.90 1

1.70 3.50 17.65 1

2.010E-05 3.397E-04 65 71.90 1

1.70 3.50 17.65 1

2.057E-05 3.603E-04 66 71.90 1

1.70 3.50 17.65 1

2.098E-05 3.813E-04 67 71.90 1

1.70 3.50 17.65 1

2.133E-05 4.026E-04 68 71.90 1

1.70 3.50 17.65 1

2.162E-05 4.242E-04 69 71.90 1

1.70 3.50 17.65 1

2.185E-05 4.461E-04 70 71.90 1

1.70 3.50 17.65 1

2.201E-05 4.681E-04 71 71.90 1

1.70 3.50 17.65 1

2.211E-05 4.902E-04 72 71.90 1

1.70 3.50 17.65 1

2.213E-05 5.123E-04 73 71.90 1

1.70 3.50 17.65 1

2.209E-05 5.344E-04 74 71.90 1

1.70 3.50 17.65 1

2.198E-05 5.564E-04 75 71.90 1

1.70 3.50 17.65 1

2.181E-05 5.782E-04 76 j

71.90 1

1.70 3.50 17.65 1

2.157E-05 5.998E-04 77 71.90 1

1.70 3.50 17.65 1

2.126E-05 6.210E-04 78 71.90 1

1.70 3.50 17.65 1

2.090E-05 6.419E-04 79 71.90 1

1.70 3.50 17.65 1

2.048E-05 6.624E-04 80 71.90 1

1.70 3.50 17.65 1

2.OOOE-05 6.824E-04 81 71.90 1

1.70 3.50 17.65 1

1.948E-05 7.019E-04 82 71.90 1

1.70 3.50 17.65 1

1.891E-05 7.208E-04 83 71.90 1

1.70 3.50 17.65 1

1.830E-05 7.391E-04 84 71.90 1

1.70 3.50 17.65 1

1.765E-05 7.567E-04 (NE P-DES-08-F02-00)

ENGINEERING SERVICES A 'r 1

5Page B-5 SULATIO 'GNTINUATIONSH t

~ 2~

V~2(Next-Project: Nine Mile Point Nuclear Station Unit:

1 Disposition: __

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 I Rd Table B-1: Calculation of Integrated X/Q (Unit I Control Room Air Intake Location)

Wind Integrated Time, t Distance, x Speed, U o2(xk) o..(xk) a, F(t)

X/Q(xukt)

Is]

[m]

[MIS]

[ra]

[m]

[cfm]

[/ms/m 85 71.90 1

1.70 3.50 17.65 1

1.698E-05 7.737E-04 86 71.90 1

1.70 3.50 17.65 1

1.628E-05 7.900E-04 87 71.90 1

1.70 3.50 17.65 1

1.556E-05 8.056E-04 88 71.90 1

1.70 3.50 17.65 1

1.483E-05 8.204E-04 89 71.90 1

1.70 3.50 17.65 1

1.409E-05 8.345E-04 90 71.90 1

1.70 3.50 17.65 1

1.334E-05 8.478E-04 91 71.90 1

1.70 3.50 17.65 1

1.260E-05 8.604E-04 92 71.90 1

1.70 3.50 17.65 1

1.186E-05 8.723E-04 93 71.90 1

1.70 3.50 17.65 1

1.113E-05 8.834E-04 94 71.90 1

1.70 3.50 17.65 1

1.041E-05 8.938E-04 95 71.90 1

1.70 3.50 17.65 1

9.706E-06 9.035E-04 96 71.90 1

1.70 3.50 17.65 1

9.023E-06 9.125E-04 97 71.90 1

1.70 3.50 17.65 1

8.363E-06 9.209E-04 98 71.90 1

1.70 3.50 17.65.

1 7.727E-06 9.286E-04 99 71.90 1

1.70 3.50 17.65 1

7.117E-06 9.358E-04 100 71.90 1

1.70 3.50 17.65 1

6.535E-06 9.423E-04 101 71.90 1

1.70 3.50 17.65 1

5.983E-06 9.483E-04 102 71.90 1

1.70 3.50 17,65 1

5.460E-06 9.537E-04 103 71.90 1

1.70 3.50 17.65 1

4.967E-06 9.587E-04 104 71.90 1

1.70 3.50 17.65 1

4.505E-06 9.632E-04 105 71.90 1

1.70 3.50 17.65 1

4.073E-06 9.673E-04 106 71.90 1

1.70 3.50 17.65 1

3.672E-06 9.709E-04 107 71.90 1

1.70 3.50 17.65 1

3.299E-06 9.742E-04 108 71.90 1

1.70 3.50 17.65 1

2.956E-06 9.772E-04 109 71.90 1

1.70 3.50 17.65 1

2.640E-06 9.798E-04 110 71.90 1

1.70 3.50 17.65 1

2.350E-06 9.822E-04 111 71.90 1

1.70 3.50 17.65 1

2.086E-06 9.843E-04 112 71.90 1

1.70 3.50 17.65 1

1.846E-06 9.861E-04 113 71.90 1

1.70 3.50 17.65 1

1.628E-06 9.878E-04 114 71.90 1

1.70 3.50 17.65 1

1.432E-06 9.892E-04 115 71.90 1

1.70 3.50 17.65 1

1.255E-06 9.904E-04 116 71.90 1

1.70 3.50 17.65 1

1.097E-06 9.915E-04 117 71.90 1

1.70 3.50 17.65 1

9.557E-07 9.925E-04 118 71.90 1

1.70 3.50 17.65 1

8.301E-07 9.933E-04 119 71.90 1

1.70 I 3.50 17.65 1

7.188E-07 9.940E-04 120 71.90 1

1.70 350 17.65 1

6.204E-07

.9.947E-04 121 71.90 1

1.70 3.50 17.65 1

5.339E-07 9.952E-04 122 71.90 1

1.70 3.50 17.65 1

4.581E-07 9.957E-04 123 71.90 1

1.70 3.50 17.65 1

3.918E-07 9.960E-04 124 71.90 1

1.70 3.50 17.65 1

3.340E-07 9.964E-04 125 71.90 1

1.70 3.50 17.65 1

2.839E-07 9.967E-04 126 71.90 1

1.70 3.50 17.65 1

2.406E-07 9.969E-04 127 71.90 1

1.70 3.50 17.65 1

2.032E-07 9.971E-04

-. 3.

(NEP-DES-08-F02-00)

Project: Nine Mile Point Nuclear Station Unit: i 1 Disposition:

Originator/Date Reviewer/Date I

Calculation No.

Revision A. G. Klazura R. Kahn I H21C078 00 R~f.

Table B-I: Calculation of Integrated X/,Q (Unit I Control Room Air Intake Location)

Wind Integrated Time, t Distance, x W(x,k) axV(x,k) a, F(t)

X/Q(x,u,k,t)

/gx,u,k,te TetDsacxSpeed, u

IaXQxukt js]

Ir]

[m/s]

[m]

[cfm]

1/rn

[s/r 128 71.90 1

1.70 3.50 17.65 1

1.712E-07 9.973E-04 129 71.90 1

1.70 3.50 17.65 1

1.437E-07 9.974E-04 130 71.90 1

1.70 3.50 17.65 1

1.203E-07 9.975E-04 1.31 71.90 1

1.70 3.50 17.65 1

1.003E-07 9.976E-04 132 71.90 1

1.70 3.50 17.65 1

8'.347E-08 9.977E-04 133 71.90 1

1.70 3.50 17.65 1

6.921E-08 9.978E-04 134 71.90 1

1.70 3.50 17.65 1

5.722E-08 9.979E-04 135 71.90 1

1.70 3.50 17.65 1

4.715E-08 9.979E-04 136 71.90 1

1.70 3.50 17.65 1

3.874E-08 9.979E-04

.(NEP-DES-08-F02-00)

ENGINEERING SERVICES OSHEET v% Page B-7 Project: Nine Mile Point Nuclear Station Unit: 1 Disposition:

Originator/Date Reviewer/Date

[Calculation No.

Revision A. G. Kiazura R. Kahn H21C078 00 4Rf.

Table B-2: Calculationof Integrated 7IQ (TSC Air Intake Location)

Wind Integrated Time, t x

o;(x,k)

Oxy(x,k) a, F(t)

X/Q(x,u,kt)

T,

Speed, u yI

/Q(x,u,k,t

[m]

[m/s

[m]

[mi)

[m]

[cfm]

[l/m]r

[s/mr 0

.100.00 1

2.22 4.72 17.65 1

6.645E-12 0.OOOE+00 1

100.00 1

2.22 4.72 17.65 1

8.954E-12 8.954E-12 2

,100.00 1

2.22 4.72 17.65 1

1.203E-11

,2.098E-11 3

100.00 1

2.22 4.72 17.65 1

1.611E-11 3.710E-11 4

.100.00 1

2.22 4.72 17.65 1

2.152E-11 5.861E-11 5

100.00 1

2.22 4.72 17.65 1

2.864E-11 8.725E-11 6

100.00 1

2.22 4.72 17.65 1

3.802E-11 1.253E-10 7

100.00 1

2.22.

4.72 17.65 1

5.032E-11 1.756E-10 8

100.00 1

2.22 4.72 17.65 1

6.640E-11 2.420E-10 9

100.00 1

2.22 4.72 17.65 1

8.734E-11 3.293E-10 10 100.00 1

2.22 4.72 17.65 1

1.146E-10 4.439E-10 11 100.00 1

2.22 4.72 17.65 1

1.498E-10 5.937E-10 12

.100.00 1

2.22 4.72 17.65 1

1.953E-10 7.890E-10 13 100.00 1

2.22 4.72 17.65 1

2.539E-10 1.043E-09 14 100.00 1

2.22 4.72 17.65 1

3.290E-10 1.372E-09 15 100.00 1

2.22 4.72 17.65 1

4.251E-10 1.797E-09

16 100.00 1

2.22 4.72 17.65 1

5.476E-10 2.345E-09 17 100.00 1

2.22 4.72 17.65 1

7.033E-10 3:.048E-09 18

.100.00 1

2.22 4.,72 17.65 1

9.006E-10 3.948E-09 19 100.00 1

2.22.

4.'72 17.65 1

1.150E-09 5.098E-09 20 100.00 1

2.22 4.72 17.65 1

1.463E-09 6.561 E-09 21

,100.00 1

2.22 4.72 17.65 1

1.857E-09 8.419E-09 22

100.00 1

2.22 4.,,72 17.65 1

2.350E-09 1.077E-08 23 100.00 1

2.22 4.!72 17.65 1

2.964E-09 1.373E-08 24 100.00 1

2.22 4.172

17.65 1

3.728E-09 1.746E-08 25

'100.00 1

2.22 4.:72 17.65 1

4.674E-09 2.213E-08 26 100.00 1

2.22 4.'72 17.65

-1 5.844E-09 2.79BE-08 27

,100.00 1

2.22 4.72 17.65 1

7.284E-09 3.526E-08

.28

.100.00 1

2.22 4.72 17.65 1

9.052E-09 4.431E-08 29

.100.00 1

2.22 4.12 17.65 1

1.121E-08 5.553E-08 30 100.00 1

2.22 4.172 17.65 1

1.385E-08 6.938E-08 31 100.00 1

2.22 4.72 17.65 1

1.706E-08 8.644E-08 32 100.00 1

2.22 4:72 17.65 1

2.095E-08 1:074E-07 33 100.00 1

2.22 4072 17.65

.1 2.565E-08 1.330E-07 34 100.00 1

2.22 4!72 17.65 1

3.130E-08 1.643E-07 35 100.00 1

2.22 4)72 17.65 1

3.809E-08 2.024E-07 36 100.00 1

2.22 4172 17.65 1

4.622E-08 2.486E-07 37 100.00 1

2.22 4!72 17.65 1

5.590E-08 3.046E-07 38 100.00 1

2.22 4172 17.65 1

6.742E-08 3.720E-07 39 100.00 1

2.22 4)72 17.65 1

8.107E-08 4.530E-07 40 100.00 1

2.22 4172 17.65 1

9.718E-08 5.502E-07 41 100.00 1

2.22 4372 17.65 1

1.162E-07 6.664E-07 (NEP-DES-08-F02-OO)

ENGINEERING SERVICES FlageoB-8~>CACUATO CO-IiATION-SHEE Page B-(Next Project: Nine Mile Point Nuclear Station Unit: L1 Disposition: __

Originator/Date Reviewer/Date Calcujation No.

Revision A. G. Klazura R. Kahn H21C078 00 aITable B-2: Calculation of Integirated XIQ (TSC Air Intake Location)

Wind IItgae Time, t Distance, x Speed, u

(xk) a5,(,k) cy F(t)

X/Q(x,u,k,t

)L Isr

[m]

[m/s]

m

[rJ] I

[m]

[cfm]

[1/mrn

[s/M 42

.100.00 1

2.22 4.72 17.65 1

1.384E-07 8.048E-07 43 100.00 1

2.22 4.72 17.65 1

1.644E-07 9.692E-07 44 100.00 1

2.22 4.72 17.65 1

1.948E-07 1.164E-06 45 "100.00 1

2.22 4.72 17.65 1

2.300E-07 1.394E-06 46 100.00 1

2.22 4.72 17.65 1

2.708E-07 1.665E-06 47

.100.00 1

2.22 4.72 17.65 1

3.179E-07 1.983E-06 48 100.00 1

2.22 4.72 17.65 1

3.721E-07 2.355E-06 49 100.00 1

2.22 4.72 17.65 1

4.342E-07 2.789E-06 50 100.00 1

2.22 4.72 17.65 1

5.052E-07 3.294E-06 51 100.00 1

2.22 4.72 17.65 1

5.860E-07 3.880E-06 52

.100.00 1

2.22 4.72 17.65 1

6.776E-07 4.558E-06 53 100.00 1

2.22 4.72 17.65 1

7.813E-07 5.339E-06 54

.100.00 1

2.22 4.72 17.65

.1 8.982E-07 6.237E-06 55 100.00 1

2.22 4.72 17.65 1

1.029E-06 7.267E-06 56

.100.00 1

2.22 4.72 17.65 1

1.176E-06 8.443E-06 57 100.00 1

2.22 4.72 17.65 1

1.340E-06 9.783E-06 58 100.00 1

2.22 4.72 17.65 1

1.522E-06 1.1.31E-05 59 100.00 1

2.22 4.72 17.65 1

1.724E-06 1.303E-05 60

.100.00 1

2.22 4.72 17.65 1

1.946E-06 1.497E-05 61

,100.00 1

2.22 4.72 17.65 1

2.191E-06 1.71.7E-05 62 100.00 1

2.22 4.72 17.65 1

2.459E-06 1.962E-05 63

.100.00 1

2.22 4.72 17.65 1

2.751E-06 2.238E-05 64 100.00 1

2.22 4.72 17.65 1

3.069E-06 2.544E-05 65 100.00 1

2.22 4.72 17.65 1

3.414E-06 2.886E-05 66 100.00 1

2.22 4.72 17.65 1

3.785E-06 3.264E-05 67 100.00 1

2.22 4.72 17.65 1

4.185E-06 3.683E-05 68 100.00 1

2.22

.4.72 17.65 1

4.613E-06 4.144E-05 69 100.00 1

2.22 4.172 17.65 1

5.070E-06 4.651E-05 70 100.00 1

2.22 4.72 17.65 1

5.555E-06 5.207E-05 71 100.00 1

2.22 4.72 17.65 1

6.069E-06 5.814E-05 72 100.00 1

2.22 4.72 17.65 1

6.610E-06 6.475E-05 73 100.00 1

2.22 4i72 17.65 1

7.178E-06 7.192E-05 74 100.00 1

2.22 4j72 17.65 1

7.771E-06 7.969E-05 75 100.00 1

2.22 4172 17.65 1

8.388E-06 8.808E-05 76

, 100.00 1

2.22 412 17.65 1

9.028E-06 9.711E-05 77 100.00 1

2.22 4!72 17.65 1

9.686E-06 1.068E-04 78 100.00 1

2.22 4172 17.65 1

1.036E-05 1.172E-04 79 100.00 1

2.22 4:72 17.65 1

1.105E-05 1.282E-04 80 100.00 1

2.22 4i72 17.65 1

1.175E-05 1.400E-04 81 100.00 1

2.22 4172 17.65 1

1.246E-05 1.524E-04 82 100.00

1.

2.22 412 17.65 1

1.317E-05 1.656E-04 83 100.00 1

2.22 472 17.65 1

1.388E-05 1.795E-04 84 100.00 1

2.22 4'72 17.65 1

1.458E-05 1.941E-04 85 100.00 1

2.22 41.2 17.65 1

1.528E-05 2.093E-04 (NEP-DES-08-F02-00)

ENGINEERING SERVICES JT Page B-9

`i*`.*`**.i;i:;*

i*

**`**;*;

iI(Next Project: Nine Mile Point Nuclear Station Unit: i 1 Disposition: _

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn I H21C078 00 R*f.

Table B-2: Calculation of Integrated X/Q (TSC Air Intake Location)

Timet DtWindInterate Wind Ozxk xy*k Ft

/~~~~)

Integrated

Time, Distance, x Speed, u xuxk)

(Yk F(t)

X/Q(xiukt)

Is]

J[m]

[m/s]

[m]

[r]

[m)

[cf m]

I/I]rn1/r

[s/mr 86 100.00 1

2.22 4.72 17.65 1

1.595E-05 2.253E-04 87 100.00 1

2.22 4.72 17.65 1

1.661E-05 2.419E-04 88 100.00 1

2.22 4.72 17.65 1

1.725E-05 2.591E-04 89 100.00 1

2.22 4.72 17.65 1

1.785E-05 2.770E-04 90

.100.00 1

2.22 4.72 17.65 1

1.842E-05 2.954E-04 91 100.00 1

2.22 4.72 17.65 1

1.895E-05 3.144E-04 92 100.00 1

2.22 4.72 17.65 1

1.944E-05 3.338E-04 93 100.00 1

2.22 4.72 17.65 1

1.989E-05 3.537E-04 94 100.00 1

2.22 4.72 17.65 1

2.028E-05 3.740E-04 95 100.00 1

2.22 4.72 17.65 1

2.061E-05 3.946E-04 96 100.00 1

2.22 4.72 17.65 1

2.089E-05 4.155E-04 97 100.00 1

2.22 4.72 17.65 1

2.111E-05 4.366E-04 98

.100.00 1

2.22 4.72 17.65 1

2.127E-05 4.579E-04 99

'100.00 1

2.22 4.72 17.65 1

2.137E-05 4.792E-04 100 100.00 1

2.22 4.72 17.65 1

2.140E-05 5.006E-04 101 100.00 1

2.22 4.72 17.65 1

2.137E-05 5.220E-04 102

.100.00 1

2.22 4.72 17.65 1

2.127E-05 5.433E-04 103 100.00 1

2.22 4.72 17.65 1

2.111E-05 5.644E-04 104 100.00 1

2.22 4.72 17.65 1

2.089E-05 5.853E-04 105 100.00 1

2.22 4.72 17.65 1

2.061E-05 6.059E-04 106 100.00 1

2.22.

4.72 17.65 1

2.028E-05 6.262E-04 107 100.00 1

2.22 4.72 17.65 1

1.989E-05 6.461E-04 108 100.00 1

2.22 4.72 17.65 1

1.944E-05 6.655E-04 109 100.00 1

2.22 4.72 17.65 1

1.895E-05 6.845E-04 110 100.00 1

2.22 4.72 17.65 1

1.842E-05 7.029E-04 111 100.00 1

2.22 4.72 17.65

.1 1.785E-05 7.207E-04 112 100.00 1

2.22 4.72 17.65 1

1.725E-05 7.380E-04 113 100.00 1

2.22 4.72 17.65 1

1.661E-05 7.546E-04 114

.100.00 1

2.22 4.72 17.65 1

1.595E-05 7.705E-04 115 100.00 1

2.22 4.72 17.65 1

1.528E-05*

7.858E-04.

116 100.00 1

2.22 4.72 17.65 1

1.458E-05 8.004E-04 117 100.00 1

2.22 4.72 17.65 1

1.388E-05 8.143E-04 118

.100.00 1

2.22 4.72 17.65 1

1.317E-05 8.275E-04 119 100.00 1

2.22 4.72 17.65 1

1.246E-05 8.399E-04 120 100.00 1

2.22 4.72 17.65 1

1.175E-05 8.517E-04 121 100.00 1

2.22 4.72 17.65 1

1.105E-05 8.627E-04 122 100.00 1

2.22 4.72 17.65 1

1.036E-05 8.73.1E-04 123 100.00 1

2.22 4.72 17.65 1

9.686E-06 8.828E-04 124 100.00 1

2.22 4.72 17.65 1

9.028E-06 8.918E-04 125 100.00 1

2.22 4.72 17.65 1

8.388E-06 9.002E-04 126

.100.00 1

2.22 4.72 17.65 1

7.771E-06 9.079E-04 127 100.00 1

2.22 4.72 17.65 1

7.178E-06 9.151E-04 128 100.00 1

2.22 4.,72 17.65 1

6.610E-06 9.217E-04 129 100.00 1

2.22 4172 17.65 1

6.069E-06 9.278E-04 (NEP-DES-08-F02-00)

ENGINEERING SERVICES t*:LC.ULATI6N:*A 1

NUATQ SEIOE-Page B-10

.~ ~

~.u (Next..

Project: Nine Mile Point Nuclear Station Unit: 1 Disposition:

Originator/Date Reviewer/Date j Calculation No.

Revision A. G. Klazura R. Kahn I H21C078 100 Rdfa".

Table B-2: Calculation of Integrated XIQ (TSC Air Intake Location)

Wind Integrated Time, t Distance, x Speed, u

'x,)

0 1u F(t)

X/Q(xukt) s[m]

[m/s]

[m]

[cfm]

[L/mr s/mr 130 100.00 1

2.22 4.72 17.65 1

5.555E-06 9.334E-04 131

.100.00 1

2.22 4.72 17.65 1

5.070E-06 9.384E-04 132 100.00 1

2.22 4.72 17.65 1

1 4.613E-06 9.430E-04 133 100.00 1

2.22 4.72 17.65 1

4.185E-06 9.472E-04 134 100.00 1

2.22 4.72 17.65 1

3.785E-06 9.510E-04 135 100.00 1

2.22 4.72 17.65 1

3.414E-06 9.544E-04 136 100.00 1

2.22 4.72 17.65 1

3.069E-06 9.575E-04 137 "100.00 1

2.22 4.72 17.65 1

2.751E-06 9.602E-04 138 100.00 1

2.22 4.72 17.65 1

2.459E-06 9.627E-04 139 100.00 1

2.22 4.72 17.65 1

2.191E-06 9.649E-04 140

.100.00 1

2.22 4.72 17.65 1

1.946E-06 9.668E-04 141

.100.00 1

2.22 4.72 17.65

.1 1.724E-06 9.686E-04 142 100.00 1

2.22 4.72 17.65

,1 1.522E-06 9.701E-04 143 100.00 1

2.22 4.72 17.65 1

1.340E-06 9:714E-04 144 100.00 1

2.22 4.72 17.65 1

1.176E-06 9.726E-04 145

'100.00 1

2.22 4.72 17.65 1

1.029E-06 9.736E-04 146 100.00 1

2.22 4.72 17.65 1

8.982E-07 9.745E-04 147

. 100.00 1

2.22 4.72 17.65 1

7.813E-07 9;753E-04 148

.100.00 1

2.22 4.72 17.65 1

6.776E-07 9.760E-04 149 100.00 1

2.22 4.72 17.65 1

5.860E-07 9.766E-04 150 100.00 1

2.22 4.72 17.65 1

5.052E-07 9.771E-04 151

100.00 1

2.22 4.72 17.65 1

4.342E-07 9.775E-04 152 100.00 1

2.22 4.72 17.65 1

3.721E-07 9.779E-04 153 100.00 1

2.22 4.72 17.65 1

3.179E-07 9.782E-04 154 100.00 1

2.22 4.72 17.65 1

2.708E-07 9.785E-04 155 100.00 1

2.22 4.72 17.65 1

2.300E-07 9.787E-04 156

.100.00 1

2.22 4.72 17.65 1

1.948E-07 9.789E-04 157 100.00 1

2.22 4.72 17.65 1

1.644E-07 9.791E-04 158 100.00

1.

2.22 4.72 17.65 1

1.384E-07 9.792E-04 158 100.00 1

2.22 4.72 17.65 1

1.384E-07 9.792E-04 160 100.00 1

2.22 4.72 17.65 1.

9.718E-08 9.794E-04 161 100.00 1

2.22 4.72 17.65 1

8.107E-08 9.795E-04 162

.100,00 1

2,22 4.72 17.65 1

6,742E-08 9.795E-04 163 100.00 1

2.22 4.72 17.65 1

5.590E-08 9.796E-04 164 100.00 1

2.22 4.72 17.65 1

4.622E-08 9.797E-04 165 100.00 1

2.22 4.72 17.65 1

3.809E-08 9.797E-04 166 100.00 1

2.22 4.72 17.65 1

3.130E-08 9.797E-04 167 100.00 1

1 2.22 4.72 17.65 1

2.565E-08 9.797E-04 168 100.00 1

2.22 4.!72 17.65 1

2.095E-08 9.798E-04 (NEP-DES-08-F02-00)

ENGINEERING SERVICES j

C CULATION CONTNUATION Page B-1

`.

(Next ------

Project: Nine Mile Point Nuclear Station Unit: I 1 Disposition:

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 Ref.

Table B-3: Calculation of Integrated XýQ (Unit 2 CR Air Intake Location, Case 1)

Wind Integrated

Time, Speed, u Dit xo(xk)

(x,k) a, F(t)

X/Q(x,u,k,t) xJQ(x,u,k,t)

[m]

[m[s]

[m]

[ril

[m]

[cfm]

[1/r

[sIm3]

0 226.71 1

4.27 9.91 17.65 1

9.660E-33 0.OOOE+00 1

226.71 1

4.27 9.91 17.65 1

1.678E-32 1.678E-32 2

.226.71 1

4.27 9.91 17.65 1

2.908E-32 4.586E-32 3

226.71 1

4.27 9.91 17.65 1

5.027E-32 9.613E-32 4

226.71 1

4.27 9.91 17.65 1

8.669E-32 1.828E-31 5

226.71 1

4.27 9.91 17.65 1

1.491E-31 3.320E-31 6

226.71 1

4.27 9.91 17.65 1

2.559E-31 5.879E-31 7

226.71 1

4.27 9.91 17.65 1

4.381E-31 1.026E-30 8

226.71 1

4.27 9.91 17.65 1

7.482E-31 1.774E-30 9

226.71 1

4.27 9.91 17.65 1

1.275E-30 3.049E-30 10 226.71 1

4.27 9.91 17.65 1

2.166E-30 5.215E-30 11 226.71 1

4.27 9.91 17.65 1

3.672E-30 8.887E-30 12

-226.71 1

4.27 9.91 17.65 1

6.210E-30 1T.510E-29 13

.226.71 1

4.27 9.91 17.65 1

1.048E-29 2557E-29 14 226.71 1

4.27 9.91 17.65 1

1.763E-29 4.320E-29 15 226.71 1

4.27 9.91 17.65 1

2.960E-29 7.280E-29 16 226.71 1

4.27 9.91 17.65 1

4.957E-29 1:224E-28 17 226.71 1

4.27 9.91 17.65 1

8.281E-29 2-.052E-28 18 226.71 1

4.27 9.91

.17.65 1

1.380E-28 3*432E-28

19 226.71 1

4.27 9.91 17.65 1

2.294E-28 5.726E-28 20 226.71 1

4.27 9.91 17.65 1

3.805E-28 9.531E-28 21 226.71 1

4.27 9.91 17.65 1

6.295E-28 1.583E-27 22 226.71 1

4.27 9.91 17.65 1

1.039E-27 2.622E-27 23 226.71 1

4.27 9.91 17.65 1

1.710E-27 4.332E-27 24 226.71 1

4.27 9.191 17.65 1

2.809E-27 7.141E-27 25 226.71 1

4.27 9.*91 17.65 1

4.602E-27 1.174E-26 26 226.71 1

4.27 9.*91 17.65 1

7.521E-27 1.926E-26 27 226.71 1

4.27 9.91 17.65 1

1.226E-26 3.153E-26 28 226.71 1

4.27 9.:91 17.65 1

1.994E-26.

5.147E-26 29 226.71 1

4.27 9.'91 17.65 1

3.235E-26 8.382E-26 30

-226.71 1

4.27 9)91 17.65 1

5.236E-26 1.362E-25 31 226.71 1

4.27 9.91 17.65 1

8.454E-26 2.207E-25 32 226.71 1

4.27 9j91 17.65 1

1.362E-25 3.569E-25 33 226.71 1

4.27 9291 17.65 1

2.188E-25 5.756E-25 34 226.71 1

4.27 9)91 17.65 1

3.506E-25 9.262E-25 35 226.71 1

4.27 9:91 17.65 1

5.605E-25 1.487E-24 36 226.71 1

4.27 9!91 17.65 1

8,940E-25 2.381 E-24 37

, 226.71 1

4.27 9191 17.65 1

1.422E-24 3.803E-24 38 226.71 1

4.27 9;91 17.65 1

2.257E-24 6.061E-24 39 226.71 1

4.27 9;91 17.65 1

3.574E-24 9.635E-24 40 226.71 1

4.27 9!91 17.65 1

5.645E-24 1.528E-23 41 226.71 1

4.27 9ý91 17.65 1

8.894E-24 2.417E-23 (NEP-DES-08-F02-0O)

ENGINEERING SERVICES T

Page B-12

~~~(Next...

Project: Nine Mile Point Nuclear Station Unit: 1 Disposition:

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 f.

Table B-3: Calculation of Integrated XýQ (Unit 2 CR Air Intake Location, Case 1)

Wind Integrated Time, t

Distance, Speed, u a(,k) y F(t)

Q/Q(xukt) x,u,k,t Is)

[m]

[m/s]

m]

m]I

[m)

[cfm]

[1/mr

[s/mj 42 226.71 1

4.27 9.91 17.65 1

1.398E-23 3.815E-23 43 226.71 1

4.27 9.91 17.65 1

2.192E-23 6.007E-23 44 226.71 1

4.27 9.91 17.65 1

3.428E-23 9.435E-23 45

226.71 1

4.27 9.91 17.65 1

5.348E-23 1.478E-22 46 226.71 1

4.27 9.91 17.65 1

8.324E-23 2.311 E-22 47 226.71 1

4.27 9.91 17.65 1

1.292E-22 3.603E-22 48

.226.71 1

4.27 9.91 17.65 1

2.002E-22 5.605E-22 49

-226.71 1

4.27 9.91 17.65 1

3.093E-22 8.698E-22 50 226.71 1

4.27 9.91 17.65 1

4.767E-22 1.347E-21 51 226.71 1

4.27 9.91 17.65 1

7.330E-22 2.080E-21 52 226.71 1

4.27 9.91 17.65 1

1.124E-21 3.204E-21 53 226.71 1

4.27 9.91 17.65 1

1.720E-21 4.924E-21 54 226.71 1

4.27 9.91 17.65 1

2.626E-21 7.550E-21 55 226.71 1

4.27 9.91 17.65 1

3.998E-21 1.155E-20 56 226.71 1

4.27 9.91 17.65 1

6.072E-21 1.762E-20 57 226.71 1

4.27 9.91 17.65 1

9.200E-21 2.682E-20 58 226.71 1

4.27 9.91 17.65 1

1.391E-20 4.073E-20 59 226.71 1

4.27 9.91 17.65 1

2.097E-20 6.169E-20 60 226.71 1

4.27 9.91 17.65 1

3.154E-20 9.323E-20 61

.226.71 1

4.27 9.91 17.65 1

4.732E-20 1.406E-19 62 226.71 1

4.27 9.91 17.65 1

7.083E-20 2.114E-19 63

'226.71 1

4.27 9.91 17.65 1

1.058E-19 3.172E-19 64 226.71 1

4.27 9.91 17.65 1

1.575E-19 4.747E-19 65 226.71 1

4.27 9.91 17.65 1

2.341E-19 7.088E-19 66 226.71 1

4.27 9.91 17.65 1

3.470E-19 1.056E-18 67 226.71 1

4.27 9.191 17.65 1

5.131E-19 1.569E-18 68 226.71 1

4.27 9..91 17.65 1

7.568E-19 2.326E-18 69 226.71 1

4.27 9.'91 17.65 1

1.114E-18 3.439E-18 70 226.71 1

4.27 9.91 17.65 1

1.635E-18 5.074E-18 71 226.71 1

4.27 9.'91 17.65 1

2.393E-18 7.467E-18 72

.226.71 1

4.27 9.'91 17.65 1

3.496E-18 1.096E-17 73 226.71 1

4.27 9;91 17.65 1

5.094E-18 1.606E-17 74

.226.71 1

4.27 9191 17.65 1

7.405E-18 2.346E-17 75 226.71 1

4.27 9i91 17.65 1

1.074E-17 3.420E-17 76 226.71 1

4.27 9191 17.65 1

1.553E-17 4.973E-17 77 226.71 1

4.27 9!91 17.65 1

2.241E-17 7.215E-17 78 226.71 1

4.27 9;91 17.65 1

3.226E-17 1.044E-16 79 226.71 1

4.27 9;91 17.65 1

4.633E-17 1.507E-16 80 226.71 1

4.27 9191 17.65 1

6.636E-17 2.171E-16 81 226.71 1

4.27 9!91 17.65 1

9.483E-17 3.119E-16 82 226.71 1

4.27 9191 17.65 1

1.352E-16 4.471E-16 83 226.71 1

4.27 9i91 17.65 1

1.922E-16 6.393E-16 84 226.71 1

4.27 9'91 17.65 1

2.727E-16 9.120E-16 85 226.71 1

4.27 9;91 17.65 1

3.859E-16 1.298E-15

.(NEP-DES-08-F02-00)

ENGINEERING SERVICES

.ISHEE i

Page B-13 (Nx Project: Nine Mile Point Nuclear Station Unit:

1 Disposition:

Originator/Date Reviewer/Date

.Calculation No.

Revision A. G. KIazura R. Kahn H21C078 00 I Rdf.

Table B-3: Calculation of Integrated XlQ (Unit 2 CR Air Intake Location, Case 1)

T D n

Wind Integrated TimetDs xSpeed, u

xk)

,k) oa F(t)

X/Q(xiu,k,t)

Time t

Dstace, Sped,

/Q(x,u,k,t)

Is]

[m]

[m/s]

[m]

[cfmj

[1/mn s/mr 86 226.71 1

4.27 9.91 17.65 1

5.447E-16 1.843E-15 87 226.71

1.

4.27 9.91 17.65 1

7.670E-16 2.610E-15 88 226.71 1

4.27 9.91 17.65 1

1.078E-15 3.687E-15 89

.226.71 1

4.27 9.91 17.65 1

1.510E-15 5.197E-15 90 226.71 1

4.27 9.91 17.65 1

2.111E-15 7.308E-15 91 226.71 1

4.27 9.91 17.65 1

2.943E-15 1.025E-14 92 226.71 1

4.27 9.91 17.65 1

4.095E-15 1.435E-14 93 226.71 1

4.27 9.91 17.65 1

5.682E-15 2.003E-14 94 226.71 1

4.27 9.91 17.65 1

7.866E-15 2.789E-14 95 226.71 1

4.27 9.91 17.65 1

1.086E-14

.3.876E-14 96 226.71 1

4.27 9.91 17.65 1

1.496E-14 5.372E-14 97 226.71 1

4.27 9.91 17.65 1

2.056E-14 7.428E-14 98 226.71 1

4.27 9.91 17.65 1

2.819E-14 1.025E-13 99

.226.71 1

4.27 9.91 17.65 1

3.855E-14 1.410E-13 100 226.71 1

4.27 9.91 17.65 1

5.259E-14 1.936E-13 101 226.71 1

4.27 9.91 17.65 1

7.157E-14 2.652E-13 102 226.71 1

4.27 9.91 17.65 1

9.716E-14 3.623E-13 103 226.71 1

4.27 9.91 17.65 1

1.316E-13 4.939E-13 104 226.71 1

4.27 9.91 17.65 1

1.778E-13 6.717E-13 105 226.71 1

4.27 9.91 17.65 1

2.395E-13 9.112E-13 106 226.71 1

4.27.

9.91 17.65 1

3.220E-13 1.233E-12 107

-226.71 1

4.27 9.91 17.65 1

4.319E-13 1.665E-12 108

.226.71 1

4.27 9.91 17.65 1

5.778E-13 2.243E-12 109 226.71 1

4.27 9.*91 17.65 1

7.711E-13 3.014E-12 110 226.71 1

4.27 9.91 17.65 1

1.027E-12 4.040E-12 111 226.71 1

4.27 9.91 17.65 1

1.363E-12 5.404E-12 112 226.71 1

4.27 9.'91 17.65 1

1.806E-12 7.210E-12 113 226.71 1

4.27 9.91 17.65 1

2.387E-12 9.597E-12 114 226.71 1

4.27 9!91 17.65 1

3.147E-12 1.274E-11 115 226.71 1

4.27 9!91 17.65 1

4.138E-12 1.688E-11 116 226.71 1

4.27 9:91 17.65 1

5.429E-12 2.231E-11 117 226.71 1

4.27 9z91 17.65 1

7.105E-12 2.942E-11 118 226.71 1

4.27 9!91 17.65 1

9.276E-12 3.869E-11 119 226.71 1

4.27 9;91 17.65 1

1.208E-11 5.077E-11 120 226.71 1

4.27 9o91 17.65 1

1.570E-11 6.647E-11 121 226.71 1

4.27 9!91 17.65 1

2.034E-11 8.681E-11 122 226.71 1

4.27 9191 17.65 1

2.630E-11 1.131E-10 123 226.71 1

4.27 9i91 17.65 1

3.392E-11 1.470E-10 124 226.71 1

4.27 9i91 17.65 1

4.364E-11 1.907E-10 125 226.71 1

4.27 9191 17.65 1

5.601E-11 2.467E-10 126 226.71 1

4.27 9291 17.65 1

7.170E-11 3.184E-10 127 226.71 1

4.27 9191 17.65 1

9.158E-11 4.100E-10 128 226.71 1

4.27 9191 17.65 1

1.167E-10 5.266E-10 129 226.71 1

4.27 9191 17.65 1

1.483E-10 6.749E-10 INEP-DES-08-FO2-00)

. Project: Nine Mile point Nuclear Station Unit: il Disposition:

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 Rdf.

Table B-3: Calculation of Integrated /,Q (Unit 2 CR Air Intake Location, Case 1)

Wind i

Integrated

.Time, t

.Distance, x Speed, u x/Q(xukt)

Speed, u

./Q(k GX(~k auFt)k/~xt)~t

-Is]

[m]

[m/s]

[m]

cfm

[1/

[s/m]

130 226.71 1

4.27 9.91 17.65 1

1.880E-10 8.629E-10 131

226.71 1

4.27 9.91 17.65 1

2.378E-10 1.101E-09 132 226.71 1

4.27 9.91 17.65 1

3.OOOE-10 1.401E-09 133 226.71 1

4.27 9.91 17.65 1

3.776E-10 1.778E-09 134 226.71 1

4.27 9.91 17.65 1

4.741E-10 2.252E-09 135 226.71 1

4.27 9.91 17.65 1

5.938E-10 2.846E-09 136

.226.71 1

4.27 9.91 17.65 1

7.419E-10 3.588E-09 137 226.71 1

4.27 9.91 17.65 1

9.246E-10 4.513E-09 138 226.71 1

4.27 9.91 17.65 1

1.150E-09 5.662E-09 139 226.71 1

4.27 9.91 17.65 1

1.426E-09 7.088E-09 140 226.71 1

4.27 9.91.

17.65 1

1.764E-09 8.852E-09 141 226.71 1

4.27 9.91 17.65 1

2.177E-09 1.103E-08 142 226.71 1

4.27 9.91 17.65

.1 2.681E-09 1.371E-08 143 226.71 1

4.27 9.91 17.65 1

3.293E-09 1.700E-08 144 226.71 1

4.27 9.91 17.65 1

4.035E-09 2.104E-08 145 226.71 1

4.27 9.91 17.65 1

4.931E-09 2.597E-08 146

.226.71 1

4.27 9.91 17.65 1

6.013E-09 3.198E-08 147 226.71 1

4.27 9.91 17.65 1

7.313E-09 3.930E-08 148 226.71 1

4.27 9.91 17.65 1

8.874E-09 4.817E-08 149 226.71 1

4.27 9.91 17.65 1

1.074E-08 5.891E-08 150 226.71 1

4.27 9.91 17.65 1

1.297E-08 7.188E-08 151

'226.71 1

4.27 9.91 17.65 1

1.562E-08 8.750E-08 152 226.71 1

4.27 9.91 17.65 1

1.877E-08 1.063E-07 153 226.71 1

4.27 9.91 17.65 1

2.250E-08 1.288E-07 154

226.71 1

4.27 9.91 17.65 1

2.690E-08 1.557E-07 155

.226.71 1

4.27 9.91 17.65 1

3.209E-08 1.878E-07 156 226.71 1

4.27 9.91 17.65 1

3.818E-08 2.259E-07 157 226.71 1

4.27 9.91 17.65 1

4.532E-08 2.712E-07 158

.226.71 1

4.27 9.91 17.65 1

5.366E-08 3.249E-07 158 226.71 1

4.27 9.91 17.65 1

5.366E-08 3.249E-07 160 226.71 1

4.27 9.91 17.65 1

7.468E-08 4.743E-07 161 226.71 1

4.27 9.91 17.65 1

8.778E-08 5.620E-07 162

. 226.71 1

4.27 9.91 17.65 1

1.029E-07 6.650E-07 163 226.71 1

4.27 9.91 '

17.65 1

1.204E-07 7.854E-07 164

.226.71 1

4.27 9.91 17.65 1

1.405E-07 9.259E-07 165 226.71 1

4.27 9.91 17.65 1

1.635E-07 1.089E-06 166 226.71 1

4.27 9.91 17.65 1

1.899E-07 1.279E-06 167 226.71 1

4.27 9.91 17.65 1

2.200E-07 1.499E-06 168 226.71 1

4.27 9.'91 17.65 1

2.542E-07 1.753E-06 169 226.71 1

4.27 9.91 17.65 1

2.930E-07 2.046E-06 170 226.71 1

4.27 9.91 17.65 1

3.369E-07 2.383E-06 17.1

.226.71 1

4.27 9.i91 17.65 1

3.865E-07 2.770E-06 172 226.71 1

4.27 9.91 17.65 1

4.422E-07 3.212E-06 173 226.71 1

4.27 9.'91 17.65 1

5.048E-07 3.717E-06 (NEP-DES-08-F02-00)

ENGINEERING SERVICES A,

ATI Page B-15 TG2;CALC~ULATI ON.NTINUATION "H!E,ýn-"'.,u;,

Project: Nine Mile Point Nuclear Station Unit: _I Disposition:

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 Rdf.

Table B-3: Calculation of Integrated X1Q (Unit 2 CR Air Intake Location, Case 1)

Time, I Distance, x

Wnd, X

a&*,k) a*,xy(x,k) a, F(t)

X/Q(x,uk,t)

Integrated

-Is]

[ml

[m/s

[m)

[rm]

[m]

[cfm]

1/rn

[sm_]

174 226.71 1

4.27 9.91 17.65 1

5.748E-07 4.292E-06 175 226.71 1

4.27 9.91 17.65 1

6.530E-07 4.945E-06 176

226.71 1

4.27 9.91 17.65 1

7.399E-07 5.684E-06 177 226.71 1

4.27 9.91 17.65 1

8.364E-07 6.521E-06 178 226.71 1

4.27 9.91 17.65 1

9.432E-07 7.464E-06 179 226.71 1

4.27 9.91 17.65 1

1.061E-06 8.525E-06 180 226.71 1

4.27 9.91 17.65 1

1.191E-06 9.716E-06 181

.226.71 1

4.27 9.91 17.65 1

1.333E-06 1.105E-05 182 226.71 1

4.27 9.91 17.65 1

1.488E-06 1.254E-05 183 226.71 1

4.27 9.91 17.65 1

1.658E-06 1.419E-05 184 226.71 1

4.27 9.91 17.65 1

1 1.842E-06 1.604E-05 185 226.71 1

4.27 9.91 17.65 1

2.042E-06 1.808E-05 186 226.71 1

4.27 9.91 17.65 1

2.259E-06 2.034E-05 187 i 226.71 1

4.27 9.91 17.65 1

2.492E-06 2:283E-05 188

.226.71 1

4.27 9.91 17.65 1

2.742E-06 2:557E-05 189 226.71 1

4.27 9.91 17.65 1

3.010E-06.

2.858E-05 190 226.71 1

4.27 9.91 17.65 1

3.296E-06 3.188E-05 191 226.71 1

4.27 9.91 17.65 1

3.601E-06 3-.548E-05 192 226.71 1

4.27 9.91 17.65 1

3.924E-06 31940E-05 193 226.71 1

4.27 9..91 17.65 1

4.266E-06 4.367E-05 194 226.71 1

4.27 9.91 17.65 1

4.626E-06 4.829E-05 195 226.71 1

4.27 9.91 17.65 1

5.004E-06 5.330E-05 196 226.71 1

4.27 9..91 17.65 1

5.401E-06 5.870E-05 197

226.71 1

4.27 9.'91 17.65 1

5.814E-06 6.451E-05 198 226.71 1

4.27 9.91 17.65 1

6.244E-06 7.076E-05 199 226.71 1

4.27 9.'91 17.65 1

6.689E-06 7.745E-05 200 226.71 1

4:27 9.'91 17.65 1

7.148E-06 8.459E-05 201 226.71 1

4.27 9.:91 17.65 1

7.621E-06 9.222E-05 202 226.71 1

4.27 9.91 17.65 1

8.105E-06 1.003E-04 203 226.71 1

4.27 9.:91 17.65 1

8.598E-06 1.089E-04 204 226;71 1

4.27 9.191 17.65 1

9.099E-06 1.180E-04 205 226.71 1

4.27 9!91 17.65 1

9.606E-06 1.276E-04 206 226.71 1

4.27 9!91 17.65 1

1.012E-05 1.377E-04 207 226.71 1

4.27 9191 17.65 1

1.063E-05 1.484E-04 208 226.71 1

4.27 9J91 17.65 1

1.114 E-05 1.595E-04 209 226.71 1

4.27 9!91 17.65 1

1.165E-05 1.712E-04 210

.226.71 1

4.27 9!91 17.65 1

1.214E-05 1.833E-04 211 226.71 1

4.27 9,91 17.65 1

1.264E-05 1.959E-04 212 226.71 1

4.27 9191 17.65 1

1.311E-05 2.090E-04 213 226.71 1

4.27 9191 17.65 1

1.358E-05 2.226E-04 214 226.71 1

4.27 9ý91 17.65 1

1.402E-05 2.366E-04 215

226.71 1

4.27 9:91 17.65 1

1.445E-05 2.511E-04 216 226.71 I

4.27 1 9'91 117.65 1

1.485E-05 2.659E-04 217 226.71 1

4.27 1 9191 117.65 1 1

1.522E-05 2.812E-04

.(NE P-DES-08-F02-00)

ENGINEERING SERVICES Pae B-16

~

(Next Project: Nine Mile Point Nuclear Station Unit:

1 Disposition: __-

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 IR.f.

Table B-3: Calculation of Integrated XIQ (Unit 2 CR Air Intake Location, Case 1)

Wind Integrated TSmee t

o,.(x,k) oay(X,k) o, F(t)

X/Q(x,u,k,t)

Tie 'itncx Speed, u X/Q(x,u,k,t)

Is]

fm]

[m/s]

[m]

[m)

[]

cf

[]lfm 1/mrn s/rnm 218 226.71 1

4.27 9.91 17.65 1

1.557E-05 2.967E-04 219 226.71 1

4.27 9.91 17.65 1

1.588E-05 3.126E-04 220 226.71 1

4.27 9.91 17.65 1

1.616E-05 3.288E-04 221 226.71 1

4.27 9.91 17.65 1

1.641E-05 3.452E-04 222 226.71 1

4.27 9.91 17.65 1

1.662E-05 3.618E-04 223 226.71 1

4.27 9.91 17.65 1

1.679E-05 3.786E-04 224 226.71 1

4.27 9.91 17.65 1

1.692E-05 3.955E-04 225 226.71 1

4.27 9.91 17.65 1

1.702E-05 4.125E-04 226 226.71 1

4.27 9.91 17.65 1

1.707E-05 4.296E-04 227 226.71 1

4.27 9.91 17.65 1

1.708E-05 4.467E-04 228 1226.71 1

4.27 9.91 17.65 1

1.704E-05 4.637E-04 229 226.71 1

4.27 9.91 17.65 1

1.697E-05 4.807E-04 230 226.71 1

4.27 9.91 17.65 1

1.685E-05 4.975E-04 231 226.71 1

4.27 9.91 17.65 1

1.670E-05 5,.142E-04 232 226.71 1

4.27 9.91 17.65 1

1.650E-05 5.307E-04 233 226.71 1

4.27 9.91 17.65 1

1.627E-05 5.470E-04 234 226.71 1

4.27 9.91 17.65 1

1.600E-05 5.630E-04 235 226.71 1

4.27 9.91 17.65 1

1.570E-05 5.787E-04 236 226.71 1

4.27 9.91 17.65 1

1.537E-05 5.941E-04 237 226.71 1

4.27 9.91 17.65 1

1.501E-05 6.091E-04 238 226.71 1

4.27 9.91 17.65 1

1.462E-05 6.237E-04 239

-226.71 1

4.27 9.91 17.65 1

1.420E-05 6.379E-04 240 226.71 1

4.27 9.91 17.65 1

1.377E-05 6.517E-04 241 226.71 1

4.27 9.91 17.65 1

1.331E-05 6.650E-04 242 226.71 1

4.27 9.91 17.65 1

1.284E-05 6.778E-04 243 226.71 1

4.27 9.91 17.65 1

1.235E-05 6.902E-04 244 226.71 1

4.27 9.91 17.65 1

1.186E-05 7.020E-04 245 226.71 1

4.27 9.91 17.65 1

1.135E-05 7.134E-04 246 226.71 1

4.27 9.91 17.65 1

1.084E-05 7.242E-04 247 226.71 1

4.27 9.91 17.65 1

1.033E-05 7.346E-04 248 226.71 1

4.27 9.91 17.65 1

9.820E-06 7.444E-04 249

226.71 1

4.27 9.91 17.65 1

9.312E-06 7.537E-04 250 226.71 1

4.27 9.91 17.65 1

8.808E-06 7.625E-04 251 226.71 1

4.27 9.91 17.65 1

8.311E-06 7.708E-04 252

'226.71 1

4.27 9.91 17.65 1

7.823E-06 7.786E-04 253 226.71 1

4.27 9.91 17.65 1

7.345E-06 7.860E-04 254

.226.71 1

4.27 9.91 17.65 1

6.880E-06 7.929E-04 255 226.71 1

4.27 9.91 17.65 1

6.429E-06 7.993E-04 256 226.71 1

4.27 9.91 17.65 1

5.993E-06 8.053E-04 257

.226.71 1

4.27 9.91 17.65 1

5.572E-06 8.109E-04 258 226.71 1

4.27 9.91 17.65 1

5.169E-06 8.160E-04 259

'226.71 1

4.27 9.91 17.65 1

4.783E-06 8.208E-04 260 226.71 1

4.27 9.91 17.65 1

4.415E-06 8.252E-04 261 226.71 1

4.27 9.91 17.65 1

4.065E-06 8.293E-04 (NEP-DES-08-F02-00)

Project: Nine Mile Point Nuclear Station Unit: 1 Disposition:

Originator/Date Reviewer/Date I

Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 Table B-3: Calculation of Integrated X, Q (Unit 2 CR Air Intake Location, Case 1)

Wind cxk)cy(,k Ft Qxukt)

Integrated Time, t Distance, x (xk) oe(dk) a F(t)

X/Q(xukt)

Is]

Im]

Mra/s]

[m]

[n*]

[m)

[

cf]

[m1/rn

[s/m"]

262 226.71 1

4.27 9.91 17.65 1

3.734E-06 8.330E-04 263 226.71 1

4.27 9.91 17.65 1

3.422E-06 8.364E-04 264 226.71 1

4.27 9.91 17.65 1

3.128E-06 8.396E-04 265 226.71 1

4.27 9.91 17.65 1

2.852E-06 8.424E-04 266 226.71 1

4.27 9.91 17.65 1

2.594E-06 8.450E-04 267 226.71 1

4.27 9.91 17.65 1

2.354E-06 8.474E-04 268 226.71 1

4.27 9.91 17.65 1

2.131E-06 8.495E-04 269 226.71 1

4.27 9.91 17.65 1

1.924E-06 8.514E-04 270 226.71 1

4.27 9.91 17.65 1

1.734E-06 8.532E-04 271

-226.71 1

4.27 9.91 17.65 1

1.558E-06 8.547E-04 272 226.71 1

4.27 9.91 17.65 1

1.396E-06 8.561E-04 273 226.71 1

4.27 9.91 17.65 1

1.249E-06 8.574E-04 274 226.71 1

4.27 9.91 17.65

.1 1.114E-06 8.585E-04 275 226.71 1

4.27 9.91 17.65 1

9.9131E-07 8.595E-04 276 226.71 1

4.27 9.91 17.65 1

8.800E-07 8.604E-04 277 226.71 1

4.27 9.91 17.65 1

7.792E-07 8.611E-04 278 226.71 1

4.27 9.91 17.65 1

6.879E-07 8.611E-04 279 226.71 1

4.27 9.91 17.65 1

6.066E-07 8.624E-04 280 226.71 1

4.27 9.91 17.65 1

5.333E-07 8.630E-04 281 226.71 1

4.27 9.91 17.65 1

4.676E-07 8.634E-04 282 226.71 1

4.27 9.91 17.65.

1 4.091E-07 8.634E-04 283 226.71 1

4.27 9.91 17.65 1

3.570E-07 8.642E-04 284 226.71 1

4.27 9.91 17.65 1

3.510E-07 8.645E-04 285

.226.71 1

4.27 9.91 17.65 1

2.699E-07 8.648E-04 286 226.71 1

4.27 9.91 17.65 1

2.338E-07 8.650E-04 287 226.71 1

4.27 9.91 17.65 1

1 2.020E-07 8.652E-04 288 226.71 1

4.27 9.91 17.65 1

1.742E-07 8.654E-04 289 226.71 1

4.27 9.91 17.65 1

1.492E-07 8.655E-04 290 226.71 1

4.27 9.91 17.65 1

1.285E-07 8.657E-04 291 226.71 1

4.27 9.91 17.65 1

1.100E-07 8.658E-04 292

.226.71 1

4.27 9.91 17.65 1

9.388E-08 8.659E-04 293 226.71 1

4.27 9.'91 17.65 1

7.995E-08 8.659E-04 294 226.71 1

4.27 9.'91 17.65 1

6.792E-08 8.660E-04 295 226.71 1

4.27 9.191 17.65 1

5.7562-08 8.661E-04 296 226.71 1

4.27 9.:91 17.65 1

4.866E-08 8.661E-04 297 226.71 1

4.27

9. 91 17.65 1

4.104E-08 8.662E-04 298

. 226.71 1

4.27 9.191 17.65 1

3.453E-08 8.662E-04 299

.226.71 1

4.27 9M91 17.65 1

2.898E-08 8.662E-04 300

, 226.71 1

4.27 9.!91 17.65 1

2.426E-08 8.663E-04 301 226.71 1

4.27 9,91 17.65 1

2.026E-08 8.663E-04 302 226.71 1

4.27 9.91 17.65 1

1.688E-08 8.663E-04 303 226.71 1

4.27 9i91 17.65 1

1.403E-08 8.663E-04 304 226.71 1

4.27 9J91 17.65 1

1.163E-08 8.663E-04 305 226.71 1

4.27 9!91 17.65 1

9.616E-09 8.663E-04 (NEP-DES-08-F02-0)

ENGINEERING SERVICES Page" B-18 I-C CULATION"CONTINUATION SHEET.,',

Page B-18 Project: Nine Mile Point Nuclear Station Unit: _i_

Disposition: ___

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 Table B-3: Calculation of Integrated X/1Q (Unit 2 CR Air Intake Location, Case 1)

Wind (X) xk)

Ft IQ(xukt)

Integrated Time, t

'Distance, x Speedu,(xk)

F y/Q(xukt

[m]

[m/s]

[m]

[rfi]

[m]

[cfm]

[1/mr

[s/m7]

306 226.71 1

4.27 9.91 17.65 1

7.935E-09 8.663E-04 307 226.71 1

4.27 9.91 17.65 1

6.530E-09 8.663E-04 308 226.71 1

4.27 9.91 17.65 1

5.361E-09 8.663E-04 309 226.71 1

4.27 9.91 17.65 1

4.391E-09 8.663E-04 310 226.71 1

4.27 9.91 17.65 1

3.587E-09 8.664E-04 (NEP-DES-08-F02-00)

ENGINEERING SERVICES

--A----A

'I IN I

S*H T

`*:

Page B-19

~ ~ Q~K

~

4

~

.(Next

)

Project: Nine Mile Point Nuclear Station Unit: 1 Disposition: __

Originator/Date Reviewer/Date I

Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 Table B-4: Calculation of Integrated X/Q (Unit 2 CR Air Intake Location, Case 2)

Wind Integrated TiWne, t Distance, x c(zX,k) ax.(ý,k) cy, F(t)

X/Q(x,u,k,t)

Speed, u I

X, F(x,u,k,t)

[E]

[m]

[m/s]

[m]

[nl

[m]

[cfm]

[1/r

[s/mr 0

226.71 1

4.27 9.91 17.65 1650 6.858E-33 0.OOOE+00 1

226.71 1

4.27 9.91 17.65 1650 1.191E-32 1.191E-32 2

226.71 1

4.27 9.91 17.65 1650 2.064E-32 3.256E-32 3

226.71 1

4.27 9.91 17.65 1650 3.569E-32 6.824E-32 4

.226.71 1

4.27 9.91 17.65 1650 6.154E-32 1.298E-31 5

226.71 1

4.27 9.91 17.65 1650 1.059E-31 2.357E-31 6

226.71 1

4.27 9.91 17.65 1650 1.817E-31 4.173E-31 7

226.71 1

4.27 9.91 17.65 1650 3.11OE-31 7.284E-31 8

226.71 1

4.27 9.91 17.65 1650 5.312E-31 1.260E-30 9

226.71 1

4.27 9.91 17.65 1650 9.049E-31 2.164E-30 10

'226.71 1

4.27 9.91 17.65 1650 1.538E-30 3.702E-30 11 226.71 1

4.27 9.91 17.65 1650 2.607E-30 6.309E-30 12 226.71 1

4.27 9.91 17.65 1650 4.409E-30 11072E-29 13 226.71 1

4.27 9.91 17.65 1650 7.438E-30 1.16E-29 14 226.71 1

4.27 9.91 17.65 1650 1.252E-29.

3.067E-29 15 226.71 1

4.27 9.91 17.65 1650 2.101E-29 5.168E-29 16 226.71 1

4.27 9.91 17.65 1650 3.519E-29 8.688E-29 17 226.71 1

4.27 9.91 17.65 1650 5.879E-29 1'457E-28 18 226.71 1

4.27 9.91 17.65 1650 9.798E-29 2.436E-28 19 226.71 1

4.27 9.91 17.65 1650 1.629E-28 4.065E-28 20 226.71 1

4.27 9.91 17.65 1650 2.701 E-28 6.767E-28 21 226.71 1

4.27 9.91 17.65 1650 4.469E-28 1.124E-27 22 226.71 1

4.27 9.91 17.65 1650 7.375E-28 1.861E-27 23

226.71 1

4.27 9.91 17.65 1650 1.214E-27 3.075E-27 24 226.71 1

4.27 9.,91 17.65 1650 1.994E-27 5.070E-27 25

.226.71 1

4.27 9.91 17.65 1650 3.267E-27 8.337E-27 26 226.71 1

4.27 9..91 17.65 1650 5.339E-27 1.368E-26 27 226.71 1

4.27 9.,91 17.65 1650 8.705E-27 2.238E-26 28 226.71 1

4.27 9.91 17.65 1650 1.416E-26 3.654E-26 29

.226.71 1

4.27 9.'91 17.65 1650 2.297E-26 5.951E-26 30 226.71 1

4.27 9..91 17.65 1650 3.717E-26 9.668E-26 31

.226.71 1

4.27 9191 17.65 1650 6.002E-26 1.567E-25 32

.226.71 1

4.27 9J91 17.65 1650 9.666E-26 2.534E-25 33 226.71 1

4.27 9.91 17.65 1650 1.553E-25 4.087E-25 34 226.71 1

4.27 9j91 17.65 1650 2.489E-25 6.575E-25 35 226.71 1

4.27 9191 17.65 1650 3.979E-25 1.055E-24 36 226.71 1

4.27 9!91 17.65 1650 6.347E-25 1.690E-24 37 226.71 1

4.27 9:91 17.65 1650 1.010E-24 2.700E-24 38 226.71 1

4.27 9!91 17.65 1650 1.603E-24 4.303E-24 39 226.71 1

4.27 9191 17.65 1650 2.537E-24 6.840E-24 40 226.71 1

4.27 9191 17.65 1650 4.007E-24 1.085E-23 41 226.71 1

4.27 9191 17.65 1650 6.314E-24 1.716E-23

.(NEP-DES-08-F02-00)

ENGINEERING SERVICES C

Page B-20 Project: Nine Mile Point Nuclear Station Unit:

1__

Disposition:

Originator/Date Reviewer/Date calculation No.

Revision A. G. Kiazura R. Kahn H21C078 00 Table 1-4: Calculation of Integrated XQ (Unit 2 CR Air Intake Location, Case 2)

Time, t x

Wind o(xk) a!(xk) a F

Integrated Tiet isanexSpeed, u

_(

y(xk o

Ft)

/Qxuk,t)

X/Q(x,u,k,t)

-Is]

[Ira]

[m/sL

[m]

[mi]

[m]

[cfml 1/mrn

[s/mj]

42 226.71 1

4.27 9.91 17.65 1650 9.924E-24 2.709E-23 43 226.71 1

4.27 9.91 17.65 1650 1.556E-23 4:264E-23 44 226.71 1

4.27 9.91 17.65 1650 2.434E-23 6.698E-23 45 226.71 1

4.27 9.91 17.65 1650 3.797E-23 1.049E-22 46 226.71 1

4.27 9.91 17.65 1650 5.910E-23 1.640E-22 47 226.71 1

4.27 9.91 17.65 1650 9,176E-23 2.558E-22 48 226.71 1

4.27 9.91 17.65 1650 1.421E-22 3.979E-22 49

226.71 1

4.27 9.91 17.65 1650 2.196E-22 6,175E-22 50 226.71 1

4.27.

9.91 17.65 1650 3.384E-22 9.559E-22 51 226.71 1

4.27 9.91 17.65 1650 5.204E-22 1.476E-21 52

.226.71 1

4.27 9.91 17.65 1650 7.981E-22 2.274E-21 53 226.71 1

4.27 9.91 17.65 1650 1.221E-21 3.496E-21 54 226.71 1

4.27 9.91 17.65 1650 1.864E-21 5.360E-21 55 226.71 1

4.27 9.91 17.65 1650 2.838E-21 8.198E-21 56 226.71 1

4.27 9.91 17.65 1650 4.311 E-21 1.251 E:20 57 226.71 1

4.27 9.91 17.65 1650 6.532E-21 1.904E-20 58 226.71 1

4.27 9.91 17.65 1650 9.873E-21 2.891E-20 59 226.71 1

4.27 9.91 17.65 1650 1.489E-20 4.380E-20 60 226.71 1

4.27 9.91 17.65 1650 2.239E-20 6.619E-20 61 226.71 1

4.27 9.91 17.65 1650 3.360E-20 9.979E-20 62 226.71 1

4.27.

9.91 17.65 1650 5.029E-20 1.501E-19 63 226.71 1

4.27 9.'91 17.65 1650 7.509E-20 2.252E-19 64 226.71 1

4.27 9.91 17.65 1650 1.118E-19 3.370E-19 65

.226.71 1

4.27 9.'91 17.65 1650 1.662E-19 5.032E-19 66

.226.71 1

4.27 9.91 17.65 1650 2.463E-19 7.495E-19 67

.226.71 1

4.27 9.'91 17.65 1650 3.642E-19 1.1 14E-18 68 226.71 1

4.27 9.'91 17.65 1650 5.373E-19 1.651E-18 69

. 226.71 1

4.27 9.!91 17.65 1650 7.906E-19 2.442E-18 70 226.71 1

4.27 9J91 17.65 1650 1.160E-18 3.602E-18 71 226.71 1

4.27 9J91 17.65 1650 1.699E-18 5.301E-18 72 226.71 1

4.27 9j91 17.65 1650 2.482E-18 7.783E-18 73 226.71 1

4.27 9.91 17.65 1650 3.617E-18 1.140E-17 74 226.71 1

4.27 9!91 17.65 1650 5.257E-18 1.666E-17 75 226.71 1

4.27 9.91 17.65 1650 7.623E-18 2.428E-17 76

. 226.71 1

4.27 9;91 17.65 1650 1.103E-17 3.531E-17 77 226.71 1

4.27 9a91 17.65 1650 1.591E-17 5.122E-17 78 226.71 1

4.27 9;91 17.65 1650 2.290E-17 7.412E-17 79 226.71 1

... 4.27 9:91 17.65.

1650 3.289E-17 1.070E-16 80 226.71 1

4.27 9i91 17.65 1650 4.711E-17 1.541E-16 81 226.71 1

4.27 9191 17.65 1650 6.732E-17 2.215E-16 82 226.71 1

4.27 9'91 17.65 1650 9.597E-17 3.174E-16 83 226.71 1

4.27 9;.91 17.65 1650 1.365E-16 4.539E-16 84 226.71 1

4.27 9'.91 17.65 1650 1.936E-16 6.475E-16 85 226.71 1

4.27 9;.91 17.65 1650 2.739E-16 9.214E-16 (NEP-DES-08-F02-00)

ENGINEERING SERVICES.

-21~

-4CALCULATION CONTINJUATION HET

-age N

Project: Nine Mile Point Nuclear Station Unit: 1 Disposition:

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn I

H21C078 00 Rif.

Table B-4: Calculation of Integrated XQ (Unit 2 CR Air Intake Location, Case 2)

Time, t Distance, x Wd (x,k) o.,(x,k) ol F(t)

X/Q(xu,k,t)

Integrated Speed, u I

X/Q(x'u'k't)

[s]

[Ir]

[m/s]

fm]

f rhi

[m]

[cfm]

1[/mI s/mrn 86 226.71 1

4.27 9.91 17.65 1650 3.867E-16 1.308E-15 87 226.71 1

4.27 9.91 17.65 1650 5.445E-16 1.853E-15 88 226.71 1

4.27 9.91 17.65 1650

.7.649E-16 2.618E-15 89

226.71 1

4.27 9.91 17.65 1650 1.072E-15 3.690E-15 90 226.71 1

4.27 9.91 17.65 1650 1.498E-15 5.188E-15 91

,226.71 1

4.27 9.91 17.65 1650 2.090E-15 7.278E-15 92 226.71 1

4.27 9.91 17.65 1650 2.907E-15 1.018E-14 93, 226.71 1

4.27 9.91 17.65 1650 4.034E-15

.1.422E-14 94 226.71 1

4.27 9.91 17.65 1650 5.584E-15 1.980E-14 95 226.71 1

4.27 9.91 17.65 1650 7.712E-15 2.751E-14 96 226.71 1

4.27 9.91 17.65 1650 1.062E-14 3.814E-14 97

.226.71 1

4.27 9.91 17.65 1650 1.460E-14 5.274E-14 98 226.71 1

4.27 9.91 17.65 1650 2.001E-14 7.275E-14 99 226.71 1

4.27 9.91 17.65 1650 2.737E-14 1.OOIE-13 100 226.71 1

4.27 9.91 17.65 1650 3.734E-14 1:375E-13 101 226.71 1

4.27 9.91 17.65 1650 5.081 E-14.

1.883E-13 102

.226.71 1

4.27 9.91 17.65 1650 6.898E-14 2.572E-13 103 226.71 1

4.27 9.91 17.65 1650 9.341E-14 3.506E-13 104 226.71 1

4.27

9. 91 17.65 1650 1.262E-13 4768E-13 105 226.71 1

4.27 9.',91 17.65 1650 1.701E-13 6.469E-13 106 "226.71 1

4.27 9.91 17.65 1650 2.286E-13 8.755E-13 107

.226.71 1

4.27 9J91 17.65 1650 3.066E-13 1.182E-12 108 226.71 1

4.27 9.!91 17.65 1650 4.102E-13 1.592E-12 109 226.71 1

4.27

. 9i91 17.65 1650 5.474E-13 2.140E-12 110 226.71 1

4.27 9i91 17.65 1650 7.287E-13 2.868E-12 111 226.71 1

4.27 9191 17.65 1650 9.678E-13 3.836E-12 112 226.71 1

4.27 9.91 17.65 1650 1.282E-12 5.118E-12 113 226.71 1

4.27 9J91 17.65 1650 1.694E-12 6.813E-12 114 226.71 1

4.27 9!91 17.65 1650 2.234E-12 9,047E-12 115 226.71 1

4.27 9;91 17.65 1650 2.938E-12 1.198E-11 116 226.71 1

4.27 9!91 17.65 1650 3.854E-12 1.584E-11 117 226.71 1

4.27 9!91 17.65 1650 5.044E-12 2.088E-11 118 226.71 1

4.27 9L91 17.65 1650 6.586E-12 2.747E-11 119 226.71 1

4.27 9'L91 17.65 1650 8.577E-12 3.605E-11 120 226.71 1

4.27 9t91 17.65 1650 1.1 14E-11 4.719E-11 121 226.71 1

4.27 9.91 17.65 2750 2.407 E-11 7.126E-11 122 226.71 1

4.27 9191 17.65 2750 3.112E-11 1.024E-10 123 226.71 1

4.27 91.91 17.65 2750 4.013E-11 1.425E-10 124 226.71 1

4.27 9.91 17.65 2750 5.163E-11 1.941 E-10 125 226.71 1

4.27 Y.911 17.65 2750 6.627E-11 2.604E-10 126 226.71 1

4.27 9'.91 17.65 2750 8.484E-11 3.452E-10 127 226.71 1

4.27 9.91 17.65 2750 1.084E-10 4.536E-10 128 226.71 1

4.27 9'.91 17.65 2750 1.381E-10 5.917E-10 129 226.71 1

4.27 95.91 17.65 2750 1.755E-10 7.671E-10 (NE P-DES-08-F02-00)

Project: Nine Mile Point Nuclear Station Unit: '!I Disposition:

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 Table B-4: Calculation of Integrated XjQ (Unit 2 CR Air Intake Location, Case 2)

Wind Integrated Time, t Distance, x Speed, u oz(x,k) oxy(X,k) oa F(t) x/Q(x,u,k,t)

-Is]

[mi

[m/s]

[m]

[nj]

[m]

[cfml

[1/mn

[s/mr 130 226.71 1

4.27 9.91 17.65 2750 2.225E-10 9.896E-10 131 226.71 1

4.27 9.91 17.65 2750 2.814E-10 1:271E-09 132 226.71 1

4.27 9.91 17.65 2750 3.550E-10 1.626E-09 133 226.71 1

4.27 9.91 17.65 2750 4.468E-10 2.073E-09 134 226.71 1

4.27 9.91 17.65 2750 5.609E-10 2.634E-09 135 226.71 1

4.27 9.91 17.65 2750 7.026E-10 3.336E-09 136

'226.71 1

4.27 9.91 17.65 2750 8.778E-10 4.214E-09 137 226.71 1

4.27 9.91 17.65 2750 1.094E-09 5.308E-09 138

.226.71 1

4.27 9.91 17.65 2750 1.360E-09 6.668E-09 139 226.71 1

4.27 9.91 17.65 2750 1.687E-09 8.355E-09 140 226.71 1

4.27 9.91 17.65 2750 2.087E-09 1.044E-08 141

.226.71 1

4.27 9.91 17.65 2750 2.576E-09 1.302E-08 142

.226.71 1

4.27 9.91 17.65 2750 3.172E-09 1.619E-08 143 226.71 1

4.27 9.91 17.65 2750 3.896E-09 2.009E-08 144

.226.71 1

4.27 9.91 17.65 2750 4.774E-09 2.486E-08 145 226.71 1

4.27 9.91 17.65 2750 5.835E-09 3.070E-08 146 226.71 1

4.27 9.91 17.65 2750 7.114E-09 3.781E-08 147 226.71 1

4.27 9.91 17.65 2750 8.653E-09 4.646E-08 148 226.71 1

4.27 9.91 17.65 2750 1.050E-08 5.696E-08 149

-226.71 1

4.27 9.91 17.65 2750 1.271E-08 6.967E-08 150 226.71 1

4.27.

9.91 17.65 2750 1.534E-08 8.502E-08 151 226.71 1

4.27 9.91 17.65 2750 1.848E-08 1.035E-07 152 226.71 1

4.27 9.91 17.65 2750 2.221E-08 1.257E-07 153 226.71 1

4.27 9.91 17.65 2750 2.662E-08 1.523E-07 154 226.71 1

4.27 9.91 17.65 2750 3.183E-08 1.842E-07 155 226.71 1

4.27 9.91

.17.65 2750 3.796E-08 2.221E-07 156 226.71 1

4.27 9.91 17.65 2750 4.517E-08 2.673E-07 157 226.71 1

4.27 9.91 17.65 2750 5.362E-08 3.209E-07 158 226.71 1

4.27 9.91 17.65 2750 6.349E-08 3.844E-07 158 226.71 1

4.27 9.*91 17.65 2750 6.349E-08 3.844E-07 160

-226.71 1

4.27 9.91 17.65 2750 8.836E-08 5.611E-07 161 226.71 1

4.27 9.91 17.65 2750 1.039E-07 6.650E-07 162 226.71 1

4.27 9.91 17.65 2750 1.218E-07 7.868E-07 163 226.71 1

4.27 9.'91 17.65 2750 1.425E-07 9.292E-07 164 226.71 1

4.27 9.'91 17.65 2750 1.662E-07 1.095E-06 165 226.71 1

4.27 9.:91 17.65 2750 1.935E-07.

1.289E-06 166 226.71 1

4.27 9191 17.65 2750 2.247E-07 1.514E-06 167 226.71 1

4.27 9)91 17.65 2750 2.603E-07 1.774E-06 168 226.71 1

4.27 9:91 17.65 2750 3.007E-07 2.075E-06 169 226.71 1

4.27 9i91 17.65 2750 3.467E-07 2.421E-06 170 226.71 1

4.27 9191 17.65 2750 3.986E-07 2.820E-06 171 226.71 1

4.27 9i91 17.65 2750 4.573E-07 3.277E-06 172 226.71 1

4.27 9i91 17.65 2750 5.232E-07 3.800E-06 173 226.71 1

4.27 991 17.65 2750 5.973E-07 4.398E-06 (NE P.DES-08-F02-0O)

-~

~';~4~.~4 ~

ENGINEERING SERVICES CA cuL A'TIONCI IONSHEETK I Page B-23 Project: Nine Mile Point Nuclear Station Unit: i 1 Disposition:

OnginatodDate Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 r1f.

R Table B-4: Calculation of Integrated XIQ (Unit 2 CR Air Intake Location, Case 2)

Wind Integrated Time, t Distance, x Speed,u oz(x,k) x.y(;x,k) a, F(t)

X/Q(x,u,k,t)

Speed u

/Q(x,u,.k,t)

Is]

[m]

[m/s]

[m

[m]

[cfm]

1/mn

[s/mr 174 226.71 1

4.27 9.91 17.65 2750 6.801E-07 5.078E-06 175 226.71 1

4.27 9.91 17.65 2750 7.726E-07 5:850E-06 176 226.71 1

4.27 9.91 17.65 2750 8.755E-07 6.726E-06 177 226.71 1

4.27 9.91 17.65 2750 9.896E-07 7.716E-06 178 226.71 1

4.27 9.91 17.65 2750 1.116E-06 8.831E-06 179 226.71 1

4.27 9.91 17.65 2750 1.255E-06 1.009E-05 180

226.71 1

4.27 9.91 17.65 2750 1.409E-06 1.150E-05 181 226.71 1

4.27 9.91 17.65 2750 1.577E-06 1.307E-05 182 226.71 1

4.27 9.91 17.65 2750 1.761E-06 1.483E-05 183 226.71 1

4.27 9.91 17.65 2750 1.962E-06 1.680E-05 184 226.71 1

4.27 9.91 17.65 2750 2.180E-06 1.898E-05 185 226.71 1

4.27 9.91 17.65 2750 2.417E-06 2.139E-05 186 226.71 1

4.27 9.91 17.65 2750 2.672E-06 2.406E-05 187 1226.71 1

4.27 9.91 17.65 2750 2.948E-06 2.701E-05 188 226.71 1

4.27 9.91 17.65 2750 3.244E-06 3.026E-05

.189 226.71 1

4.27 9.91 17.65 2750 3.561E-06 3.382E-05 190

.226.71 1

4.27 9.91 17.65 2750 3.900E-06 3.772E-05 191

.226.71 1

4.27 9.91 17.65 2750 4.260E-06 4.198E-05 192 226.71 1

4.27 9.91 17.65

.2750 4.643E-06 4.662E-05 193 226.71 1

4.27 9.91 17.65 2750 5.047E-06 5.167E-05 194

.226.71 1

4.27.

9.91 17.65 2750 5.474E-06 5.714E-05 195 226.71 1

4.27 9.91 17.65 2750 5.921E-06 6.306E-05 196 226.71 1

4.27 9.*91 17.65 2750 6.390E-06 6.945E-05 197 226.71 1

4.27 9.91 17.65 2750 6.879E-06 7.633E-05 198 226.71 1

4.27 9.'91 17.65 2750 7.388E-06 8.372E-05 199 226.71 1

4.27 9.'91 17.65 2750 7.914E-06 9,163E-05 200 226.71 1

4.27 9.91 17.65 2750 8.458E-06 1.001E-04 201 226.71 1

4.27 9.:91 17.65 2750 9.017E-06 1.091E-04 202 226.71 1

4.27 9.:91 17.65 2750.

9.589E-06 1.187E-04 203 226.71 1

4.27 9191 17.65 2750 1.017E-05 1.289E-04 204 226.71 1

4.27 9291 17.65 2750 1.077E-05 1.396E-04 205

.226.71 1

4.27 9291 17.65 2750 1.137E-05 1.510E-04 206 226.71 1

4.27 9'91 17.65 2750 1.197E-05 1.630E-04 207 226.71 1

4.27 9J91 17.65 2750 1.258E-05 1.756E-04 208 226.71 1

4.27 9191 17.65 2750 1.318E-05 1.887E-04 209 226.71 1

4.27 9!91 17.65 2750 1.378E-05 2.025E-04 210 226.71 1

4.27 9191 17.65 2750 1.437E-05 2.169E-04 211 226.71 1

4.27 9191 17.65 2750 1.495E-05 2.318E-04 212 226.71 1

4.27 9191 17.65 2750 1.552E-05 2.473E-04 213 226.71 1

4.27 9.91 17.65 2750 1.606E-05 2.634E-04 214 226.71 1

4.27 9,91 17.65 2750 1.659E-05 2.800E-04 215 226.71 1

4.27 9:91 17.65 2750 1.709E-05 2.971E-04 216 226.71 1

4.27 9!91 17.65 2750 1.757E-05 3.147E-04 217 226.71 1

4.27 9191 17.65 2750 1.801E-05 3.327E-04 (NEP-DES-08-F02-00)

S

ENGINEERING SERVICES

~

age B-24 Project: Nine Mile Point Nuclear Station Unit:

1_

Disposition:

Originator/Date Reviewer/Date TCalculation No.

=

Revision A.G. Klazura R. Kahn H21C078 00 Table B-4: Calculation of Integrated X/Q (Unit 2 CR Air Intake Location, Case 2)

WindF(t)

/Q(x,u,k,t)

Integrated Time, tDistance, x Speed, uy,

, k) aQFxt u/~k~ut)t Speed, u oXxk xyAI C1

/Q x,u,k,t)

Is]

[m]

[m/sl

[m]

[rJ] I

[m]

[cfm]

1/*

[s/rm 218 226.71 1

4.27 9.91 17.65 2750 1.842E-05 3.511E-04 219 226.71 1

4.27 9.91 17.65 2750 1.879E-05 3.699E-04 220 226.71 1

4.27 9.91 17.65 2750 1.913E-05 3.890E-04 221 226.71 1

4.27 9.91 17.65 2750 1.942E-05 4.084E-04 222 226.71 1

4.27 9.91 17.65 2750 1.967E-05 4.281E-04 223

'226.71 1

4.27 9.91 17.65 2750 1.987E-05 4.480E-04 224

'226.71 1

4.27 9.91 17.65 2750 2.003E-05 4.680E-04 225

.226.71 1

4.27 9.91 17.65 2750 2.013E-05 4.881E-04 226 226.71 1

4.27 9.91 17.65 2750 2.019E-05 5.083E-04 227 226.71 1

4.27 9.91 17.65 2750 2.020E-05 5.285E-04 228 226.71 1

4.27 9.91 17.65 2750 2.017E-05 5.487E-04 229 226.71 1

4.27 9.91 17.65 2750 2.008E-05 5.688E-04 230 226.71 1

4.27 9.91 17.65 2750 1.994E-05 5.887E-04 231 226.71 1

4.27 9.91 17.65 2750 1.976E-05 6.085E-04 232 226.71 1

4.27 9.91 17.65 2750 1.953E-05 6.280E-04 233 226.71 1

4.27 9.91 17.65 2750 1.925E-05 6.472E-04 234 226.71 1

4.27 9.91 17.65 2750 1.894E-05 6.662E-04 235 226.71 1

4.27 9.91 17.65 2750 1.858E-05 6.848E-04 236 226.71 1

4.27 9.91 17.65 2750 1.819E-05 7.029E-04 237 226.71 1

4.27 9.91 17.65 2750 1.776E-05 7.207E-04 238 226.71 1

4.27 9.91 17.65 2750 1.729E-05 7.380E-04 239 226.71 1

4.27 9.91 17.65 2750 1.680E-05 7.548E-04 240 226.71 1

4.27 9.91 17.65 2750 1.629E-05 7.711E-04 241 226.71 1

4.27 9.91 17.65 2750 1.575E-05 7.868E-04 242 226.71 1

4.27 9.'91 17.65 2750 1.519E-05 8.020E-04 243 226.71 1

4.27 9.'91 17.65 2750 1.462E-05 8.166E-04 244

.'226.71 1

4.27 9.:91 17.65 2750 1.403E-05 8.307E-04 245 226.71 1

4.27 9.:91 17.65 2750 1.343E-05 8.441E-04 246 226.71 1

4.27 9.91 17.65 2750 1.283E-05 8.569E-04 247 226.71 1

4.27 9J91 17.65 2750 1.222E-05 8.691E-04 248 226.71 1

4.27 9;91 17.65 2750 1.162E-05 8.808E-04 249

.226.71 1

4.27 9!91 17.65 2750 1.102E-05 8.918E-04 250 226.71 1

4.27 9.91 17.65 2750 1.042E-05 9.022E-04 251 226.71 1

4.27 9.91 17.65 2750 9.833E-06 9.120E-04 252 226.71 1

4.27 9!91 17.65 2750 9.256E-06 9.213E-04 253 226.71 1

4.27 991 17.65 2750 8.691E-06 9.300E-04 254 226.71 1

4.27 9:91 17.65 2750 8.141E-06 9.381E-04 255 226.71 1

4.27 9i91 17.65 2750 7.607E-06 9.457E-04 256 226.71 1

4.27 9191 17.65 2750 7.091E-06 9.528E-04 257 226.71 1

4.27 9'91 17.65 2750 6.593E-06 9.594E-04 258 226.71 1

4.27 9'91 17.65 2750 6.116E-06 9.655E-04 259 226.71 1

4.27 9i91 17.65 2750 5.659E-06 9.712E-04 260 226.71 1

4.27 9:.91 17.65 2750 5.224E-06 9.764E-04 261 226.71 1

4.27 9'.91 17.65 2750 4.810E-06 9.812E-04 (NEP-DES-08-F02-00)

ENGINEERING SERVICES Page B-25 M2 W

I (Next Project: Nine Mile Point Nuclear Station Unit: L1 Disposition:

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 Table B-4: Calculation of Integrated X1iQ (Unit 2 CR Air Intake Location, Case 2)

Wind Integrated T i m,

D st n c,

x,k )

(Y,,(x,k )

a, F (t)

X /Q (x iu,k,t)

Tiet _isane Speed, u k

F

/Q(x,u,k,t)

IS]

[m]

[rm/s]

fm]

f[m61] [mJ

[cfmrn]

/ns/m 262 226.71 1

4.27 9.91 17.65 2750 4.418E-06 9.856E-04 263 226.71 1

4.27 9.91 17.65 2750 4.049E-06 9.897E-04 264 226.71 1

4.27 9.91 17.65 2750 3.701E-06 9.934E-04 265 226.71 1

4.27 9.91 17.65 2750 3.375E-06 9.968E-04 266 1226.71 1

4.27 9.91 17.65 2750 3.070E-06 9.998E-04 267

.226.71 1

4.27 9.91 17.65 2750 2.786E-06 1.003E-03 268 226.71 1

4.27 9.91 17.65 2750 2.522E-06 1.005E-03 269 226.71 1

4.27 9.91 17.65 2750 2.277E-06 1.007E-03 270 226.71 1

4.27.

9.91 17.65 2750 2.051E-06 1.009E-03 271

.226.71 1

4.27 9.91 17.65 2750 1.843E-06 1.011E-03 272 226.71 1

4.27.

9.91 17.65 2750 1.652E-06 1.013E-03 273 226.71 1

4.27 9.91 17.65 2750 1.478E-06 1.014E-03 274 226.71 1

4.27 9.91 17.65 2750 1.318E-06 1..016E-03 275 226.71 1

4.27 9.91 17.65 2750 1.173E-06 1:0.017E-03 276

.226.71 1

4.27 9.91 17.65 2750 1.041E-06 1T:018E-03 277 226.71 1

4.27 9.91 17.65 2750 9.220E-07 1.019E-03 278 226.71 1

4.27 9.91 17.65 2750 8.145E-07 1.020E-03 279 226.71 1

4.27 9.91 17.65 2750 7.177E-07 1.020E-03 280 226.71 1

4.27 9.91 17.65.2750 6.310E-07 1.021E-03 281 226.71 1

427 9.91 17.65 2750 5.533E-07 1.022E-03 282 226.71 1

4.27 9.91 17.65 2750 4.840E-07 1.022E-03 283 226.71 1

4.27 9.91 17.65 2750 4.224E-07 1.023E-03 284 226.71 1

4.27 9.91 17.65 2750 3.677E-07 1.023E-03 285

.226.71 1

4.27 9.91 17.65 2750 3.193E-07 1.023E-03 286 226.71 1

4.27 9.91 17.65 2750 2.766E-07 1.023E-03 287 226.71 1

4.27 9.91 17.65 2750 2.391 E-07 1.024E-03 288 226.71

.1 4.27 9.91 17.65 2750 2.061E-07 1.024E-03 289 226.71 1

4.27 9.91 17.65 2750 1.772E-07 1.024E-03 290 226.71 1

4.27 9.91 17.65 2750 1.520E-07 1.024E-03 291 226.71 1

4.27 9.91 17.65 2750 1.301E-07 1.024E-03 292 226.71 1

4.27 9.91 17.65 2750 1.111E-07 1.025E-03 293

.226.71 1

4.27 9.91 17.65 2750 9.460E-08 1.025E-03 294 226.71 1

4.27 9.ý91 17.65 2750 8.037E-08 1.025E-03 295 226.71 1

4.27 9.'91 17.65 2750 6.811E-08 1.025E-03 296 226.71 1

4.27 9 91 17.65 2750 5.758E-08 1.025E-03 297 226.71 1

4.27 9.91 17.65 2750 4.856E-08 1.025E-03 298 226.71 1

4.27 9J91 17.65 2750 4.085E-08 1.025E-03 299

.226.71 1

4.27 9D91 17.65 2750 3.428E-08 1.025E-03 300 226.71 1

4.27 9191 17.65 2750 2.870E-08 1.025E-03 301 226.71 1

4.27 9191 17.65 2750 2.397E-08 1.025E-03 302 226.71 1

4.27 9191 17.65 2750 1.997E-08 1.025E-03 303

.226.71 1

4.27 9:91 17.65 2750 1.660E-08 1.025E-03 304 226.71 1

4.27 91i91 17.65 2750 1.376E-08 1.025E-03 305 226.71 1

4.27 9!91 17.65 2750 1.138E-08 1.025E-03 (NEP-DES-08-F02-oo)

wI ENGINEERING SERVICES*

CALCULATION CONmINU ION.SHEET

Page B-26

' "(Next-Project: Nine Mile Point Nuclear Station Unit:

1 Disposition:

Originator/Date IReviewer/Date i Calculation No.

Revision A. G. Kiazura R. Kahn H21C078 00 Table B-4: Calculation of Integrated X/Q (Unit 2 CR Air Intake Location, Case 2)

T DiWind sIntegrated Time, t Distance, x d

(x,k)

(Fxy(k,k) a, F(t)

X/Q(x,u,k,t)

Speedu y I

/Q(x,u,k,t)

Is]

[m]

[m/s]

[m]

[cfm]

1/rm

[s/rM 306 226.71 1

4.27 9.91 17.65 2750 9.388E-09 1.025E-03 307 226.71 1

4.27 9.91 17.65 2750 7.727E-09 1.025E-03 308 226.71 1

4.27 9.91 17.65 2750 6.344E-09 1.025E-03 309 226.71 1

4.27 9.91 17.65 2750 5.195E-09 1.025E-03 310 226.71 1

4.27 9.91 17.65 2750 4.245E-09 1.025E-03 (NEP-DES-08-F02-00)

ENGINEERING SERVICES MLCIUiATI ON N jI(AT10QN-SHEE5H EPage

-.27 I * *-,;*;*

.";:*/ *

'::**%*:*1(Next Project: Nine Mile Point Nuclear Station Unit: I1 Disposition: __

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn I

H21C078 00 RE Table B-5: Calculation of Integrated 7IQ (Unit 2 CR Air Intake Location, Case 3)

WindIntegrated Time, t Distance, x

Speed, (xk) a.,(xk) a, F(t)

X/Q(xukt)

/t(x,uk,te IS]

[m]

[MIS]

m]

[n]

[m]

[cfm]

[/rn s/mj 0

226.71 1

4.27 9.91 17.65 1650 7.187E-33 0.000E+00 1

226.71 1

4.27 9.91 17.65 1650 1.248E-32 1.248E-32 2

226.71 1

4.27 9.91 17.65 1650 2,164E-32 3.412E-32 3

226.71 1

4.27 9.91 17.65 1650 3.740E-32 7.152E-32 4

.226.71 1

4.27 9.91 17.65 1650 6.450E-32 1.360E-31 5

226.71 1

4.27 9.91 17.65 1650 1.11OE-31 2.470E-31 6

226.71 1

4.27 9.91 17.65 1650 1.904E-31 4.374E-31 7

226.71 1

4.27 9.91 17.65 1650 3.260E-31 7.633E-31 8

226.71 1

4.27 9.91 17.65 1650 5.567E-31 1.320E-30 9

.226.71 1

4.27 9.91 17.65 1650 9.483E-31 2.268E-30 10 226.71 1

4.27 9.91 17.65 1650 1.612E-30 3.880E-30 11 226.71 1

4.27 9.91 17.65 1650 2.732E-30 6.612E-30 12 226.71 1

4.27 9.91 17.65 1650 4.620E-30 1.1,23E-29 13 226.71 1

4.27 9.91 17.65 1650 7.795E-30 1903E-29 14 226.71 1

4.27 9.91 17.65 1650 1.312E-29 3.214E-29 15 226.71 1

4.27 9.91 17.65 1650 2.202E-29 5.417E-29 16 226.71 1

4.27 9.91 17.65 1650 3.688E-29 9.105E-29 17 226.71 1

4.27 9.91 17.65 1650 6.161E-29 1.527E-28 18 226.71 1

4.27 9.91 17.65 1650 1.027E-28 2.553E-28 19 226.71 1

4.27.

9.91 17.65 1650 1.707E-28 4.260E-28 20 226.71 1

4.27 9.91 17.65 1650 2.831E-28 7.091E-28 21 226.71 1

4.27

9. 91 17.65 1650 4.684E-28 1.177E-27 22 226.71 1

4.27 9.:91 17.65 1650 7.730E-28 1.950E-27 23 226.71 1

4.27 9.ý91 17.65 1650 1.273E-27 3.223E-27 24 226.71 1

4.27 9.:91 17.65 1650 2.090E-27 5.313E-27 25 226.71 1

4.27 9!91 17.65 1650 3.424E-27 8.737E-27 26 226.71 1

4.27 9191 17.65 1650 5.596E-27 1.433E-26 27 226.71 1

4.27 9:91 17.65 1650 9.123E-27 2.346E-26 28 226.71 1

4.27 9291 17.65 1650 1.484E-26 3.829E-26 29 226.71 1

4.27 9i91 17.65 1650 2.407E-26 6.236E-26 30 226.71 1

4.27 9!91 17.65 1650 3.896E-26 1.013E-25 31 226.71 1

4.27 9:91 17.65 1650 6.290E-26 1.642E-25 32 226.71 1

4.27 9i91 17.65 1650 1.013E-25 2.655E-25 33 226.71 1

4.27 9191 17.65 1650 i.628E-25 4.283E-25 34 226.71 1

4.27 9i91 17.65 1650 2.608E-25 6.891E-25 35 226.71 1

4.27 9191 17.65 1650 4.170E-25 1.106E-24 36 226.71 1

4.27 9(91 17.65 1650 6.651 E-25 1.771E-24 37 226.71 1

4.27 9.91 17.65 1650 1.058E-24 2.829E-24 38 226.71 1

4.27 9!.91 17.65 1650 1.680E-24 4.509E-24 39 226.71 1

4.27 9.91 17.65 1650 2.659E-24 7.168E-24 40 226.71 1

4.27 9.91 17.65 1650 4.200E-24 1.137E-23 41 226.71 1

4.27 9ý.91 17.65 1650 6.617E-24 1.799E-23 (NE P-DES-08-F02-00)

ENGINEERING SERVICES I,,ALCdLA ION CONTINUATION SHEET 7 Page B-28 I

I(Next Project: Nine Mile Point Nuclear Station Unit: 1 Disposition:

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21 C078 00 R.f Table B-5: Calculation of Integrated XiQ (Unit 2 CR Air Intake Location, Case 3)

Wind Integrated Time, t Distance, x Speed, u ay(xk) av(Xk) a, F(t)

X/Q(x,u,k,t) 9 kU L.

IS]

Im]

[m/s]

[m]

[j]

[m]

[c

[cf

[ 1/

[s/m1 42

.226.71 1

4.27 9.91 17.65 1650 1.040E-23 2.839E-23 43 226.71 1

4.27 9.91 17.65 1650 1.631E-23 4.469E-23 44 226.71 1

4.27 9.91 17.65 1650 2.550E-23 7.019E-23 45 226,71 1

4.27 9.91 17.65 1650 3.979E-23 1.100E-22 46 226.71 1

4.27 9.91 17.65 1650 6.193E-23 1.719E-22 47 226.71 1

4.27 9.91 17.65 1650 9.616E-23 2.681E-22 48 226.71 1

4.27 9.91 17.65 1650 1.489E-22 4.170E-22 49 226.71 1

4.27 9.91 17.65 1650 2.301E-22 6.471E-22 50 226.71 1

4.27 9.91 17.65 1650 3.547E-22 1.002E-21 51 226.71 1

4.27 9.91 17.65 1650 5.453E-22 1.547E-21 52 226.71 1

4.27 9.91 17.65 1650 8.365E-22 2.384E-21 53

.226.71 1

4.27 9.91 17.65 1650 1.280E-21 3.663E-21 54 226.71 1

4.27 9.91 17.65 1650 1.953E-21 5:617E-21 55 226.71 1

4.27 9.91 17.65 1650 2.974E-21 8.591E-21 56 226.71 1

4.27 9.91 17.65 1650 4.518E-21 1.311E-20 57 226.71 1

4.27 9.91 17.65 1650 6.845E-21.

1.995E-20 58 226.71 1

4.27 9.91 17.65 1650 1.035E-20 3.030E-20 59 226.71 1

4.27 9.91 17.65 1650 1.560E-20 4:590E-20 60 226.71 1

4.27 9.91 17.65 1650 2.347E-20 6:937E-20 61 226.71 1

4.27 9.91 17.65 1650 3.521E-20 1.046E-19 62 226.71 1

4.27 9.91 17.65 1650 5.270E-20 1.573E-19 63 226.71 1

4.27 9.91 17.65 1650 7.869E-20 2.360E-19 64

'226.71 1

4.27 9.91 17.65 1650 1.172E-19 3.532E-19 65 226.71 1

4.27 9.91 17.65 1650 1.742E-19 5.273E-19 66 226.71 1

4.27 9.91 17.65 1650 2.582E-19 7.855E-19 67 226.71 1

4.27 9.91 17.65 1650 3.817E-19 1.167E-18 68 226.71 1

4.27 1 9.91 17.65 1650 5.631E-19 1.730E-18 69 226.71 1

4.27 9.91 17.65 1650 8.285E-19 2.559E-18 70 226.71 1

4.27 9.'91 17.65 1650 1.216E-18 3.775E-18 71 226.71 1

4.27 9.91.

17.65 1650 1.781E-18 5.556E-18 72 226.71 1

4.27 9.:91 17.65 1650 2.601E-18 8.157E-18 73 226.71 1

4.27 9.ý91 17.65 1650 3.790E-18 1.195E-17 74

.226.71 1

4.27 9.'91 17.65 1650 5.510E-18 1.7462-17 75

226.71 1

4.27 9191 17.65 1650 7.989E-18 2.545E-17 76 226.71 1

4.27 9j91 17.65 1650 1.156E-17 3.700E-17 77 226.71 1

4.27 9.91 17.65 1650 1.668E-17 5.368E-17 78 226.71 1

4.27 9'91 17.65 1650 2.4002-17 7.768E-17 79 226.71 1

4.27 9!91 17.65 1650 3.447E-17 1.122E-16 80 226.71 1

4.27 9!91 17.65 1650 4.938E-17 1.615E-16 81 226.71 1

4.27 9!91 17.65 1650 7.056E-17 2.321E-16 82 226.71 1

4.27 9:91 17.65 1650 1.0062-16 3.327E-16 83 226.71 1

4.27 9!91 17.65 1650 1.430E-16 4.757E-16 84 226.71 1

4.27 9!91 17.65 1650 2.029E-16 6.786E-16 85 226.71 1

4.27 9:91 17.65 1650 2.871E-16 9.656E-16 (NEP-DES-08-F02-00)

ENGINEERING SERVICES Page B-29

,2.k.,

(Next Project: Nine Mile Point Nuclear Station Unit:

1 __

Disposition:

Originator/Date Reviewer/Date ICalculation No.

Revision

,A. G. Klazura R. Kahn fH21C078 100 HR.

Table B-5: Calculation of Integrated XIQ (Unit 2 CR Air Intake Location, Case 3)

Wind Integrated Time, t Distance, x az(x,k) ax(,xk) a, F(t)

X/Q(x,u,k,t)

Integrat Speed, u

_/_(x,u,k,t)

[s]

[m]

[m/s]

[m]

[mh]

[m]

[cfm]

[/1r

[s/mr 86 226.71 1

4.27 9.91 17.65 1650 4.053E-16 1.371E-15 87 226.71 1

4.27 9.91 17.65 1650 5.707E-16 1:942E-15 88 226.71 1

4.27 9.91 17.65 1650 8.017E-16 2.743E-15 89 226.71 1

4.27 9.91 17.65 1650 1.123E-15 3.867E-15 90 226.71 1

4.27 9.91 17.65 1650 1.570E-15 5.437E-15 91 226.71 1

4.27 9.91 17.65 1650 2.190E-15 7.627E-15 92 226.71 1

4.27 9.91 17.65 1650 3.046E-15 1.067E-14 93 226.71 1

4.27 9.91 17.65 1650 4.228E-15 1.490E-14 94 226.71 1

4.27 9.91 17.65 1650 5.852E-15 2.075E-14 95 226.71 1

4.27 9.91 17.65 1650 8.082E-15 2.883E-14 96 226.71 1

4.27 9.91 17.65 1650 1.113E-14 3.997E-14 97 226.71 1

4.27 9.91 17.65 1650 1.530E-14 5.527E-14 98

.226.71 1

4.27 9.91 17.65 1650 2.097E-14 7.624E-14 99 226.71 1

4.27 9.91 17.65 1650 2.868E-14 1.049E-13 100 226.71 1

4.27 9.91 17.65 1650 3.913E-14 1.441E-13 101 226.71 1

4.27 9.'91 17.65 1650 5.325E-14 1.973E-13 102 226.71 1

4.27 9.91 17.65 1650 7.229E-14 2.696E-13 103 226.71 1

4.27 9.'91 17.65 1650 9.789E-14 3.675E-13 104

'226.71 1

4.27 9.'91 17.65 1650 1.322E-13 4.997E-13 105 226.71 1

4.27 9.'.91 17.65 1650 1.782E-13 6.780E-13 106 226.71 1

4.27 9.91 17.65 1650 2.396E-13 9.175E-13 107

.226.71 1

4.27 9.91 17.65 1650 3.213E-13 1.239E-12 108 226.71 1

4.27 9i91 17.65 1650 4.299E-13 1.669E-12 109 226.71 1

4.27 9J91 17.65 1650 5.737E-13 2.242E-12 110 226.71 1

4.27 9191 17.65 1650 7.637E-13 3.006E-12 111 226.71 1

4.27 9!91 17.65 1650 1.014E-12 4.020E-12 112 226.71

.1 4.27 9!91 17.65 1650 1.344E-12 5.364E-12 113 226.71 1

4.27 9!91 17.65 1650 1.776E-12 7.140E-12 114 226.71 1

4.27 9191 17.65 1650 2.341E-12 9.481E-12 115 226.71 1

4.27 9i91 17.65 1650 3.079E-12 1.256E-11 116 226.71 1

4.27 9!91 17.65 1650 4.039E-12 1.660E-11 117 226.71 1

4.27 9191 17.65 1650 5.286E-12 2.189E-11 118 226.71 1

4.27 9;91 17.65 1650 6.902E-12 2.879E-11 119 226.71 1

4.27 9191 17.65 1650 8.989E-12 3.778E-11 120 226.71 1

4.27 9.91 17.65 1650 1.168E-11 4.945E-11 121 226.71 1

4.27 9 91 17.65 1650 1.513E-11 6.459E-11 122 226.71 1

4.27 9591 17.65 1650 1.957E-11 8.41.6E-11 123 226.71 1

4.27 9',.91 17.65 1650 2.524E-11 1.094E-10 124 226.71 1

4.27 9!.91 17.65 1650 3.247E-11 1.419E-10 125 226.71 1

4.27 9..91 17.65 1650 4.167E-11 1.835E-10 126 226.71 1

4.27 9.91 17.65 1650 5.335E-11 2.369E-10 127 226.71 1

4.27 9.91 17.65 1650 6.813E-11 3.050E-10 128 226.71 1

4.27 91.91 17.65 1650 8.681E-I1 3.918E-10 129 226.71 1

4.27 9W.9 17.65 1650 1.103E-10 5.021E-10

-L (NEP-DES-08-F02-00)

ENGINEERING SERVICES C

CU T

N N

UA".....

"HEE..Pa.e....

S G :LIULA"TION C N 'IN6 A 'IO:.HE;

,T=

Page B-30 (Next ------

Project: Nine Mile Point Nuclear Station Unit: 1 Disposition:

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 Rdf.

Table B-5: Calculation of Integrated XIQ (Unit 2 CR Air Intake Location, Case 3) e DWind Integrated Time,x Speed, u

'z(x,k) a, (x,k) ol F(t)

X/Q(x,u,kt)

Speed,,uQYx,u,k~t)

-Is]

i

[m]

[m/sr

[m]

[irI

[mL

[cfm m

[s/m 130

.226.71 1

4.27 9.91 17.65 1650 1.399E-10 6.420E-10 131

.226.71 1

4.27 9.91 17.65 1650 1.769E-10 8.189E-10 132 226.71 1

4.27 9.91 17.65 1650 2.232E-10 1.042E-09 133 226.71 1

4.27 9.91 17.65 1650 2.809E-10 1.323E-09 134 226.71 1

4.27 9.91 17.65 1650 3.527E-10 1.676E-09 135 226.71 1

4.27 9.91 17.65 1650 4.418E-10 2.118E-09 136 226.71 1

4.27 9.91 17.65 1650 5.520E-10 2.670E-09 137 226.71 1

4.27 9.91 17.65 1650 6.879E-10 3.357E-09 138 226.71 1

4.27 9.91 17.65 1650 8.553E-10 4.213E-09 139 226.71 1

4.27 9.91 17.65 1650 1.061E-09 5.274E-09 140 226.71 1

4.27 9.91 17.65 1650 1.313E-09 6.586E-09 141 226.71 1

4.27 9.91 17.65 1650 1.620E-09 8.206E-09 142 226.71 1

4.27 9.91 17.65 1650 1.995E-09 1.020E-08 143 226.71 1

4.27 9.91 17.65 1650 2.450E-09 1.265E-08 144

.226.71 1

4.27 9.91 17.65 1650 3.002E-09 1.565E-08 145 226.71 1

4.27 9.91 17.65 1650 3.669E-09.

1.932E-08 146 226.71 1

4.27 9.91 17.65 1650 4.474E-09 2.380E-08 147

.226.71 1

4.27 9.91 17.65 1650 5.441E-09 2.924E-08 148 226.71 1

4.27 9.91 17.65 1650 6.602E-09 3.584E-08 149 226.71 1

4.27 9.91 17.65 1650 7.991E-09 4.383E-08 150 226.71 1

4.27 9.91 17.65 1650 9.649E-09 5.348E-08 151 226.71 1

4.27 9.91 17.65 2750 1.937E-08 7.285E-08 152 226.71 1

4.27 9.91 17.65 2750 2.327E-08 9.612E-08 153 226.71 1

4.27 9.91 17.65 2750 2.790E-08 1.240E-07 154 226.71 1

4.27

-9.91 17.65 2750 3.336E-08 1.574E-07 155 226.71 1

4.27 9.91 17.65 2750 3.979E-08 1.972E-07 156 226.71 1

4.27 9.'91 17.65 2750 4.734E-08 2.445E-07 157 226.71 1

4.27 9.91 17.65 2750 5.619E-08 3.007E-07 158 226.71 1

4.27 9.91 17.65 2750 6.654E-08 3.672E-07 158 226.71 1

4.27 9.91 17.65 2750 6.654E-08 3.672E-07 160

.226.71 1

4.27 9.'91 17.65 2750 9.260E-08 5.524E-07 161

226.71 1

4.27 9.91 17.65 2750 1.089E-07 6.613E-07 162 226.71 1

4.27 9.191 17.65 2750 1.276E-07 7.889E-07 163 226.71 1

4.27 9.191 17.65 2750 1.493E-07 9.382E-07 164 226.71 1

4.27 9j91 17.65 2750 1.742E-07 1.112E-06 165 226.71 1

4.27 9*91 17.65 2750 2.028E-07 1.315E-06 166 226.71 1

4.27 9.91 17.65 2750 2.355E-07 1.551E-06 167 226.71 1

4.27 9i91 17.65 2750 2.728E-07 1.823E-06 168 226.71 1

4.27 9191 17.65 2750 3.152E-07 2.139E-06 169 226.71 1

4.27 9!91 17.65 2750 3.633E-07 2.502E-06 170 226.71 1

4.27 9191 17.65 2750 4.178E-07 2.920E-06 171

' 226.71 1

4.27 9191 17.65 2750 4.792E-07 3.399E-06 172 226.71 1

4.27 9.91 17.65 2750 5.484E-07 3.947E-06 173 226.71 1

4.27 9'w91 17.65 2750 6.259E-07 4.573E-06

.(NE P-DESOB8FO2-OO)

ENGINEERING SERVICES Page B-31 S,.,

(Next Project: Nine Mile Point Nuclear Station Unit::_1 Disposition: _

Originator/Date Reviewer/Date j

Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 RWf.

Table B-5: Calculation of Integrated XQ (Unit 2 CR Air Intake Location, Case 3)

Wind iIntegrated Time, t Distance, x Speed, u (x,k) a y(x,k) a, F(t)

X/Q(x,uk,t)

Integrate Is]

[m]

.ra/sr

[m]

frill

[m]

- [cfm]

1/mr 174 226.71 1

4.27 9.91 17.65 2750 7.128E-07 5.286E-06 175

.226.71 1

4.27 9.91 17.65 2750 8.097E-07 6.096E-06 176 226.71 1

4.27 9.91 17.65 2750 9.175E-07 7,.013E-06 177 226.71 1

4.27 9.91 17.65 2750 1.037E-06 8.050E-06 1.78

226.71 1

4.27 9.91 17.65 2750 1.170E-06 9.220E-06 179 226.71 1

4.27 9.91 17.65 2750 1.316E-06 1.054E-05 180 226.71 1

4.27 9.91 17.65 2750 1.476E-06 1.201E-05 181 226.71 1

4.27 9.91 17.65 2750 1.653E-06 1.366E-05 182 226.71 1

4.27 9.91 17.65 2750 1.846E-06 1.551E-05 183 226.71 1

4.27 9.91 17.65 2750 2.056E-06 1.757E-05 184 226.71 1

4.27 9.91 17.65 2750 2.285E-06 1.985E-05 185 226.71 1

4.27 9.91 17.65 2750 2.533E-06 2.238E-05 186 226.71 1

4.27 9.91 17.65 2750 2.801E-06 2.518E-05 187 226.71 1

4.27 9.'91 17.65 2750 3.089E-06 2'827E-05 188 226.71 1

4.27 9.91 17.65 2750 3.400E-06 3.167E-05 189

'226.71 1

4.27 9.91 17.65 2750 3.732E-06 3.541E-05 190

.226.71 1

4.27 9.-91 17.65 2750 4.087E-06 3.949E-05 191 226.71 1

4.27 9*91 17.65 2750 4.465E-06 4;396E-05 192 226.71 1

4.27 9.291 17.65

2750 4.866E-06 4.882E-05 193 226.71 1

4.27 9191 17.65 2750 5.290E-06 5.411E-05 194 226.71 1

4.27 9i91 17.65 2750 5.736E-06 5.985E-05 195 226.71 1

4.27 9.91 17.65 2750 6.206E-06 6.605E-05 196

.226.71 1

4.27 9;91 17.65 2750 6.697E-06 7.275E-05 197 226.71 1

4.27 9o91 17.65 2750 7.209E-06 7.996E-05 198 226.71 1

4.27 9:91 17.65 2750 7.742E-06 8.770E-05 199 226.71 1

4.27 9191 17.65 2750 8.294E-06 9.600E-05 200 226.71 1

4.27 9!91 17.65 2750 8.864E-06 1.049E-04 201 226.71 1

4.27 9'91 17.65 2750 9.450E-06 1.143E-04 202 226.71 1

4.27 9:'91 17.65 2750 1.005E-05 1.244E-04 203 226.71 1

4.27 9191 17.65 2750 1.066E-05 1.350E-04 204 226.71 1

4.27 9!91 17.65 2750 1.128E-05 1.463E-04 205 226.71 1

4.27 9191 17.65 2750 1.191E-05 1.582E-04 206 226.71 1

4.27 9191 17.65 2750 1.254E-05 1.708E-04 207 226.71 1

4.27 9i91 17.65 2750 1.318E-05 1.839E-04 208 226.71 1

4.27 9191 17.65 2750 1.381 E-05 1.978E-04 209 226.71 1

4.27 9!91 17.65 2750 1.444E-05 2.122E-04 210 226.71 1

4.27 9Y91 17.65 2750 1.506E-05 2.273E-04 211 226.71 1

4.27 9ý191 17.65 2750 1.567E-05 2.429E-04 212 226.71 1

4.27 91.91 17.65 2750 1.626E-05 2.592E-04 213 226.71 1

4.27 9'.91 17.65 2750 1.683E-05 2.760E-04 214 226.71 1

4.27.

9.91 17.65 2750 1.739E-05 2.934E-04 215 226.71 1

4.27 9'.91 17.65 2750 1.791E-05 3.113E-04 216 226.71 1

4.27 91.91 17.65 2750 1.841 E-05 3.297E-04 217 226.71 1

4.27 9:.91 17.65 2750 1.887E-05 3.486E-04 (NEP-DES-08-F02-00)

ENGINEERING SERVICES V

B-32 CUI.AIO CO IhhIA~I~I HEE FF Page B-3 (Next Project: Nine Mile Point Nuclear Station Unit: i.1 Disposition: __--

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21C078 100 Rgf.

Table B-5: Calculation of Integrated XIQ (Unit 2 CR Air Intake Location, Case 3)

Wind Integrated Time, t Distance, x Speed, u O,(xk)

(x,k) ol F(t)

X/Q(xukt)

./Q(x,u,k,t)

Is]

Im]

[m/sj

[m]

[r-h

[m]

[cf ml

[1/mr

[s/ms]

218 226.71 1

4.27 9.91 17.65 2750 1.930E-05 3.679E-04 219 226.71 1

4.27 9.91 17.65 2750 1.969E-05 3.876E-04 220 226.71 1

4.27 9.91 17.65 2750 2.004E-05 4.076E-04 221 226.71 1

4.27 9.91 17.65 2750 2.035E-05 4.280E-04 222 226.71 1

4.27 9.91 17.65 2750 2.061E-05 4.486E-04 223 226.71 1

4.27 9.91 17.65 2750 2.082E-05 4.694E-04 224 226.71 1

4.27 9.91 17.65 2750 2.099E-05 4.904E-04 225 226.71 1

4.27 9.91 17.65 2750 2.110E-05 5.115E-04 226 226.71 1

4.27 9.91 17.65 2750 2.116E-05 5.327E-04 227 226.71 1

4.27 9.91 17.65 2750 2.117E-05 5.538E-04 228 226.71 1

4.27 9.91 17.65 2750 2.113E-05 5.750E-04 229 226.71 1

4.27 9.91 17.65 2750 2.104E-05 5.960E-04 230 226,71 1

4.27 9.91 17.65 2750 2.090E-05 6.169E-04 231 226.71 1

4.27 9.91 17.65 2750 2.071E-05 6;376E-04 232 226.71 1

4.27 9.91 17.65 2750 2.046E-05 6.581E-04 233 226.71 1

4.27 9.91 17.65 2750 2.018E-05.

6.783E-04 234 226.71 1

4.27 9.91 17.65 2750 1.985E-05 6.981E-04 235 226.71 1

4.27 9..91 17.65 2750 1.947E-05 7..176E-04 236 226.71 1

4.27 9.91 17.65 2750 1.906E-05 7.366E-04 237 226.71 1

4.27 9.*91 17.65 2750 1.861E-05 7.552E-04 238 226.71 1

4.27 9j91 17.65 2750 1.812E-05 7.734E-04 239 226.71 1

4.27 9J91 17.65 2750 1.761E-05 7.910E-04 240 226.71 1

4.27 9!91 17.65 2750 1.707E-05 8.081E-04 241 226.71 1

4.27 9:91 17.65 2750 1.650E-05 8.246E-04 242 226.71 1

4.27 9:91 17.65 2750 1.592E-05 8.405E-04 243 226.71 1

4.27 9J91 17.65 2750 1.532E-05 8,558E-04 244 226.71 1

4.27

.9"91 17.65 2750 1.470E-05 8.705E-04 245 226.71 1

4.27 9191 17.65 2750 1.408E-05 8.846E-04 246 226.71 1

4.27 9191 17.65 2750 1.345E-05 8.980E-04 247 226.71 1

4.27 9!91 17.65 2750 1.281 E-05 9.108E-04 248 226.71 1

4.27 9191 17.65 2750 1.218E-05 9.230E-04 249 226.71 1

4.27 9i91 17.65 2750 1.155E-05 9.346E-04 250 226.71 1

4.27 9Y91 17.65 2750 1.092E-05 9.4552-04 251 226.71 1

4.27 9!91 17.65 2750 1.031E-05 9.558E-04 252 226.71 1

4.27 9.91 17.65 2750 9.700E-06 9.655E-04 253 226.71 1

4.27 9!91 17.65 2750 9.108E-06 9.746E-04 254 226.71 1

4.27 9M91 17.65 2750 8.532E-06 9.831E-04 255 226.71 1

4.27 9.91 17.65 2750 7.972E-06 9.911E-04 256 226.71 1

4.27 9.91 17.65 2750 7.431E-06 9.985E-04 257 226.71 1

4.27 9'.91 17.65 2750 6.910E-06 1.005E-03 258 226.71 1

4.27 9.91 17.65 2750 6.409E-06 1.012E-03 259 226.71 1

4.27 9,.91 17.65 2750 5.931E-06 1.018E-03 260 226.71 1

4.27 95.91 17.65

.2750,

..5.474E-06 1.023E-03 261 226.71 1

4.27 9.91 17.65 2750 5.041E-06 1.028E-03 (NEP-DES-08-F02-00)

Project: Nine Mile Point Nuclear Station U nit:

I -

Disposition:

Originator/Date A. G. Klazura Reviewer/Date R. Kahn Calculation No.

H21 C078 Revision 00 I

HEI.

Table B-5: Calculation of Integrated XIQ (Unit 2 CR Air Intake Location, Case 3)

Wind Integrated Time, t

,-Distance, x

_Speed, u

.,y(X k)

(71 F(t)

./Q(x,u,k,t)

.Qxukt

_____Speed, u

XXQxukt

[s L[m]

[m/s]

[m]

[cfm]

[1/mrn

[s/mr 262 226.71 1

4.27 9.91 17.65 2750 4.630E-06 1.033E-03 263 226.71 1

4.27 9.91 17.65 2750 4.243E-06 1.037E-03 264 226.71 1

4.27 9.91 17.65 2750 3.879E-06 1.041E-03 265 226.71

-1 4.27 9.91 17.65 2750 3.537E-06 1.045E-03 266 226.71 1

4.27 9.91 17.65 2750 3.217E-06 1.048E-03 267

.226.71 1

4.27 9.91 17.65 2750 2.919E-06 1.051E-03 2.68 226.71 1

4.27 9.91 17.65 2750 2.643E-06 1.053E-03 269 226.71 1

4.27 9.91 17.65 2750 2.386E-06 1.056E-03 270 226.71 1

4.27 9.91 17.65 2750 2.150E-06 1.058E-03 271

.226.71 1

4.27 9.91 17.65 2750 1.932E-06 1.060E-03 272 226.71 1

4.27 9.91 17.65 2750 1.732E-06 1.062E-03 273 226.71 1

4.27 9.91 17.65 2750 1.548E-06 1.063E-03 274 226.71 1

4.27 9.91 17.65 2750 1.381E-06 1.064E-03 275 226.71 1

4.27 9.91 17.65 2750 1.229E-06 1.066E-03 276 226.71 1

4.27 9.91 17.65 2750 1.091E-06 1.067E-03 277 226.71 1

4.27 9.91 17.65 2750 9.663E-07.

1.068E-03 278 226.71 1

4.27 9.91 17.65 2750 8.536E-07 1.069E-03 279 226.71 1

4.27 9.91 17.65 2750 7.522E-07 1.069E-03 280 226.71 1

4.27 9.91 17.65 2750 6.612E-07 1.070E-03 281 226.71 1

4.27 9.91 17.65 2750 5.799E-07 1.071E-03 282 226.71 1

4.27 9.91 17.65 2750 5.073E-07 1.071E-03 283 226.71 1

4.27 9.91 17.65 2750 4.427E-07 1.072E-03 284 226.71 1

4.27 9.91 17.65 2750 3.854E-07 1.072E-03 285

.226.71 1

4.27 9.91 17.65 2750 3.347E-07 1.0722-03 286 226.71 1

t4.27 9.91 17.65 2750 2.899E-07 1.0732E-03 287 226.71 1

4.27 9.91 17.65 2750 2.505E-07 1.073E-03 288 226.71 1

4.27 9.91 17.65 2750 2.160E-07 1.073E-03 289 226.71 1

4.27 9.91 17.65 2750 1.857E-07 1.073E-03 290 226.71 1

4.27 9.91 17.65 2750 1.593E-07 1.073E-03 291 226.71 1

4.27 9.91 17.65 2750 1.364E-07 1.074E-03 292 226.71 1

4.27 9.91 17.65 2750 1.164E-07 1.074E-03 293 226.71 1

4.27 9.91 17.65 2750 9.914E-08 1.074E-03 294 226.71 1

4.27 9.'91 17.65 2750 8.422E-08 1.074E-03 295 226.71 1

4.27 9.'91 17.65 2750 7.1382E-08 1.074E-03 296 226.71 1

4.27 9.:91 17.65 2750 6.034E-08 1.074E-03 297 226.71 1

4.27 9j91 17.65 2750 5.089E-08 1.074E-03 298 226.71 1

4.27 9191 17.65 2750 4.281E-08 1.074E-03 299 226.71 1

4.27 9i91 17.65 2750 3.5932E-08 1.074E-03 300 226.71 1

4.27 9191 17.65 2750 3.008E-08 1.074E-03 301 226.71 1

4.27 9j91 17.65 2750 2.512E-08 1.074E-03 302 226.71 1

4.27 9:91 17.65 2750 2.0932E-08 1.074E-03 303 226.71 1

4.27 9191 17.65 2750 1.739E-08 1.074E-03 304 226.71 1

4.27 9!91 17.65 2750 1.442E-08 1.074E-03 305 226.71 1

4.27 9i91 17.65 2750 1.1932E-08 1.074E-03 (NE P-DES-08-F02-00)

VII ENGINEERING SERVICES CALCULATION CONTINUATION SHEE Page B-34

(

-A- '-

Next L

Project: Nine Mile Point Nuclear Station Unit: 1 Disposition:

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 f

Table B-5: Calculation of Integrated,/Q (Unit 2 CR Air Intake Location, Case 3)

Wind Integrated Time, t

Distance, x Speed, u y

F/Q(x,u,k,t)

-Is]

[m]

Im/s]

[m]

Jri]

[m]

[cfm]

1/r*n s/mr 306 226.71 1

4.27 9.91 17.65 2750 9.839E-09 1.074E-03 307 226.71 1

4.27 9.91 17.65 2750 8.097E-09 1.074E-03 308 226.71 1

4.27 9.91 17.65 2750 6.648E-09 1.074E-03 309 226.71 1

4.27 9.91 17.65 2750 5.445E-09 1.074E-03 310

.226.71 1

4.27 9.91 17.65 2750 4.448E-09 1.074E-03 (NE P-DES-08-F02-00)

ENGINEERING SERVICES M

CONI, U, TIO, S Page B-35

~CALIGULATIOCNINAIN HEY Pg

** 4 '**'.:'"77'*

(Next Project: Nine Mile Point Nuclear Station Unit:! 1__

Disposition:

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn I H21C078 00 I Rdf.

Table B-6: Calculation of Integrated XIQ (Unit 2 CR Air Intake Location, Case 4)

Wind Integrated time, t Distance, x See.u

,()

01 Fxt)

/Q(xukt)

Is]

[m]

[m/s]

[m)

[rill

[m]

[cfm]

[1/mr

[s/mr 0

226.71 1

4.27 9.91 17.65 1650 7.549E-33 0.OOOE+00 1

226.71 1

4.27 9.91 17.65 1650 1.311E-32 1.311 E-32 2

226.71 1

4.27 9.91 17.65 1650 2.273E-32 3.584E-32 3

226.71 1

4.27 9.91 17.65 1650 3.929E-32 7.513E-32 4

.226.71 1

4.27 9.91 17.65 1650 6.775E-32 1.429E-31 5

226.71 1

4.27 9.91 17.65 1650 1.165E-31 2.594E-31 6

226.71 1

4.27 9.91 17.65 1650 2.000E-31 4.594E-31 7

226.71 1

4.27 9.91 17.65 1650 3.424E-31 8.018E-31 8

226.71 1

4.27 9,91 17.65 1650 5.847E-31 1.387E-30 9

226.71 1

4.27 9.91 17.65 1650 9.961E-31 2.383E-30 10

'226.71 1

4.27 9.91 17.65 1650 1.693E-30 4.076E-30 11 226.71 1

4.27 9.91 17.65 1650 2.870E-30 6.945E-30 12 226.71 1

4.27 9.91 17.65 1650 4.853E-30 1.180E-29 13 226.71 1

4.27 9.91 17.65 1650 8.188E-30 1.999E-29 14 226.71 1

4.27 9.91 17.65 1650 1.378E-29 3.376E-29 15 226.71 1

4.27 9.91 17.65 1650 2.313E-29 5.690E-29 16 226.71 1

4.27 9.91 17.65 1650 3.874E-29 9.564E-29 17 226.71 1

4.27 9.91 17.65 1650 6.472E-29 1.604E-28 18 226.71 1

4.27 9.'91 17.65 1650 1.079E-28 2.682E-28 19

.226.71 1

4.27 9.'91 17.65 1650 1.793E-28 4.475E-28 20 226.71 1

4.27 9.91 17.65 1650 2.974E-28 7.449E-28 21 226.71 1

4.27 9J91 17.65 1650 4.920E-28 1.237E-27 22 226.71 1

4.27 9J91 17.65 1650 8.119E-28 2.049E-27 23

'226.71 1

4.27 9191 17.65 1650 1.337E-27 3.385E-27 24 226.71 1

4.27 9191 17.65 1650 2.195E-27 5.581E-27 25 226.71 1

4.27 9191 17.65 1650 3.597E-27 9.177E-27 26 226.71 1

4.27 9!91 17.65 1650 5.878E-27 1.506E-26 27 226.71 1

4.27 9!91 17.65 1650 9.583E-27 2.464E-26 28 226.71 1

4.27 9.91 17.65 1650 1.559E-26 4.022E-26 29 226.71 1

4.27 9:91 17.65 1650 2.529E-26 6.551E-26 30 226.71 1

4.27 9;91 17.65 1650 4.092E-26 1.064E-25 31 226.71 1

4.27 9191 17.65 1650 6.607E-26 1.725E-25 32 226.71 1

4.27 9191 17.65 1650 1.064E-25 2.789E-25 33 226.71 1

4.27 9i91 17.65 1650 1.710E-25 4.499E-25 34 226.71

1.

4.27 9!91 17.65 1650 2.740E-25 7.239E-25 35 226.71 1

4.27 9191 17.65 1650 4.381E-25 1.162E-24 36 226.71 1

4.27 9.91 17.65 1650 6.987E-25 1.861E-24 37 226.71 1

4.27 9:91 17.65 1650 1.112E-24 2.972E-24 38

' 226.71 1

4.27 9.91 17.65 1650 1.764E-24 4.736E-24 39 226.71 1

4.27 9;.91 17.65 1650 2.793E-24 7.530E-24 40 226.71 1

4.27 9'.91 17.65 1650 4.412E-24 1.194E-23 41 226.71 1

4.27 9*.91 17.65 1650 6.951E-24 1.889E-23

.(NEP-DES.08.F02-00)

ENGINEERING SERVICES

.N I

Sage B-36

..2CALCULATIO N'.cO-,0N.TINUA~TION 'SHEES Pag Project: Nine Mile Point Nuclear Station Unit:

1 Disposition:

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 I'

Table B-6: Calculation of Integrated XIQ (Unit 2 CR Air Intake Location, Case 4)

Wind I

Integrated Time, I Distance x Speed, u a7(xk) o,(x,k) a, F(t)

X/Q(xukt)

X/Q(x,u,k,t)

Is]m

[m[m

]j

[m]

[cfm]

[m/m]

[s/m1 42 226.71 1

4.27 9.91 17.65 1650 1.092E-23 2.982E-23 43 226.71

1.

4.27 9.91 17.65 1650 1.713E-23 4.694E-23 44 226.71 1

4.27 9.91 17.65 1650 2.679E-23 7.373E-23 45 226.71 1

4.27 9.91 17.65 1650 4.180E-23 1.155E-22 46 226.71 1

4.27 9.91 17.65 1650 6.506E-23 1.806E-22 47 226.71 1

4.27 9.91 17.65 1650 1.010E-22 2.816E-22 48 226.71 1

4.27 9.91 17.65 1650 1.564E-22 4.380E-22 49 226.71 1

4.27 9.91 17.65 1650 2.417E-22 6.798E-22 50 226.71 1

4.27 9.91 17.65 1650 3.726E-22 1.052E-21 51 226.71 1

4.27 9.91 17.65 1650 5.728E-22 1.625E-21 52 226.71 1

4.27 9.91 17.65 1650 8.786E-22 2.504E-21 53 226.71 1

4.27 9.91 17.65 1650 1.344E-21 3.848E-21 54 226.71 1

4.27 9.91 17.65 1650 2.052E-21 5.900E-21 55 226.71 1

4.27 9.91 17.65 1650 3.124E-21 9.024E-21 56 226.71 1

4.27 9.91 17.65 1650 4.745E-21 1.377E-20 57 226.71 1

4.27 9.91 17.65 1650 7.190E-21 2.096E-20 58

.226.71 1

4.27 9.91 17.65 1650 1.087E-20 3..183E-20 59 226.71 1

4.27 9.91 17.65 1650 1.639E-20 4.822E-20 60 226.71 1

4.27 9.91 17.65 1650 2.465E-20 7.286E-20 61 226.71 1

4.27 9.91 17.65 1650 3.698E-20 1.098E-19 62 226.71 1

4.27 9.91 17.65 1650 5.536E-20 1.652E-19 63 226.71 1

4.27 9.91 17.65 1650 8.266E-20 2.479E-19 64

.226.71 1

4.27 9.91 17.65 1650 1.231E-19 3.710E-19 65 226.71 1

4.27 9.91 17.65 1650 1.829E-19 5.539E-19 66 226.71 1

4.27 9.91 17.65 1650 2.712E-19 8.251E-19 67 226.71 1

4.27 9.'91

.17.65 1650 4.010E-19 1.226E-18 68 226.71 1

4.27 9.:91 17.65 1650 5.914E-19 1.818E-18 69 226.71 1

4.27 9.:91 17.65 1650 8.703E-19 2.688E-18 70 226.71 1

4.27 9.91 17.65 1650 1.277E-18 3.965E-18 71 226.71 1

4.27 9:91 17.65 1650 1.871E-18 5.836E-18 72 226.71 1

4.27 9.91 17.65 1650 2.732E-18 8.568E-18 73 226.71 1

4.27 9J91 17.65 1650 3.981E-18 1.255E-17 74 226.71 1

4.27 9J91 17.65 1650 5.787E-18 1.834E-17 75 226.71 1

4.27 9i91 17.65 1650 8.392E-18 2.673E-17 76 226.71 1

4.27 9291 17.65 1650 1.214E-17 3.887E-17 77 226.71 1

4.27 9!91 17.65 1650 1.752E-17 5.638E-17 78 226.71 1

4.27 9291 17.65 1650 2.521E-17 8.160E-17 79 226.71 1

4.27 9!91 17.65 1650 3.621E-17 1.178E-16 80 226.71 1

4.27 9191 17.65 1650 5.186E-17 1.697E-16 81 226.71 1

4.27 9191 17.65 1650 7.411E-17 2.438E-16 82 226.71 1

4.27 9.91 17.65 1650 1.056E-16 3.494E-16 83 226.71 1

4.27 9191 17.65 1650 1.502E-16 4.997E-16 84 226.71 1

4.27 9!91 17.65 1650 2.131E-16 7.128E-16 85 226.71 1 1 4.27 9!911 17.65 1650 3.016E-16 1.014E-15

-J (NEP-DES-08-F02-00)

ENGINEERING SERVICES GA CA UtAT NTINU TION S Page B-37

....,,i (N ext Project: Nine Mile Point Nuclear Station Unit: 1 Disposition:

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 H2 C7 L.

Table B-6: Calculation of Integrated XlQ (Unit 2 CR Air Intake Location, Case 4)

Wind Integrated Time, t Distance, x Speed, u az(x,k) o(xy(X,k) y, F(t)

X/Q(x,u,k,t)

-Is]

m[m]

[m/sj

[m]

[rm]

[m]

[cfm]

1/mrn

[s/mr 86 226.71 1

4.27 9.91 17.65 1650 4.257E-16 1.440E-15 87 226.71 1

4.27 9.91 17.65 1650 5.995E-16 2.039E-15 88

'226.71 1

4.27 9.91 17.65 1650 8.421E-16 2.882E-15 89 226.71 1

4.27 9.91 17.65 1650 1.180E-15 4.062E-15 90 226.71 1

4.27 9.91 17.65 1650 1.650E-15 5.711E-15 91 226.71 1

4.27 9.91 17.65 1650 2.300E-15 8.012E-15 92 226.71 1

4.27 9.91 17.65 1650 3.200E-15 1.121E-14 93 226.71 1

4.27 9.91 17.65 1650 4.441E-15 1.565E-14 94 226.71 1

4.27 9.91 17.65 1650 6.147E-15 2.180E-14 95 226.71 1

4.27 9.91 17.65 1650 8.489E-15 3.029E-14 96 226.71 1

4.27 9.91 17.65 1650 1.169E-14 4.198E-14 97 226.71 1

4.27 9.91 17.65 1650 1.607E-14 5.805E-14 98 226.71 1

4:27 9.91 17.65 1650 2.203E-14 8.009E-14 99 226.71 1

4.27 9.91 17.65 1650 3.013E-14 1'.102E-13 100

,226.71.

1 4.27 9.91 17.65 1650 4.11OE-14 1.513E-13 101 226.71 1

4.27 9.91 17.65 1650 5.593E-14 2.072E-13 102 226.71 1

4.27 9.91 17.65 1650 7.593E-14 2.832E-13 1.03 226.71 1

4.27 9.91 17.65 1650 1.028E-13 3.860E-13 104 226.71 1

4.27 9.91 17.65 1650 1.389E-13 5.249E-13 105 226.71 1

4.27 9.91 17.65 1650 1.872E-13 7.121E-13 106 226.71 1

4.27 9.91 17.65 1650 2.517E-13 9.638E-13 107 226.71 1

4.27 9.91 17.65 1650 3.375E-13 1.301E-12 108 226.71 1

4.27 9.91 17.65 1650 4.515E-13 1.753E-12 109 226.71 1

4.27 9.91 17.65 1650 6.026E-13 2.355E-12 110 226.71 1

4.27 9.91 17.65 1650 8.022E-13 3.158E-12 111 226.71 1

4.27 9.'91 17.65 1650 1.065E-12 4.223E-12 112 226.71 1

4.27 9.91 17.65 1650 1.411E-12 5.635E-12 113 226.71 1

4.27 9.:91 17.65 1650 1.865E-12 7.500E-12 114 226.71 1

4.27 9.'91 17.65 1650 2.459E-12 9.959E-12 115 226.71 1

4.27 9.91 17.65 1650 3.234E-12 1.319E-11 116 226.71 1

4.27 9.91 17.65 1650 4.243E-12 1.744E-11 117

.226.71 1

4.27 9J91 17.65 1650 5.553E-12 2.299E-11 118 226.71 1

4.27 9J91 17.65 1650 7.250E-12 3.024E-11 119 226.71 1

4.27 9:91 17.65 1650 9.442E-12 3.968E-11 120 226.71 1

4.27 9 91 17.65 1650 1.227E-11 5.195E-11 121

.226.71 1

4.27 9'91 17.65 1650 1.590E-11 6.784E-11 122

.226.71 1

4.27 9i91 17.65 1650 2.055E-11 8.840E-11 123 226.71 1

4.27 9;91 17.65 1650 2.651E-11 1.149E-10 124 226.71 1

4.27 9;91 17.65 1650 3.410E-11 1.490E-10 125

. 226.71 1

4.27 9!91 17.65 1650 4.377E-11 1.928E-10 126 226.71 1

4.27 9191 17.65 1650 5.604E-11 2.488E-10 127 226.71 1

4.27 9191 17.65 1650 7.157E-11 3.204E-10 128 226.71 1

4.27 9:91 17.65 1650 9.118E-11 4.116E-10 129 226.71 1

4.27 9191 17.65 1650 1.159E-10 5.275E-10 (NEP-DES-08-F02-00)

ENGINEERING SERVICES ATION'ZOII Page B-38 F, ~

P~Y K (Next Project: Nine Mile Point Nuclear Station Unit:! 1 Disposition: __

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 Table B-6: Calculation of Integrated XIQ (Unit 2 CR Air Intake Location, Case 4)

Wind z(xk) x(xk)

F Integrated T im e, t D :is ta n c e,: x S p e e d, u cr

,)

a.ý X K

,,~)X Q x u k t

/Q (x,u,k,t)

[s]

[m]

[m/sl

[m]

[Cfm

[1/r

[s/mrn 130 226.71 1

4.27 9.91 17.65 1650 1.469E-10 6.744E-10 131 226.71 1

4.27 9.91 17.65 1650 1.858E-10 8.602E-10 132 226.71 1

4.27 9.91 17.65 1650 2.345E-10 1.095E-09 133 226.71 1

4.27 9.91 17.65 1650 2.951E-10 1.390E-09 134

226.71 1

4.27 9.91 17.65 1650 3.705E-10 1.760E-09 135 226.71 1

4.27 9.91 17.65 1650 4.640E-10 2.224E-09 136 226.71 1

4.27 9.91 17.65 1650 5.798E-10 2.804E-09 137 226.71 1

4.27 9.91 17.65 1650 7.226E-10 3.527E-09 138 1 226.71 1

4.27 9.91 17.65 1650 8.985E-10 4.425E-09 139 226.71 1

4.27 9.91 17.65 1650 1.114E-09 5.540E-09 140 226.71 1

4.27 9.91 17.65 1650 1.379E-09 6.918E-09 141 226.71 1

4.27 9.91 17.65 1650 1.702E-09 8.620E-09 142

.226.71 1

4.27 9.91 17.65 1650 2.095E-09 1.072E-08 143

.226.71 1

4.27 9.91 17.65 1650 2.573E-09 1.329E-08 144 226.71 1

4.27

9. 91 17.65 1650 3.153E-09 1.644E-08 145 226.71 1

4.27 9.91 17.65 1650 3.854E-09 2.030E-08 146 226.71 1

4.27 9.91 17.65 1650 4.699E-09 2.500E-08 147 226.71 1

4.27 9.91 17.65 1650 5.716E-09 3.071E-08 148 226.71 1

4.27 9.'91 17.651 1650 6.935E-09 3 765E-08 149

.226.71 1

4.27 9.191 17.65 1650 8.394E-09 4.604E-08 150 226.71 1

4.27.

9.:91 17.65 1650 1.014E-08 5.617E-08 151 226.71 1

4.27 9-91 17.65 1650 1.221E-08 6.838E-08 152 226.71 1

4.27 9!91 17.65 1650 1.467E-08 8.305E-08 153 226.71 1

4.27 9!91 17.65 1650 1.758E-08 1.006E-07 154 226.71 1

4.27 9!91 17.65 1650 2.102E-08 I 1.217E-07 155 226.71 1

4.27 9191 17.65 1650 2.508E-08 1.467E-07 156 226.71 1

4.27 9191 17.65 1650 2.984E-08 1.766E-07 157 226.71 1

4.27 9:91 17.65 1650 3.541E-08 2.120E-07 158 226.71 1

4.27 9j91 17.65 1650 4.193E-08 2.539E-07 158 226.71 1

4.27 9:91 17.65 1650 4.193E-08 2.539E-07 160 226.71 1

4.27 9.91 17.65 1650 5.836E-08 3.706E-07 161 226.71 1

4.27 9,91 17.65 1650 6.860E-08 4.392E-07 162 226.71 1

4.27 9191 17.65 1650 8.044E-08 5.197E-07 163

-226.71 1

4.27 9:91 17.65 1650 9.410E-08 6.138E-07 164 226.71 1

4.27 9:91 17.65 1650 1.098E-07 7.236E-07 165 226.71 1

4.27 9:91 17.65 1650 1.278E-07 8.514E-07 166 226.71 1

4.27 9'91 17.65 1650 1.484E-07 9.998E-07 167 226.71 1

4.27 9.91 17.65 1650 1.719E-07 1.172E-06 168 226.71 1

4.27 9.91 17.65 1650 1.986E-07 1.370E-06 169 226.71 1

4.27 9.91 17.65 1650 2.290E-07 1.599E-06 170 226.71 1

4.27 9;.91 17.65 1650 2.633E-07 1.863E-06 171 226.71 1

4.27 9'.91 17.65 1650 3.020E-07 2.165E-06 172 226.71 1

4.27 9L91 17.65 1650 3.456E-07 2.510E-06 173 226.71 1

4.27 91.91 17.65 1650 3.945E-07 2.905E-06 (NEP-DES-08.F02-OO)

t Project. Nine Mile Point Nuclear Station Unit:*,

Disposition: --

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 R*f.

Table B-6: Calculation of Integrated XIQ (Unit 2 CR Air Intake Location, Case 4)

Wind Integrated Time, t Distance, x Speed, u

,k)

,(xk) a, F(t)

X/Q(xukt)

/Q(x,u,k Is]

[m]

[m/s]

[m]

[rl

[m]

[cfm]

[1/mr

[s/M 174 226.71 1

4.27 9.91 17.65 1650 4.492E-07 3.354E-06 175 226.71 1

4.27 9.91 17.65 1650 5.103E-07 3.864E-06 176 226.71 1

4.27 9.91 17.65 1650 5.783E-07 4.442E-06 177 226.71 1

4.27 9.91 17.65 1650 6.537E-07 5.096E-06 178 226.71 1

4.27 9.91 17.65 1650 7.371E-07 5.833E-06 179 226.71 1

4.27 9.91 17.65 1650 8.292E-07 6.662E-06 180 226.71 1

4.27 9.91 17.65 1650 9.305E-07 7.593E-06 181 226.71 1

4.27

'9.91 17.65 2750 1.736E-06 9.329E-06 182 226.71 1

4.27 9.91 17.65 2750 1.939E-06 1.127E-05 183 226.71 1

4.27 9.91 17.65 2750 2.160E-06 1.343E-05 184

.226.71 1

4.27 9.91 17.65 2750 2.400E-06 1.583E-05 185 226.71 1

4.27 9.91 17.65 2750 2.660E-06 1.849E-05 186 226.71 1

4.27 9.91 17.65 2750 2.942E-06 2.143E-05 187

.226.71 1

4.27 9.91 17.65 2750 3.245E-06 2.467E-05 188

'226.71 1

4.27 9.91 17.65 2750 3.571E-06 2.825E-05 189 226.71 1

4.27 9.91 17.65 2750 3.920E-06 3.217E-05 190

.226.71 1

4.27 9.91 17.65 2750 4.293E-06 3.646E-05 191 226.71 1

4.27 9.91 17.65 2750 4.690E-06 4.115E-05 192 226.71 1

4.27 9.91 17.65 2750 5.111E-06 4.626E-05 193 226.71 1

4.27 9.91 17.65 2750 5.556E-06 5.182E-05 194 226.71 1

4.27 9.91 17.65 2750 6.026E-06 5.784E-05 195 226.71 1

4.27 9.91 17.65 2750 6.518E-06 6.436E-05 196 226.71 1

4.27 9.91 17.65 2750 7.035E-06 7.139E-05 197 226.71 1

4.27 9.91 17.65 2750 7.573E-06 7.897E-05 198 226.71 1

4.27 9.91 17.65 2750 8.133E-06 8.710E-05 199 226.71 1

4.27 9.91 17.65 2750 8.713E-06 9.581E-05 200 226.71 1

4.27 9.'91 17.65 2750 9.311E-06 1.051 E-04 201 226.71 1

4.27 9.'91 17.65 2750 9.926E-06 1.151E-04 202 226.71 1

4.27 9.!91 17.65 2750 1.056E-05 1.256E-04 203 226.71 1

.4.27 9..91 17.65 2750 1.120E-05 1.368E-04 204 226.71 1

4.27 9.,91 17.65 2750 1.185E-05 1.487E-04 205.

226.71 1

4.27 9.191 17.65 2750 1.251E-05 1.612E-04 206 226.71 1

4.27 9!91 17.65 2750 1.318E-05 1.743E-04 207 226.71 1

4.27 9j91 17.65 2750 1.384E-05 1.882E-04 208 226.71 1

4.27 9191 17.65 2750 1.451E-05 2.027E-04 209 226.71 1

4.27 9!91 17.65 2750 1.517E-05 2.179E-04 210 226.71 1

4.27 9191 17.65 2750 1.582E-05 2.337E-04 211 226.71 1

4.27 9191 17.65 2750 1.646E-05 2.501E-04 212

-226.71 1

4.27 9j91 17.65 2750 1.708E-05 2.672E-04 213 226.71 1

4.27 9!91 17.65 2750 1.768E-05 2.849E-04 2.14 226.71 1

4.27 9191 17.65 2750 1.826E-05 3.032E-04 215 226.71 1

4.27 9191 17.65 2750 1.882E-05 3.220E-04 216 226.71 1

4.27 9191 17.65 2750 1.934E-05 3.413E-04 217 226.71 1

4.27 9i91 17.65 2750 1.983E-05 3.611E-04 (NE P-DES-08-F02-00)

ENGINEERING SERVICES

...... Page B-40 L...CAL GULAfibQNPCONTINUAT N SE'W;~

Page B_40 44~.

<(Next...

)

Project: Nine Mile Point Nuclear Station Unit:;, 1 Disposition: _

Originator/Date Reviewer/Date Calculation No.

7Revision A. G. Klazura R. Kahn IH21 C078 00 I RTable B-6: Calculation of Integrated X/Q (Unit 2 CR Air Intake Location, Case 4) i I

I Wind I *ntegrated Time, t Distance, x Speed, u

/Qxk) ouy(

txk) a, F(t)

SIQ(xjukt)

In kte

z~~~x~~k)I x/(.Qk)x

~

t)

( Qkx ut)t

-Is]

( m]

[m/s]

[m]

[rfi

[m]

[Cfm]

1/mr s/mr 218 226.71 1

4.27 9.91 17.65 2750 2.028E-05 3.814E-04 219 226.71 1

4.27 9.91 17.65 2750 2.069E-05 4.021E-04 220 226.71 1

4.27 9.91 17.65 2750 2.105E-05 4.232E-04 221 226.71 1

4.27 9.91 17.65 2750 2.138E-05 4.445E-04 222 226.71 1

4.27 9.91 17.65 2750 2.165E-05 4.662E-04 223 226.71 1

4.27 9.91 17.65 2750 2.187E-05 4.881E-04 224 226.71 1

4.27 9.91 17.65 2750 2.205E-05 5.101E-04 225 226.71 1

4.27 9.91 17.65 2750 2.216E-05 5.323E-04 226 226.71 1

4.27 9.91 17.65 2750 2.223E-05 5.545E-04 227 226.71 1

4.27 9.91 17.65 2750 2.224E-05 5.767E-04 228 226.71 1

4.27 9.91 17.65 2750 2.220E-05 5.989E-04 229 226.71 1

4.27 9.91 17.65 2750 2.210E-05 6.210E-04 230 226.71 1

4.27 9.91 17.65 2750 2.195E-05 6.430E-04 231 226.71 1

4.27 9.91 17.65 2750 2.175E-05 6.647E-04 232 226.71 1

4.27 9.91 17.65 2750 2.150E-05 6.862E-04 233 226.71 1

4.27 9.91 17.65 2750 2.119E-05 7.074E-04 234 226.71 1

4.27 9.91 17.65 2750 2.085E-05 7.283E-04 235 226.71 1

4.27 9.91 17.65 2750 2.045E-05 7.487E-04 236 226.71 1

4.27 9.91 17.65 2750 2.002E-05 7.688E-04 237 226.71 1

4.27 9.91 17.65 2750 1.955E-05 7 883E-04 238 226.71 1

4.27

9. 91 17.65 2750 1.904E-05 8.073E-04 239 226.71 1

4.27 9.91 17.65 2750 1.850E-05 8.258E-04 240 226.71 1

4.27 9.91 17.65 2750 1.793E-05 8.438E-04 241 226.71 1

4.27 9.91 17.65 2750 1.734E-05 8.611E-04 242 226.71 1

4.27 9.91 17.65 2750 1.672E-05 8.778E-04 243 226.71 1

4.27 9.'91 17.65 2750 1.609E-05 8.939E-04 244 226.71 1

4.27 9.;91 17.65 2750 1.544E-05 9.094E-04 245 226.71 1

4.27 9 91 17.65 2750 1.479E-05 9.241E-04 246 226.71 1

4.27 9.191 17.65 2750 1.412E-05 9.383E-04 247 226.71 1

4.27 9.91 17.65 2750 1.346E-05 9.517E-04 248 226.71 1

4.27 9q91 17.65 2750 1.279E-05 9.645E-04 249 226.71 1

4.27 9.91 17.65 2750 1.213E-05 9.766E-04 250 226.71 1

4.27 9;91 17.65 2750 1.147E-05 9.881E-04 251 226.71 1

4.27 9191 17.65 2750 1.082E-05 9.989E-04 252 226.71 1

4.27 9.91 17.65 2750 1.019E-05 1.009E-03 253 226.71 1

4.27 9!91 17.65 2750 9.567E-06 1.019E-03 254 226.71 1

4.27 9!91 17.65 2750 8.962E-06 1.028E-03 255 226.71 1

4.27 9.91 17.65 2750 8.374E-06 1.036E-03 256 226.71 1

4.27 9!91 17.65 2750 7.806E-06 1.044E-03 257 226.71 1

4.27 9i91 17.65 2750 7.258E-06 1.051E-03 258 226.71 1

4.27 9i91 17.65 2750 6.732E-06 1.058E-03 259 226.71 1

4.27 9f91 17.65 2750 6.230E-06 1.064E-03 260 226.71 1

4.27 9.91 17.65 2750 5.750E-06 1.070E-03 261 226.71 1

4.27 9V.91 17.65 2750 5.295E-06 1.075E-03 (NEP-DES-08-F02-OO)

ENGINEERING SERVICES Page B-41

>CALMULATIONCONT INULATIONTSHEET Pae_

Project: Nine Mile Point Nuclear Station Unit:! 1..

Disposition:

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 Table B-6: Calculation of Integrated Xi/Q (Unit 2 CR Air Intake Location, Case 4)

Wind 1

Integrated Speed, u az(X,k) au t(x,k),

a F(t)

)/Q(x,u,k,t)

Is]

[m]

[m/s]

[m

[ml]

[m]

[c

[Cf

[1/mrn

[s/rMn 262 226.71 1

4.27 9.91 17.65 2750 4.864E-06 1.080E-03 263 226.71 1

4.27 9.91 17.65 2750 4.457E-06 1.084E-03 264

'226.71 1

4.27 9.91 17.65 2750 4.074E-06 1.089E-03 265 226.71 1

" 4.27 9.91 17.65 2750 3.715E-06 1.092E-03 266 226.71 1

4.27 9.91 17.65 2750 3.379E-06 1.096E-03 267

226.71 1

4.27 9.91 17.65 2750 3.067E-06 1.099E-03 268 226.71 1

4.27 9.91 17.65 2750 2.776E-06 1.101E-03 269 226.71 1

4.27 9.91 17.65 2750 2.507E-06 1.104E-03 270 226.71 1

4.27 9.91 17.65 2750 2.258E-06 1.106E-03 271 226.71 1

4.27 9.91 17.65 2750 2.029E-06 1.108E-03 272 226.71 1

4.27 9.91.

17.65 2750 1.819E-06 1.110E-03 273 226.71 1

4.27 9.91 17.65 2750 1.627E-06 1.112E-03 274 226.71 1

4.27 9.'91 17.65 2750 1.451EE-06 1.113E-03 275 226.71 1

4.27 9.91 17.65 2750 1,291E-06 1.114E-03 276 226.71 1

4.27 9.:91 17.65 2750 1.146E-06 1.116E-03 277 226.71 1

4.27 9.'91 17.65 2750 1.015E-06 1.117E-03 278 226.71 1

4.27 9.91 17.65 2750 8.966E-07 1.117E-03 279 226.71 1

4.27 9:91 17.65 2750 7.901E-07 1.118E-03 280 226.71 1

4.27 9j91 17.65 2750 6.946E-07 1.1.19E-03 281 226.71 1

4.27 9!91 17.65 2750 6.091E-07 1.120E-03 282 226.71 1

4.27 9J91 17.65 2750 5.328E-07 1.120E-03 283 226.71 1

4.27 9!91 17.65 2750 4.650E-07 1.121E-03 284 226.71 1

4.27 9191 17.65 2750 4.048E-07 1.121E-03 285 226.71 1

4.27 9191.

17.65 2750 3.515E-07 1.121E-03 286 226.71 1

4.27

-9191 17.65 2750 3.045E-07 1.122E-03 287 226.71 1

4.27 9!91 17.65 2750 2.632E-07 1.122E-03 288 226.71 1

4.27 9;91 17.65 2750 2.269E-07 1.122E-03 289 226.71 1

4.27 9!91 17.65 2750 1.951E-07 1.122E-03 290 226.71 1

4.27 9191 17.65 2750 1.674E-07 1.122E-03 291 "

226.71 1

4.27 9!91 17.65 2750 1.432E-07 1.123E-03 292 226.71

-1 4.27 9191 17.65 2750 1.223E-07 1.123E-03 293 226.71 1

.4.27 9'91 17.65 2750 1.041E-07 1.123E-03 294 226.71 1

4.27 9i91 17.65 2750 8.847E-08 1.123E-03 295 226.71 1

4.27 9;91 17.65 2750 7.498E-08 1.123E-03 296 226.71 1

4.27 9;91 17.65 2750 6.338E-08 1.123E-03 297 226.71 1

4.27 91:91 17.65 2750 5.345E-08 1.123E-03 298 226.71 1

4.27 9'91 17.65 2750 4.497E-08 1.123E-03 299 226.71 1

4.27 9191 17.65 2750 3.774E-08 1.123E-03 300 226.71 1

4.27 9191 17.65 2750 3.160E-08 1.123E-03 301 226.71 1

4.27 9i.91 17.65 2750 2.639E-08 1.123E-03 302 226.71 1

4.27 9i.91 17.65 2750 2.198E-08 1.123E-03 303 226.71 1

1 4.27 9'.91 17.65 2750 1.827E-08 1.123E-03 304 226.71 1

4.27 9'.91 17.65 2750 1.515E-08 1.123E-03 305 226.71 1

4.27 9.91 17.65 2750 1.253E-08 1.123E-03

.(NE P-DES-08-F02-00)

ENGINEERING SERVICES

$.*CALCUL IO CONTINUATION Page B-42 Project: Nine Mile Point Nuclear Station Unit:! 1_I Disposition:

Onginator/Date I Revieer!Date 1

-Catculation No.

Revision A. G. Klazura R. Kahn H21C078 00 Table B-6: Calculation of Integrated XlQ (Unit 2 CR Air Intake Location, Case 4)

Time, t Distance, x Wind o,.(x,k) (*.y(!x,k) oy F(t)

X/Q(x,u,k,t)

Integrated Time,___

Distance, x Speed, u

(

a/QFxIu,k,t)

Is]

[m]

[m/s]

[m]

[m]i

[m]

[cfm]

[l/m]

[s1/rm 306 226.71 1.

4.27 9.91 17.65 2750 1.034E-08 1.123E-03 307 226.71 1

4.27 9.91 17.65 2750 8.506E-09 1:123E-03 308 226.71 1

4.27 9.91 17.65 2750 6.983E-09 1.123E-03 309 226.71 1

4.27 9.91 17.65 2750 5.719E-09 1.123E-03 310

.226.71 1

4.27 9.91 17.65 2750 4.673E-09 1.123E-03 (NEP-DES-08-F02-00)

ENGINEERING SERVICES S

CALCULATIONCONTINUATIONSHEET Page B-43

` "41`

(Next Project: Nine Mile Point Nuclear Station Unit:O 1 Disposition:

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 Rlf.

Table B-7: Calculation of Integrated jlQ (Unit 2 CR Air Intake Location, Case 5)

Wind Integrated Time, t Distance, x Speed, u or(xk) o,.,(xk) a, F(t)

X/Q(xukt)

Is]

[m]

Imr/sL

[m]

[m I]

[m]

J

[1/mr

[s/mr 0

226.71 1

4.27 9.91 17.65 1650 7.678E-33 0.OOOE+00 1

226.71 1

4.27 9.91 17.65 1650 1.334E-32 1.334E-32 2

226.71 1

4.27 9.91 17.65 1650 2.311E-32 3.645E-32 3

226.71 1

4.27 9.91 17.65 1650 3.996E-32 7.641E-32 4

226.71 1

4.27 9.91 17.65 1650 6.891E-32 1.453E-31 5

226.71 1

4.27 9.91 17.65 1650 1.185E-31 2.639E-31 6

226.71 1

4.27 9.'91 17.65 1650 2.034E-31 4.673E-31 7

226.71 1

4.27 9.191 17.65 1650 3.483E-31 8.155E-31 8

226.71 1

4.27 9.91 17.65 1650 5.947E-31 1.410E-30 9

.226.71 1

4.27 9.91

'17.65 1650 1.013E-30 2.423E-30 10 226.71 1

4.27 9.!91 17.65 1650 1.722E-30 4.145E-30 11 226.71 1

4.27 9.91 17.65

'1650 2.919E-30 7.064E-30 12 226.71 1

4.27

9. 91 17.65 1650 4.936E-30 1.200E-29 13 226.71 1

4.27 9.'91 17.65 1650 8.327E-30 2.033E-29 14 226.71 1

4.27 9.'91 17.65 1650 1.401E-29 3.434E-29 15 226.71 1

4.27

9. 91 17.65.1650 2.353E-29 5.787E-29 16 226.71 1

4.27 9.91 17.65 1650 3.940E-29 9.727E-29 17 226.71 1

4.27 9.'91 17.65 1650 6.582E-29 1.631E-28 18 226.71 1

4.27 9.91 17.65 1650 1.097E-28 2.728E-28 19

226.71 1

4.27 9.91 17.65 1650 1.824E-28 4.552E-28 20

.226.71 1

4.27 9S91 17.65 1650 3.025E-28 7.576E-28 21 226.71 1

4.27 9j91 17.65 1650 5.004E-28 1.258E-27 22 226.71 1

4.27 9.91 17.65 1650 8.258E-28 2.084E-27 23 226.71

1.

4.27 9J91 17.65 1650 1.360E-27 3.443E-27 24 226.71 1

4.27 9;91 17.65 1650 2.233E-27 5.676E-27 25 226.71 1

4.27 9191 17.65 1650 3.658E-27 9.334E-27 26 226.71 1

4.27 9i91 17.65 1650 5.978E-27 1.531E-26 27 226.71 1

4.27 9191 17.65 1650 9.747E-27 2.506E-26 28

226.71 1

4.27 9!91 17.65 1650 1.585E-26 4.091E-26 29 226.71 1

4.27 9!91 17.65 1650 2.572E-26 6.663E-26 30 226.71 1

4.27 9191 17.65 1650 4.162E-26 1.083E-25 31 226.71 1

4.27 9!91 17.65 1650 6.720E-26 1.754E-25 32 226.71 1

4.27 9!91 17.65 1650 1.082E-25 2.837E-25 33 226.71 1

4.27 9i91 17.65 1650 1.739E-25 4.576E-25 34 226.71 1

4.27 9191 17.65 1650 2.787E-25 7.362E-25 35 226.71 1

4.27 991 17.65 1650 4.455E-25 1.182E-24 36 226.71 1

4.27 9191 17.65 1650 7.106E-25 1.892E-24 37 226.71 1

4.27 9191 17.65 1650 1.131E-24 3.023E-24 38 226.71 1

4.27 9L91 17.65 1650 1.794E-24 4.817E-24 39 226.71 1

4.27 9191 17.65 1650 2.841E-24 7.658E-24 40 226.71 1

4.27 9191 17.65 1650 4.487E-24 1.215E-23 41 226.71 1

4.27 9:91 17.65 1650 7.070E-24 1.921E-23

-4.

(NEP-DES-08-F02-00)

ENGINEERING SERVICES CALCuLATIONCNTINUATION Page B-44 I * *

i;:*;*;*'**

- - ';S*,*%*:*-I(Next Project: Nine Mile Point Nuclear Station Unit:

1I_

Disposition: _

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 Rdf.

Table B-7: Calculation of Integrated XiQ (Unit 2 CR Air Intake Location, Case 5)

Wind Integrated Time, t Distance, x Speed, u az(x,k)

.,y(x,k) o, F(t)

X/Q(xu,k,t)

Speed u

I-

--/Q(x,u,k,t)

Is]

[m)

[m/sL

[m]

r 1n].

[m]

[cfm]

1l/mrn

[s/mr 42 226.71 1

4.27 9.91 17.65 1650 1.111E-23 3.033E-23 43 226.71 1

4.27 9.91 17.65 1650 1.742E-23 4.775E-23 44 226.71 1

4.27 9.91 17.65 1650 2.725E-23 7.499E-23 45 226.71 1

4.27 9.91 17.65 1650 4.251E-23 1.175E-22 46

.226.71 1

4.27 9.91 17.65 1650 6.617E-23 1.837E-22 47

.226.71 1

4.27 9.91 17.65 1650 1.027E-22 2.864E-22 48 226.71 1

4.27 9.91 17.65 1650 1.591 E-22 4.455E-22 49 226.71 1

4.27 9.91 17.65 1650 2.459E-22 6.914E-22 50 226.71 1

4.27 9.91 17.65 1650 3.789E-22 1.070E-21 51 226.71 1

4.27 9.91 17.65 1650 5.826E-22 1.653E-21 52 226.71 1

4.27 9.91 17.65 1650 8.936E-22 2.547E-21 53 226.71 1

4.27 9.91 17.65 1650 1.367E-21 3.914E-21 54 226.71 1

4.27 9.91 17.65 1650 2.087E-21 6.001,E-21 55 226.71 1

4.27 9.91 17.65 1650 3.178E-21 9.179E-21 56 226.71 1

4.27 9.91 17.65 1650 4.827E-21 1.401E-20 57 226.71 1

4.27 9.91 17.65 1650 7.313E-21 2.132E-20 58 226.71 1

4.27 9.91 17.65 1650 1.105E-20 3.237E-20 59 226.71 1

4.27 9.91 17.65 1650 1.667E-20 4.904E-20 60 226.71 1

4.27 9.'91 17.65 1650 2.507E-20 7.411E-20 61 226.71 1

4.27 9.91 17.65 1650 3.762E-20 1.117E-19 62 226.71 1

4.27 9.91 17.65 1650 5.630E-20 1.680E-19 63 226.71 1

4.27 9.'91 17.65 1650 8.407E-20 2.521E-19 64 226.71 1

4.27 9.'91 17.65 1650 1.252E-19 3.773E-19 65 226.71 1

4.27 9.91 17.65 1650 1.861E-19 5.634E-19 66 226.71 1

4.27 9.191 17.65 1650 2,758E-19 8.392E-19 67 226.71 1

4.27 9.91 17.65 1650 4.078E-19 1.247E-18 68 226.71 1

4.27 9191 17.65 1650 6.016E-19 1.849E-18 69 226.71 1

4.27 9J91 17.65 1650 8.852E-19 2.734E-18 70 226.71 1

4.27 9191 17.65 1650 1.299E-18 4.033E-18 71 226.71 1

4.27 9.91 17.65 1650 1.903E-18 5.936E-18

.72 226.71 1

4.27 9191 17.65 1650 2.779E-18 8.715E-18 73 226.71 1

4.27 9091 17.65 1650 4.049E-18 1.276E-17 74 226.71 1

4.27 9:91 17.65 1650 5.886E-18 1.865E-17 75 226.71 1

4.27 9i91 17.65 1650 8.535E-18 2.719E-17 76 226.71 1

4.27 9'91 17.65 1650 1.235E-17 3.953E-17 77 226.71 1

4.27 9i91 17.65 1650 1.782E-17 5.735E-17 78 226.71 1

4.27 9.91 17.65 1650 2.565E-17 8.299E-17 79 226.71 1

4.27 9:91 17.65 1650 3.683E-17 1.198E-16 80 226.71 1

4.27 9,91 17.65 1650 5.275E-17 1.726E-16 81 226.71 1

4.27 9.91 17.65 1650 7.538E-17 2.480E-16 82 226.71 1

4.27 9'91 17.65 1650 1.075E-16 3.554E-16 83 226.71 1

4.27 9!91 17.65 1650 1.528E-16 5.082E-16 84 226.71 1

4.27 9.91 17.65 1650 2.167E-16 7.250E-16 85 226.71 1

4.27 9;.91 17.65 1650 3.067E-16 1.032E-15 (NEP-DES-08-F02-00)

ENGINEERING SERVICES I

N.

=

a B'

1.

AC0NTIUATIN SH T

Page B-45 Project: Nine Mile Point Nuclear Station Unit: 1 Disposition:

Orginator/Date Reviewer/Date I

Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 IRdf.

Table B-7: Calculation of Integrated XQ (Unit 2 CR Air Intake Location, Case 5) t1 Wind Integrated Time, t

Distance, x Speed, u ajxk) o,,(,k) a5 FM x/Q(x, u,k,t)

[s]

.((mI

[m/s]

[m]

IJa]

[m]

[cfmj

[1/mr

[s/mj 86 226.71 1

4.27 9.91 17.65 1650 4.330E-16 1.465E-15 87 226.71 1

4.27 9.91 17.65 1650 6.097E-16 2;074E-15 88 226.71 1

4.27 9.91 17.65 1650 8.565E-16 2.931E-15 89 226.71 1

4.27 9.91 17.65 1650 1.200E-15 4.131E-15 90 226.71 1

4.27 9.91 17.65 1650 1.678E-15 5.809E-15 91 226.71 1

4.27 9.91 17.65 1650 2.340E-15 8.148E-15 92 226.71 1

4.27 9.91 17.65 1650 3.255E-15 1.140E-14 93 226.71 1

4.27 9.91 17.65 1650 4.517E-15.

1.592E-14 94 226.71 1

4.27 9.91 17.65 1650 6.252E-15 2.217E-14 95 226.71 1

4.27 9.91 17.65 1650 8.634E-15 3.081E-14 96 226.71 1

4.27 9.91 17.65 1650 1.189E-14 4.270E-14 97 226.71 1

4.27 9.91 17.65 1650 1.635E-14 5.905E-14 98 226.71 1

4.27 9.91 17.65 1650 2.241E-14 8.145E-14 99

.226.71 1

4.27 9.91 17.65 1650 3.064E-14 1.12:1'E-13 100 226.71 1

4.27 9.91.

17.65 1650 4.180E-14 1.539E-13 101 226.71 1

4.27 19.1 17.65 1650 5.689E-14 2.108E-13 102 226.71 1

4.27 9.91 17.65 1650 7.723E-14 2.880E-13 103 226.71 1

4.27 9.91 17.65 1650 1.046E-13 3.926E-13 104 226.71 1

4.27 9.91 17.65 1650 1.413E-13 5.339E-13 105 226.71 1

4.27 9.91 17.65 1650 1.904E-13 7.243E-13 106 226.71 1

4.27 9.91 17.65 1650 2,560E-13 9.803E-13 107 226.71 1

4.27 9.91 17.65 1650 3.433E-13 1.324E-12 108 226.71 1

4.27 9.91 17.65 1650 4.593E-13 1.783E-12 109 226.71 1

4.27 9.91 17.65 1650 6.129E-13 2.396E-12 110 226.71 1

4.27 9.91 17.65 1650 8.159E-13 3.212E-12 111 226.71 1

4.27 9.91 17.65 1650 1.084E-12 4.295E-12 112 226.71 1

4.27 9.91 17.65 1650 1.436E-12 5.731E-12 113 226.71 1

4.27 9.91 17.65 1650 1.897E-12 7.628E-12 114 226.71 1

4.27 9.91 17.65 1650 2.501E-12 1.013E-11 115 226.71 1

4.27 9.91 17.65 1650 3.289E-12 1.342E-11 116 226.71 1

4.27 9.91 17.65 1650 4.316E-12 1.773E-11 117 226.71 1

4.27 9.91 17.65 1650 5.648E-12 2.338E-11 118 226.71 1

4.27 9.91 17.65 1650 7.374E-12 3.076E-11 119 226.71 1

4.27 9.'91 17.65 1650 9.603E-12 4.036E-11 120

.226.71 1

4.27 9.91 17.65 1650 1.248E-11 5.284E-11 121

.226.71 1

4.27 9.'91 17.65 1650 1.617E-11 6.900E-11 122

. 226.71 1

4.27 9:91 17.65 1650 2.090E-11 8.991E-11 123 226.71 1

4.27 9.!91 17.65 1650 2.696E-11 1.169E-10 124 226.71 1

4.27 9!91 17.65 1650 3.469E-11 1.516E-10 125 226.71 1

4.27 9291 17.65 1650 4.452E-11 1.961E-10 126 226.71 1

4.27 9J91 17.65 1650 5.700E-11 2.531E-10 127 226.71 1

4.27 9.91 17.65 1650 7.279E-11 3.259E-10 M28 226.71 "1

4.27 9,91 17.65 1650 9.274E-11 4.186E-10 129 226.71 1

4.27 9ý91 1.7.65 1650 1.179E-10 5.365E-10 (NEP-DES-08-F02-00)

ENGINEERING SERVICES Page B-46

~ ~ ~*~i (Next)

Project: Nine Mile P oint Nuclear Station Unit: U1 Disposition:

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 Table B-7: Calculation of Integrated X/Q (Unit 2 CR Air Intake Location, Case 5)

Wind z

Integrated Time, t Distance, x Speed u

,/Q1FtuQkut)

Speed, u oXx/)

Q~x~)

1 ut

~Qk~u~t

-Is]

[m]

[m/s]

[m]

fm I

[m]

cfm]

[1/m*n s/mr 130 226.71 1

4.27 9.91 17.65 1650 1.494E-10 6.859E-10 131

226.71 1

4.27 9.91 17.65 1650 1.890E-10 8.749E-10 132 226.71 1

4.27 9.91 17.65 1650 2.385E-10 1.113E-09 133

226.71 1

4.27 9.91 17.65 1650 3.001E-10 1.414E-09 134 226.71 1

4.27 9.91 17.65 1650 3.768E-10 1.790E-09 135 226.71 1

4.27 9.91 17.65 1650 4.720E-10 2.262E-09 136 226.71 1

4.27 9.91 17.65 1650 5.897E-10 2.852E-09 137 226.71 1

4.27 9.91 17.65 1650 7.350E-10 3.587E-09 138 226.71 1

4.27 9.91 17.65 1650 9.138E-10 4.501E-09 139 226.71 1

4.27 9.91 17.65 1650 1.133E-09 5.634E-09 140 226.71 1

4.27 9.91 17.65 1650 1.402E-09 7.037E-09 141 226.71 1

4.27 9.91 17.65 1650 1.731E-09 8.767E-09 142 226.71 1

4.27 9.91 17.65 1650 2.131E-09 1.090E-08 143 226.71 1

4.27 9.91 17.65 1650 2.617E-09 1.352E-08 1.44

'226.71 1

4.27 9.91 17.65 1650 3.207E-09 1.672E-08 145 226.71 1

4.27 9.91 17.65 1650 3.920E-09 2.064E-08 146 226.71 1

4.27 9.91 17.65 1650 4.779E-09 2.542E-08 147 226.71 1

4.27 9.91 17.65 1650 5.813E-09 3.124E-08 148 226.71 1

4.27 9.91 17.65 1650 7.054E-09 3.829E-08 149 226.71 1

4.27 9.91 17.65 1650 8.537E-09 4.683E-08 150 226.71 1

4.27 9.91 17.65 1650 1.031E-08 5.714E-08 151 226.71 1

4.27 9.91 17.65 1650 1.242E-08 6.955E-08 152 226.71 1

4.27 9.91 17.65 1650 1.492E-08 8.447E-08 153 226.71 1

4.27 9.91 17.65 1650 1.788E-08 1.024E-07 154 226.71 1

4.27 9.91 17.65 1650 2.138E-08 1.237E-07 155 226.71 1

4.27 9.91 17.65 1650 2.550E-08 1.492E-07 156 226.71 1

4.27 9.91 17.65 1650 3.035E-08 1.796E-07 157 226.71 1

4.27 9.91 17.65 1650 3.602E-08 2.156E-07 158 226.71 1

4.27 9.91 17.65 1650 4.265E-08 2.583E-07 158 226.71 1

4.27 9.91 17.65 1650 4.265E-08 2.583E-07 160 226.71 1

4.27 9.91 17.65 1650 5.936E-08 3.770E-07 161 226.71 1

4.27 9.91 17.65 1650 6.978E-08 4.468E-07 162 226.71 1

4.27 9.91 17.65 1650 8.182E-08 5.286E-07 163 226.71 1

4.27 9.91 17.65 1650 9.570E-08 6.243E-07 164

.226.71 1

4.27 9.':91 17.65 1650 1.117E-07 7.360E-07 165 226.71 1

4.27 9..91 17.65 1650 1.300E-07 8.659E-07 166 226.71 1

4.27 9291 17.65 1650 1.509E-07 1.017E-06 167 226.71 1

4.27 9J91 17.65 1650 1.748E-07 1.192E-06 168 226.71 1

4.27 9J91 17.65 1650 2.020E-07 1.394E-06 169 226.71 1

4.27 9J91 17.65 1650 2.329E-07 1.627E-06 170 226.71 1

4.27 9!91 17.65 1650 2.678E-07 1.894E-06 171 226.71 1

4.27 9J91 17.65 1650 3.072E-07 2.202E-06 172 226.71 1

4.27 9j91 17.65 1650 3.515E-07 2.553E-06 173 226.71 1

4.27 9'91 17.65 1650 4.012E-07 2.954E-06

.(NEP-DES-08-F02-00)

ENGINEERING SERVICES N4 HETM`A

, Pae

-4

,Q* C1,

CULATION O TINUATiO P'slN ET-,

Page B-47 S(Next-Project: Nine Mile Point Nuclear Station Unit: 1 Disposition:

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 Radf.

Table B-7: Calculation of Integrated I Q (Unit 2 CR Air Intake Location, Case 5)

Wi/

Integrated Time, t Distance, x Speed, u

,k) c.

]

F(t)

X/Q(xukt)

I/gx,u,k,te Is]

[m]

[m/s]

[m]

Ila]

[m]

[cfml

[I/r

[s/mj 174 226.71 1

4.27 9.91 17.65 1650 4.569E-07 3.411E-06 175 226.71 1

4.27 9.91 17.65 1650 5.190E-07 3.930E-06 176 226.71 1

4.27 9.91 17.65 1650 5.881E-07 4.518E-06 177 226.71 1

4.27 9.91 17.65 1650 6.648E-07 5.183E-06 178

.226.71 1

4.27 9.91 17.65 1650 7.497E-07 5.933E-06 179 226.71 1

4.27 9.91 17.65 1650 8.433E-07 6.776E-06 180 226.71 1

4.27 9.91 17.65 1650 9.464E-07 7.723E-06 181 226.71 1

4.27 9.91 17.65 1650 1.059E-06 8.782E-06 182 226.71 1

4.27 9.91 17.65 1650 1.183E-06 9.965E-06 183 226.71 1

4.27 9.91 17.65 1650 1.318E-06 1.128E-05 184

.226.71 1

4.27 9.91 17.65 1650 1.464E-06 1.275E-05 185 226.71 1

4.27 9.91 17.65 1650 1.623E-06 1.437E-05 186 226.71 1

4.27 9.91 17.65 1650 1.795E-06 1.617E-05 187 226.71 1

4.27 9.91 17.65 1650 1.980E-06 1.815E-05 188 226.71 1

4.27 9.91 17.65 1650 2.179E-06 2.033E-05 189 226.71 1

4.27 9.91 17.65 1650 2.392E-06 2.272E-05 190 226.71 1

4.27 9.91 17.65 1650 2.620E-06 2.534E-05 191 226.71 1

4.27 9.91 17.65 2750 4.770E-06 3.011E-05 192 226.71 1

4.27 9.91 17.65 2750 5.198E-06 3.531E-05 193 226.71 1

4.27 9.91 17.65 2750 5.651E-06 4.096E-05 194 226.71 1

4.27.

9.91 17.65 2750 6.129E-06 4.709E-05 195 226.71 1

4.27 9.91 17.65 2750 6.630E-06 5.372E-05 196 226.71 1

4.27 9.91 17.65 2750 7.155E-06 6.087E-05 197 226.71 1

4.27 9.91 17.65 2750 7.702E-06 6.857E-05 198 226.71 1

4.27 9.91 17.65 2750 8.272E-06 7.685E-05 199 226.71 1

4.27 9.'91 17.65 2750 8.862E-06 8.571E-05 200 226.71 1

4.27 9.91 17.65 2750 9.470E-06 9.518E-05 201 226.71 1

4.27 9.91 17.65 2750 1.010E-05 1.053E-04 202 226.71 1

4.27 9.91 17.65 2750 1.074E-05 1.160E-04 203 226.71 1

4.27 9.91 17.65 2750 1.139E-05 1.274E-04 204 226.71 1

4.27 9:91 17.65 2750 1.205E-05 1.395E-04 205 226.71 1

4.27 9.91 17.65 2750 1.273E-05 1.522E-04 206 226.71 1

4.27 9.91 17.65 2750 1.340E-05 1.656E-04 207 226.71 1

4.27 9191 17.65 2750 1.408E-05 1.797E-04 208 226.71 1

4.27 9!91 17.65 2750 1.476E-05 1.944E-04 209 226.71 1

4.27 9191 17.65 2750 1.543E-05 2.098E-04 210 226.71 1

4.27 9191 17.65.

2750 1.609E-05 2.259E-04 211 226.71 1

4.27 9191 17.65 2750 1.674E-05 2.427E-04 212 226.71 1

4.27 9191 17.65 2750 1.737E-05 2.600E-04 213 226.71 1

4.27 9191 17.65 2750 1.799E-05 2.780E-04 214 226.71 1

4.27.

9:91 17.65 2750 1.857E-05 2.966E-04

.215 226.71 1

4.27 9!91 17.65 2750 1.914E-05 3.157E-04 216 226.71 1

4.27 9;91 17.65 2750 1.967E-05 3.354E-04 217 226.71 1

4.27 9191 17.65 2750 2.016E-05 3.556E-04 (NEP-DES-08-F02-00)

ENGINEERING SERVICES N

ONi S' H t P a g e B-48*

,......... (Next Project: Nine Mile Point Nuclear Station Unit: 1 Disposition:

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 Table B-7: Calculation of Integrated X!,Q (Unit 2 CR Air Intake Location, Case 5)

Wind Integrated Time, t Distance, x

Speedi,

.(xk) o k) a F(t) x/Q(xuukktt)

[M]

[m]

[m/sl

[m]

[r!*]

[m]

[cfm

[1/r

[s/mr 2'18 226.71 1

4.27 9.91 17.65 2750 2.062E-05 3.762E-04 219 226.71 1

4.27 9.91 17.65 2750 2.104E-05 3.972E-04 220 226.71 1

4.27 9.91 17.65 2750 2.141E-05 4.187E-04 221 226.71 1

4.27 9.91 17.65 2750 2.174E-05 4.404E-04 222

.226.71 1

4.27 9.91 17.65 2750 2.202E-05 4.624E-04 223

226.71 1

4.27 9.91 17.65 2750 2.225E-05 4.847E-04 224 226.71 1

4.27 9.91 17.65 2750 2.242E-05 5.071E-04 225 226.71 1

4.27 9.91 17.65 2750 2.254E-05 5.296E-04 226 226.71 1

4.27 9.91 17.65 2750 2.261E-05 5.522E-04 227 226.71 1

4.27 9.91 17.65 2750 2.262E-05 5.749E-04 228 226.71 1

4.27 9.91 17.65 2750 2.258E-05 5.974E-04 229

.226.71 1

4.27 9.91 17.65 2750 2.248E-05 6.199E-04 230 226.71 1

4.27 9.91 17.65 2750 2.233E-05 6.422E-04 231 226.71 1

4.27 9.91 17.65 2750 2.212E-05 6.644E-04 232 226.71 1

4.27 9.91 17.65 2750 2.186E-05 6.862E-04 233 226.71 1

4.27 9.91 17.65 2750 2.156E-05.

7.078E-04 234 226.71 1

4.27 9.91 17.65 2750 2.120E-05 7.290E-04 235 226.71 1

4.27 9.91 17.65 2750 2.080E-05 7.498E-04 236 226.71 1

4.27 9.91 17.65 2750 2.036E-05 7.702E-04 237 226.71 1

4.27 9.91 17.65 '2750 1.988E-05 7.900E-04 238 226.71

' 1 4.27 9.91 17.65 2750 1,936E-05 8.094E-04 239 226.71 1

4.27 9.91 17.65 2750 1.881E-05 8.282E-04 240 226.71 1

4.27 9.91 17.65 2750 1.824E-05 8.465E-04 241 226.71 1

4.27 9.91 17.65 2750 1.763E-05 8.641E-04 242 226.71 1

4.27 9.91 17.65 2750 1.701E-05 8.811E-04 243 226.71 1

4.27 9.91 17.65 2750 1.636E-05 8.975E-04 244 226.71 1

4.27 9.91 17.65 2750 1.571E-05 9.132E-04 245 226.71 1

4.27 9.91 17.65 2750 1.504E-05 9.282E-04 246 226.71 1

4.27 9.91 17.65 2750 1.436E-05 9.426E-04 247 226.71 1

4.27 9.91 17.65 2750 1.369E-05 9.563E-04 248 226.71 1

4.27 9.91 17.65 2750 1.301E-05 9.693E-04 249 226.71 1

4.27 9.91 17.65 2750 1.234E-05 9.816E-04 250 226.71 1

4.27 9.91 17.65 2750 1.167E-05 9.933E-04 251 226.71 1

4.27 9.'91 17.65 2750 1.161E-05 1.004E-03 252 226.71 1

4.27 9.91 17.65 2750 1.036E-05 1.015E-03 253 226.71 1

4.27 9.'91 17.65 2750 9.731E-06 1.024E-03 254 226.71 1

4.27 9.'91 17.65 2750 9.115E-06 1.033E-03 255 226.71 1

4.27 9.91 17.65 2750 8.517E-06 1.042E-03 256

.226.71 1

4.27 9.91 17.65 2750 7.939E-06 1.050E-03 257 226.71 1

4.27 9.i91 17.65 2750 7.382E-06 1.057E-03 258 226.71 1

4.27 9!91 17.65 2750 6.848E-06 1.064E-03 259

226.71 1

4.27 9J91 17.65 2750 6.336E-06 1.071E-03 260 226.71 1

4.27 9i91 17.65 2750 5.849E-06 1.076E-03 261 226.71 1

4.27 9 91 17.65 2750 5.386E-06 1.082E-03

.(NEP-DES-08-F02-00)

ENGINEERING SERVICES P

B-49 Project: Nine Mile Point Nuclear Station Unit: _Il Disposition:

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00

[Rdf.

Table B-7: Calculation of Integrated X IQ (Unit 2 CR Air Intake Location, Case 5)

Wind Integrated Time, t Distance, x Speed, u.

x,(,(x, k) 01 F(t)

X/Q(xu,k,t)

Speed, u

/Q(x,u,k,t)

[s]

[m]

[m/s]

[m]

[M)

[m]

[cfml

[1/mn

[s/mr 262 226.71 1

4.27 9.91 17.65 2750 4.947E-06 1.087E-03 263 226.71 1

4.27 9.91 17.65 2750 4.533E-06 1:091E-03 264 226.71 1

4.27 9.91 17.65 2750 4.144E-06 1.095E-03 265 226.71 1

4.27 9.91 17.65 2750 3.779E-06 1.099E-03 266 226.71 1

4.27 9.91 17.65 2750 3.437E-06 1.103E-03 267 226.71 1

4.27 9.91 17.65 2750 3.119E-06 1.106E-03 268 226.71 1

4.27 9.91 17.65 2750 2.823E-06 1.109E-03 269 226.71 1

4.27 9.91 17.65 2750 2.549E-06 1.111E-03 270 226.71 1

4.27 9.91 17.65 2750 2.297E-06 1.113E-03 271 226.71 1

4.27 9.91 17.65 2750 2.064E-06 1.115E-03 272 226.71 1

4.27 9.91 17.65 2750 1.850E-06 1.117E-03 273 226.71 1

4.27 9.91 17.65 2750 1.654E-06 1.119E-03 274 226.71 1

4.27 9.91 17.65 2750 1.476E-06 1.120E-03 275 226.71 1

4.27 9.91 17.65 2750 1.313E-06 1.122E-03 276 226.71 1

4.27 9.91 17.65 2750 1.166E-06 1.123E-03 277 226.71 1

4.27 9.91 17.65 2750 1.032E-06 1.124E-03 278 226.71 1

4.27 9.91 17.65 2750 9.119E-07 1.125E-03 279 226.71 1

4.27 9.91 17.65 2750 8.036E-07 1.126E-03 280 226.71 1

4.27 9.91 17.65 2750 7.065E-07 1.126E-03 281 226.71 1

4.27 9.91 17.65 2750 6.195E-07 1.127E-03 282 226.71 1

4.27 9.91 17.65 2750 5.420E-07 1.128E-03 283 226.71 1

4.27 9.91 17.65 2750 4.729E-07 1.128E-03 284 226.71 1

4.27 9.91 17.65 2750 4.117E-07 1.128E-03 285 226.71 1

4.27 9.91 17.65 2750 3.575E-07 1.129E-03 2856 226.71 1

4.27 9.91 17.65 2750 3.097E-07 1.129E-03 287 226.71 1

4.27 9.91 17.65 2750 2.677E-07 1.129E-03 288 226.71 1

4.27 9.91 17.65 2750 2.308E-07 1.130E-03 289 226.71 1

4.27 9.91 17.65 2750 1.984E-07 1.130E-03 290 226.71 1

4.27 9.91 17.65 2750 1.702E-07 1.130E-03 291 226.71 1

4.27 9.91 17.65 2750 1.457E-07 1.130E-03 292 226.71 1

4.27 9.91 17.65 2750 1.244E-07 1.130E-03 293 226.71 1

4.27 9.91 17.65 2750 1.059E-07 1.130E-03 294 226.71 1

4.27 9.91 17.65 2750 8.998E-08 1.130E-03 295 226.71 1

4.27 9.91 17.65 2750 7.626E-08 1.130E-03 296 226.71 1

4.27 9.91 17.65 2750 6.447E-08 1.131E-03 297 226.71 1

4.27 9.91 17.65

.2750 5.437E-08 1.131E-03 298 226.71 1

4.27 9.91 17.65 2750 4.574E-08 1.131E-03 299

.226.71 1

4.27 9.91 17.65 2750 3.839E-08 1.131E-03 300 226.71 1

4.27 9.91 17.65 2750 3.214E-08 1.131E-03 301 226.71 1

4.27 9.91 17.65 2750 2.684E-08 1.131E-03 302 226.71 1

4.27 9.91 17.65 2750 2.236E-08 1.131E-03 303 226.71 1

4.27 9.91 17.65 2750 1.858E-08 1.131E-03 304 226.71 1

4.27 9.91 17.65 2750 1.541E-08 1.131 E-03 305 226.71 1

4.27 9.91 17.65 2750 1.274E-08 1.131E-03 (NEP-DES-08-F02-O0)

Project: Nine Mile Point Nuclear Station Unit: 1 Disposition:

Originator/Date Reviewer/Date I

Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 Rjf.

Table B-7: Calculation of Integrated X/Q (Unit 2 CR Air Intake Location, Case 5)

I Win integrated Time, t Distance, x Speed k)

, uk) cQx F(t)

XuQ(xukktt)

I

[S]

P fm]

[m/sj

[m]

Iml

[m]

[cfm]

[l/m*r

[s/mr 306 226.71 1

4.27 9.91 17.65 2750 1.051E-08 1.131E-03 307

'226.71 1

4.27 9.91 17.65 2750 8.651E-09 1.131E-03 308

' 226.71 1

4.27 9.91 17.65 2750 7.103E-09 1.131E-03 309 226.71 1

4.27 9.91 17.65 2750 5.817E-09 1.131E-03 310 226.71 1

4.27 9.91 17.65 2750 4.752E-09 1.131E-03

.(NE P-DES-08-F02-OO)

ENGINEERING SERVICES Page B-51 C AL'CULATIONC-iONTINUAýTiON SgHEE aeBS A -~

g

~

s

~

~<

,; ~(Next ~-~

Project: Nine Mile Point Nuclear Station Unit: _1 Disposition:

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 Rdf.

Table B-8: Calculation of Integrated zIQ (Unit 2 CR Air Intake Location, Case 6)

Wind Integrated Time, t Distance, x Speed,u (xk) a,(,k)

F(t)

X/Q(xukt)

Is]

J[m]

fm/s]

[m]

[6 m]

((fm

[f m

1/mr

[s/mr 0

226.71 1

4.27 9.91 17.65 1650 7.744E-33 O.OOOE+0O 1

226.71 1

4.27 9.91 17.65 1650 1.345E-32 1.345E-32 2

226.71 1

4.27 9.91 17.65 1650 2.331E-32 3.677E-32 3

226.71 1

4.27 9.91 17.65 1650 4.030E-32 7.707E-32 4

226.71 1

4.27 9.91 17.65 1650 6.950E-32 1.466E-31 5

226.71 1

4.27 9.91 17.65 1650 1.196E-31 2.661E-31 6

226.71 1

4.27 9.91 17.65 1650 2.052E-31 4.713E-31 7

226.71 1

4.27 9.91 17.65 1650 3.513E-31 8.226E-31 8

226.71 1

4.27 9.91 17.65 1650 5.998E-31 1.422E-30 9

226.71 1

4.27 9.91 17.65 1650 1.022E-30 2.444E-30 10 226.71 1

4.27 9.91 17.65 1650 1.737E-30 4.181E-30 11 226.71 1

4.27 9.91 17.65 1650 2.944E-30 7.125E-30 12 226.71 1

4.27 9.91 17.65 1650 4.979E-30 1.210E-29 13 226.71 1

4.27 9.91 17.65 1650 8.399E-30 2.050E-29 14 226.71 1

4.27 9.91 17.65 1650 1.414E-29 3.464E-29 15 226.71 1

4.27 9.91 17.65 1650 2.373E-29 5.837E-29 16 226.71 1

4.27 9.91 17.65 1650 3.974E-29 9.811E-29 17

.226.71 1

4.27 9.91 17.65 1650 6.639E-29 1.645E-28 18 226.71 1

4.27 9.91 17.65 1650 1.106E-28 2.751E-28 19 226.71 1

4.27 9.91 17.65 1650 1.839E-28 4.591E-28 20 226.71 1

4.27 9.91 17.65 1650 3.051E-28 7.642E-28 21 226.71 1

4.27 9.91 17.65 1650 5.047E-28 1.269E-27 22 226.71 1

4.27 9.91 17.65 1650 8.329E-28 2.102E-27 23 226.71 1

4.27 9.91 17.65 1650 1.371E-27 3.473E-27 24 226.71 1

4.27 9.91 17.65 1650 2.252E-27 5.725E-27 25 226.71 1

4.27 9.91 17.65 1650 3.690E-27 9.415E-27 26 226.71 1

4.27 9.91 17.65 1650 6.030E-27 1.544E-26 27 226.71 1

4.27 9.91 17.65 1650 9.831 E-27 2.528E-26 28 226.71 1

4.27 9.191 17.65 1650 1.599E-26 4.126E-26 29 226.71 1

4.27 9.-91 17.65 1650 2.594E-26 6.720E-26 30 226.71 1

4.27 9.'91 17.65 1650 4.198E-26 1.092E-25 31 226.71 1

4.27 9.'91 17.65 1650 6.778E-26 1.770E-25 32

.226.71 1

4.27 9.191 17.65 1650 1.092E-25 2.861E-25 33 226.71 1

4.27 9.91 17.65 1650 1..754E-25 4.615E-25 34 226.71 1

4.27 9j91 17.65 1650 2.811E-25 7.426E-25 35 226.71 1

4.27 9W91 17.65 1650 4.494E-25 1.192E-24 36

.226.71 1

4.27 9!91 17.65 1650 7.167E-25 1.909E-24 37 226.71 1

4.27 9!91 17.65 1650 1.140E-24 3.049E-24 38 226.71 1

4.27 9.91 17.65 1650 1.810E-24 4.859E-24 39 226.71 1

4.27 9191 17.65 1650 2.865E-24 7.724E-24 40 226.71 1

4.27 9!91 17.65 1650 4.526E-24 1.225E-23 41 226.71 1

4.27 9191 17.65 1650 7.130E-24 1.938E-23 (NE P-DES-08-F02-00)

Project: Nine Mile Point Nuclear Station Unit:

Disposition:

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Kiazura R.Kh H21 C078 00 Rlf.

Table B-8: Calculation of Integrated XIQ (Unit 2 CR Air Intake Location, Case 6) i Wind i

Integrated Ti e,t Di ta ce xzY(x

,k )

cryx (, k) a,

F (t)

X(/Q (x,u,k,t)

Time,__

tSpeed,

u.

F/Q(x,u,k,t)

[s]

i

[ml

[m/s]

[m]

[m

[cfm]

cf

[1/mrn

[s/mr 42 226.71 1

4.27 9.91 17.65 1650 1.121E-23 3.059E-23 43 226.71 1

4.27 9.91 17.65 1650 1.757E-23 4.816E-23 44 226.71 1

4.27 9.91 17.65 1650 2.748E-23 7.564E-23 45 226.71 1

4.27 9.91 17.65 1650 4.288E-23 1.185E-22 46 226.71 1

4.27 9.91 17.65 1650 6.674E-23 1.853E-22 47 226.71 1

4.27 9.91 17.65 1650 1.036E-22 2.889E-22 48 226.71 1

4.27 9.91 17.65 1650 1.605E-22 4.494E-22 49 226.71 1

4.27 9.91 17.65 1650 2.480E-22 6.973E-22 50 226.71 1

4.27 9.91 17.65 1650 3.822E-22 1.080E-21 51 226.71 1

4.27 9.91 17.65 1650 5.877E-22 1.667E-21 52 226.71 1

4.27 9.91 17.65 1650 9.014E-22 2.569E-21 53

, 226.71 1

4.27 9.91 17.65 1650 1.379E-21 3.948E-21 54 226.71 1

4.27 9.91 17.65 1650 2.105E-21 6.053E-21 55 226.71 1

4.27 9.91 17.65 1650 3.205E-21 9.258E-21 56 226.71 1

4.27 9.91 17.65 1650 4.868E-21 1.413E-20 57 226.71 1

4.27 9.91 17.65 1650 7.376E-21.

2.150E-20 58 226.71 1

4.27

9.91 17.65 1650 1.115E-20 3.265E-20 59 226.71 1

4.27 9.91 17.65 1650 1.681 E-20 4.946E-20 60 226.71 1

4.27 9.91 17.65 1650 2.529E-20 7.475E-20 61 226.71 1

4.27 9.91 17.65 1650 3.794E-20 1.127E-19 62 226.71 1

4.27 9.91 17.65 1650 5.679E-20 1.695E-19 63 226.71 1

4.27 9.91 17.65 1650 8.480E-20 2.543E-19 64 226.71 1

4.27 9.91 17.65 1650 1.263E-19 3.806E-19 65 226.71 1

4.27 9.91 17.65 1650 1.877E-19 5.683E-19 66 226.71 1

4.27 9.91 17.65 1650 2.782E-19 8.464E-19 67 226.71 1

4.27 9.91 17.65 1650 4.113E-19 1.258E-18 68 226.71 1

4.27 9.91 17.65 1650 6.067E-19 1.865E-18 69 226.71 1

4.27 9.91 17.65 1650 8.928E-19 2.757E-18 70 226.71 1

4.27 9.91 17.65 1650 1.310E-18 4.068E-18 71 226.71 1

4.27 9.91 17.65 1650 1.919E-18 5.987E-18 72 226.71 1

4.27 9.91 17.65 1650 2.803E-18 8.790E-18 73 226.71 1

4.27 9.91 17.65 1650 4.084E-18 1.287E-17 74 226.71 1

4.27 9.91 17.65 1650 5.937E-18 1.881E-17 75 226.71 1

4.27 9.91 17.65 1650 8.609E-18 2.742E-17 76 226.71 1

4.27 9.91 17.65 1650 1.245E-17 3.987E-17 77 226.71 1

4.27 9.91 17.65 1650 1.797E-17 5.784E-17 78 226.71 1

4.27 9.91 17.65 1650 2.587E-17 8.371E-17 79 226.71 1

4.27 9.91 17.65 1650 3.714E-17 1.209E-16 80 226.71 1

4.27 9.91 17.65 1650 5.321E-17 1.741E-16 81 226.71 1

4.27 9.91 17.65 1650 7.603E-17 2.501 E-16 82 226.71 1

4.27 9.91 17.65 1650 1.084E-16 3.585E-16 83 226.71 1

4.27 9.91 17.65 1650 1.541E-16 5.126E-16 84 226.71 1

4.27 9.91 17.65 1650 2.186E-16 7.312E-16 85 226.71 1

4.27 9.91 17.65 1650 3.094E-16 1.041E-15 (NE P-DE S-08-F02-00)

Project: Nine Mile Point Nuclear Station Unit: 1 Disposition:

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn i

H21C078 00

[Rf.

Table B-8: Calculation of Integrated XIQ (Unit 2 CR Air Intake Location, Case 6)

Wind Integrated Time, t Distance, x Speed, u oIx(xk) kktt)

Is]

[nm/s]

[m]

[ai

[m]

[cfml

[1/mr

[s/mr 86 226.71 1

4.27 9.91 17.65 1650 4.367E-16 1.477E-15 87 226.71

1.

4.27 9.91 17.65 1650 6.150E-16 2:092E-15 88 226.71 1

4.27 9.91 17.65 1650 8.639E-16 2.956E-15 89 226.71 1

4.27 9.91 17.65 1650 1.211E-15 4.167E-15 90 226.71 1

4.27 9.91 17.65 1650 1.692E-15 5.859E-15 91 226.71 1

4.27 9.91 17.65 1650 2.360E-15 8.219E-15 92 226.71 1

4.27 9.91 17.65 1650 3.283E-15 1.150E-14 93 226.71 1

4.27 9.91 17.65 1650 4.556E-15 1.606E-14 94 226.71 1

4.27 9.91 17.65 1650 6.306E-15 2.236E-14 95 226.71 1

4.27 9.91 17.65 1650 8.709E-15 3.107E-14 96 226.71 1

4.27 9.91 17.65 1650 1.200E-14 4.307E-14 97 226.71 1

4.27 9.91 17.65 1650 1.649E-14 5.956E-14 98

.226.71 1

4.27 9.91 17.65 1650 2.260E-14 8.216E-14 99

.226.71 1

4.27 9.91 17.65 1650 3.091E-14 1.131E-13 100 226.71 1

4.27 9.91 17.65 1650 4.216E-14 1.552E-13 101 226.71 1

4.27 9.91 17.65 1650 5.738E-14 2.126E-13 102 226.71 1

4.27 9.91 17.65 1650 7.790E-14 2.905E-13 103 226.71 1

4.27 9.91 17.65 1650 1.055E-13 3.960E-13 104 226.71 1

4.27 9.91 17.65 1650 1.425E-13 5.385E-13 105 226.71 1

4.27 9.91

.17.65 1650 1.921E-13 7.306E-13 106 226.71 1

4.27.

9.91 17.65 1650 2.582E-13 9.887E-13 107 226.71 1

4.27 9.91 17.65 1650 3.462E-13 1.335E-12 108 226.71 1

4.27 9.91 17.65 1650 4.632E-13 1.798E-12 109 226.71 1

. 4.27 9.91 17.65 1650 6.182E-13 2.416E-12 110 226.71 1

4.27 9.91 17.65 1650 8.230E-13 3.239E-12 111 226.71 1

4.27 9.91 17.65 1650 1.093E-12 4.332E-12 112 226.71 1

4.27 9.91 17.65 1650 1.448E-12 5.780E-12 113 226.71 1

4.27 9.91 17.65 1650 1.914E-12 7.694E-12 114

.226.71 1

4.27 9.91 17.65 1650 2.523E-12 1.022E-11 115 226.71 1

4.27 9.91 17.65 1650 3.318E-12 1.353E-11 116 226.71 1

4.27 9.91 17.65 1650 4.353E-12 1.789E-11 117 226.71 1

4.27 9.91 17.65 1650 5.697E-12 2.358E-11 118 226.71 1

4.27 9.91 17.65 1650 7.437E-12 3.102E-11 119 226.71 1

4.27 9.91 17.65 1650 9.686E-12 4.071E-11 120

.226.71 1

4.27 9.91 17.65 1650 1.258E-11 5.329E-11 121 226.71 1

4.27 9.91 17.65 1650 1.631E-11 6.960E-1I 122 226.71 1

4.27 9.'91 17.65 1650 2.108E-11 9.068E-11 123 226.71 1

4.27 9.91 17.65 1650 2.719E-11 1.179E-10 124 226.71 1

4.27 9.'91 17.65 1650 3.499E-11 1.529E-10 125 226.71 1

4.27 9j91 17.65 1650 4.490E-11 1.978E-10 126 226.71 1

4.27 9.91 17.65 1650 5.749E-11 2.553E-10 127 226.71 1

4.27 9.!91 17.65 1650 7.342E-11 3.287E-10 128 226.71 1

4.27 9J91 17.65 1650 9.354E-11 4.222E-10 129 226.71 1

4.27 9!91 17.65 1650 1.1892-10 5.411E-10 (NEP-DES-08-F02-00)

ENGINEERING SERVICES A

TINU:T1ON;SHEET4'r&f Page B-54

~(Next Project: Nine Mile Point Nuclear Station Unit: II1 Disposition:

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 Table B-8: Calculation of Integrated X!Q (Unit 2 CR Air Intake Location, Case 6)

Wind Integrated TiSpmed u o&(x,k) o,y(x, k) al F(t)

X/Q(xu,k,t)

Tie =itncx Speed, u

/Q(x,u,k,t)

-Is]

[m]

[m/s]

[m]

[m

[m]

[cf ml 1/r

[s/mr 130 226.71 1

4.27 9.91 17.65 1650 1.507E-10 6.918E-10 131 226.71 1

4.27 9.91 17.65 1650 1.906E-10 8.825E-10 132 226.71 1

4.27 9.91 17.65 1650 2.405E-10 1.123E-09 133 226.71 1

4.27 9.91 17.65 1650 3.027E-10 1.426E-09 134 226.71 1

4.27 9.91 17.65 1650 3.801E-10 1.806E-09 135 226.71 1

4.27 9.91 17.65 1650 4.760E-10 2.282E-09 136 226.71 1

4.27 9.91 17.65 1650 5.948E-10 2.877E-09 137

.226.71 1

4.27 9.91 17.65 1650 7.413E-10 3.618E-09 138 226.71 1

4.27 9.91 17.65 1650 9.217E-10 4.540E-09 139 226.71 1

4.27 9.91 17.65 1650 1.143E-09 5.683E-09 140 226.71 1

4.27 9.91 17.65 1650 1.414E-09 7.097E-09 141 226.71 1

4.27 9.91 17.65 1650 1.746E-09 8.843E-09 142 226.71 1

4.27 9.91 17.65 1650 2.149E-09 1.099E-08 143 226.71 1

4.27 9.91 17.65 1650 2.640E-09 1.363E-08 144 226.71 1

4.27 9.91 17.65 1650 3.235E-09 1.687E-08 145 226.71 1

4.27 9.91 17.65 1650 3.954E-09 2.082E-08 146 226.71 1

4.27 9.91 17.65 1650 4.821E-09 2.564E-08 147 226.71 1

4.27 9.91 17.65 1650 5.863E-09 3.150E-08 148 226.71 1

4.27 9.91 17.65 1650 7.114E-09 3.862E-08 149 226.71 1

4.27 9.91 17.65 1650 8.611E-09 4.723E-08 150 226.71 1

4.27 9.91 17.65 1650 1.040E-08 5.763E-08 151 226.71 1

4.27 9.91 17.65 1650 1.252E-08 7.015E-08 152 226.71 1

4.27 9.91 17.65 1650 1.505E-08 8.520E-08 153 226.71 1

4.27 9.91 17.65 1650 1.804E-08 1.032E-07 154 226.71 1

4.27 9,91 17.65

.1650 2.157E-08 1.248E-07 155 226.71 1

4.27 9.91 17.65 1650 2.572E-08 1.505E-07 156 226.71

.1 4.27 9.91 17.65 1650 3.061E-08 1.811E-07 157 226.71 1

4.27 9.:91 17.65 1650 3.633E-08 2.175E-07 158 226.71 1

4.27 9.'91 17.65 1650 4.302E-08 2.605E-07 158 226.71 1

4.27 9.91 17.65 1650 4.302E-08.

2.605E-07 160

.226.71 1

4.27 9j91 17.65 1650 5.987E-08 3.802E-07 161 226.71 1

4.27 9i91 17.65 1650 7.038E-08 4.506E-07 162 226.71 1

4.27 9191 17.65 1650 8.252E-08 5,331E-07 163 226.71 1

4.27 9J91 17.65 1650 9.653E-08 6.297E-07 164 226.71 1

4.27 9i91 17.65 1650 1.126E-07 7.423E-07 165 226.71 1

4.27 9!91 17.65 1650 1.311E-07 8.734E-07 166 226.71 1

4.27 9191 17.65 1650 1.522E-07 1.026E-06 167 226.71 1

4.27 9i91 17.65 1650 1.763E-07 1.202E-06 168 226.71 1

4.27 9!91 17.65 1650 2.038E-07 1.406E-06 169 226.71 1

4.27 9191 17.65 1650 2.349E-07 1.641E-06 170 226.71 1

4.27 9191 17.65 1650 2.701E-07 1.911E-06 171 226.71 1

4.27 9191 17.65 1650 3.098E-07 2.221E-06 172 226.71 1

4.27 9191 17.65 1650 3.545E-07 2.575E-06 "173 226.71 1

4.27 9 91 17.65 1650 4.047E-07 2.980E-06 (NE P-DES-08-F02-00)

ENGINEERING SERVICES NCALCUIO

.SHEEPage B-55 (Next-Project: Nine Mile Point Nuclear Station Unit:;_1__

Disposition:

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 REl.

Table B-8: Calculation of Integrated I!Q (Unit 2 CR Air Intake Location, Case 6)

Wind Integrated Time, t Distance, x Speed, u c&,k Ix,k) or, F(t)

X/Q(x,u,k,t)

[s]

[m]

[]

[m[s]

]

[m]

[cf m]

[1/mn s/m 174 226.71 1

.4.27 9.91 17.65 1650 4.608E-07 3.441E-06 175 226.71 1

4.27 9.91 17.65 1650 5.235E-07 3.964E-06 176 226.71 1

4.27 9.91 17.65 1650 5.932E-07 4.557E-06 177 226.71 1

4.27 9.91 17.65 1650 6.706E-07 5.228E-06 178 226.71 1

4.27 9.91 17.65 1650 7.562E-07 5.984E-06 179 226.71 1

4.27 9.91 17.65 1650 8.506E-07 6.835E-06 180 226.71 1

4.27 9.91 17.65 1650 9.545E-07 7.789E-06 181 226.71 1

4.27 9.91 17.65 1650 1.069E-06 8.858E-06 182 226.71 1

4.27 9.91 17.65 1650 1.193E-06 1.005E-05 183 226.71 1

4.27 9.91 17.65 1650 1.329E-06 1.138E-05 184 226.71 1

4.27 9.91 17.65 1650 1.477E-06 1.286E-05 185 226.71 1

4.27 9.91 17.65 1650 1.637E-06 1.449E-05 186 226.71 1

4.27 9.91 17.65 1650 1.811E-06 1.631E-05 187 226.71 1

4.27 9.91 17.65 1650 1.998E-06 1.830E-05 188 226.71 1

4.27 9.91 17.65 1650 2.198E-06 2.050E-05 189 226.71 1

4.27 9.91 17.65 1650 2.413E-06 2.291E-05 190 226.71 1

4.27 9.91 17.65 1650 2.643E-06 2.556E-05 191 226.71 1

4.27 9.91 17.65 1650 2.887E-06 2.844E-05 192 226.71 1

4.27 9.91 17.65 1650 3.146E-06 3,159E-05 193 226.71 1

4.27 9.'91 17.65 1650 3.420E-06 3.501E-05 194 226.71 1

4.27 9.'91 17.65 1650 3.709E-06 3.872E-05 195 226.71 1

4.27 9.91 17.65 1650 4.012E-06 4.273E-05 196 226.71 1

4.27 9.'91 17.65 2750 7.216E-06 4.995E-05 197 226.71 1

4.27 9.:91 17.65 2750 7.769E-06 5.772E-05 198

.226.71 1

4.27 9.191 17.65 2750 8.343E-06 6.606E-05 199 226.71 1

4.27 9J91 17.65 2750 8.938E-06 7.500E-05 200 226.71 1

4.27 91J91 17.65 2750 9.552E-06 8.455E-05 201 226.71 1

4.27 9.91 17.65 2750 1.018E-05 9.473E-05 202 226.71 1

4.27 9191 17.65 2750 1.083E-05 1.056E-04 203 226.71 1

4.27 9191 17.65 2750 1.149E-05 1.170E-04 204 226.71 1

4.27 9191 17.65 2750 1.216E-05 1.292E-04 205 226.71 1

4.27 9:91 17.65 2750 1.284E-05 1.420E-04 206 226.71 1

4.27 9191 17.65 2750 1.352E-05 1.556E-04 207 226.71 1

4.27 9191 17.65 2750 1.420E-05 1.698E-04 208 226.71 1

4.27 9!91 17.65 2750 1.488E-05 1.846E-04 209 226.71 1

4.27 9i91 17.65 2750 1.556E-05 2.002E-04 210 226.71 1

4.27 9i91 17.65 2750 1.623E-05 2.164E-04 211 226.71 1

4.27 9191 17.65 2750 1.688E-05 2.333E-04 212 226.71 1

4.27 9 91 17.65 2750 1.752E-05 2.508E-04 213 226.71 1

4.27 9.91 17.65 2750 1.814E-05 2.690E-04 214 226.71 1

4.27 9Y91 17.65 2750 1.874E-05 2.877E-04 215 226.71 1

4.27 91.91 17.65 2750 1.930E-05 3.070E-04 216 226.71 1

4.27 9.91 17.65 2750 1.984E-05 3.269E-04 217 226.71 1

4.27 91.91 17.65 2750 2.034E-05 3.472E-04

~~.1 (NEP-DES-08-F02-00)

Project: Nine Mile Point Nuclear Station Unit: _ 1-Disposition:

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klaura

,R.

Kahn H21C078 00

_- -.,q Table B-8: Calculation of Integrated Z'Q (Unit 2 CR Air Intake Location, Case 6)

Wind Integrated Time, t Distance, x Speed, u (xk)

,K)

F(t)

XQ(xukt)

/Q(x,u,k,t)

Is)

[m]

[m/si

[m]

[cfmr

[1/nm

[s/mr 218 226.71 1

4.27 9.91 17.65 2750 2.080E-05 3.680E-04 219 226.71

1.

4.27 9.91 17.65 2750 2.122E-05 31892E-04 220 226.71 1

4.27 9.91 17.65 2750 2.160E-05 4.108E-04 221 226.71 1

4.27 9.91 17.65 2750 2.193E-05 4.327E-04 222 226.71 1

4.27 9.9i 17.65 2750 2.221E-05 4.550E-04 223 226.71 1

4.27 9.91 17.65 2750 2.244E-05 4.774E-04 224 226.71 1

4.27 9.91 17.65 2750 2.262E-05 5.OOOE-04 225 226.71 1

4.27 9.91 17.65 2750 2.274E-05 5.227E-04 226 226.71 1

4.27 9.91 17.65 2750 2.280E-05 5.456E-04 227 226.71 1

4.27 9.91 17.65 2750 2.282E-05 5.684E-04 228 226.71 1

4.27 9.91 17.65 2750 2.277E-05 5.911E-04 229 226.71 1

4.27 9.91 17.65 2750 2.267E-05 6.138E-04 230 226.71 1

4.27 9.91 17.65 2750 2.252E-05 6.363E-04 231

.226.71 1

4.27 9.91 17.65 2750 2.231E-05 6.586E-04 232 226.71 1

4.27 9.91 17.65 2750 2.205E-05 6.807E-04 233 226.71 1

4.27 9.91 17.65 2750 2.174E-05 7.024E-04 234 226.71 1

4.27 9.91 17.65 2750 2.139E-05 7.238E-04 235 226.71 1

4.27 9.91 17.65 2750 2.098E-05 7.448E-04 236 226.71 1

4.27 9.91 17.65 2750 2.054E-05 7.653E-04 237

.226.71 1

4.27 9.91

.17.65 2750 2.005E-05 7.854E-04 238 226.71 1

4.27 9.91 17.65 2750 1.953E-05 8.049E-04 239 226.71 1

4.27 9.91 17.65 2750 1.898E-05 8.239E-04 240 226.71 1

4.27 9.91 17.65 2750 1.839E-05 8.423E-04 241 226.71 1

4.27 9.91 17.65 2750 1.778E-05 8.601E-04 242 226.71 1

4.27 9.91 17.65 2750 1.715E-05 8.772E-04 243 226.71 1

4.27 9.91 17.65 2750 1.651E-05 8.937E-04 244 226.71 1

4.27 9.91 17.65 2750 1.584E-05 9.096E-04 245 226.71 1

4.27 9.91 17.65 2750 1.517E-05 9.248E-04 246 226.71 1

4.27 9.91 17.65 2750 1.449E-05 9.392E-04 247 226.71 1

4.27 9.91 17.65 2750 1.381 E-05 9.530E-04 248 226.71 1

4.27 9.91 17.65 2750 1.312E-05 9.662E-04 249 226.71 1

4.27 9.91 17.65 2750 1.244E-05 9.786E-04 250 226.71 1

4.27 9.91 17.65 2750 1.177E-05 9.904E-04 251 226.71 1

4.27 9.91 17.65 2750 1.11 OE-05 1.001E-03 252 226.71 1

4.27 9.'91

.17.65 2750 1.045E-05 1.012E-03 253 226.71 1

4.27 9.'91 17.65 2750 9.815E-06 1.022E-03 254 226.71 1

4.27 9.191 17.65 2750 9.194E-06 1.031E-03 255 226.71 1

4.27 9.91 17.65 2750 8.590E-06 1.040E-03 256 226.71 1

4.27 9j91 17.65 2750 8.007E-06 1.048E-03 257 226.71 1

4.27 9J91 17.65 2750 7.446E-06 1.055E-03 258 226.71 1

4.27 9.1.991 17.65 2750 6.907E-06 1.062E-03 259

,226.71 1

4.27 9!91 17.65 2750 6.391E-06 1.068E-03 260 226.71 1

4.27 9.91 17.65 2750 5.899E-06 1.074E-03 261 226.71 1

4.27 9!9i 17.65 2750 5.432E-06 1.080E-03 (NEP-DES-08-F02-00)

ENGINEERING SERVICESPae B-57 q

7ýCALCULATION CNTIIN~ALNS T

PageB-5

-4

~...

~(Next i

Project: Nine Mile Point Nuclear Station Unit: _1 Disposition: __

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 Table B-8: Calculation of Integrated 7*,Q (Unit 2 CR Air Intake Location, Case 6)

Wind z

k,t)

Integrated Time, t Distance, x Speed, u

/(xQk) outu F(t)

X/Q(xuL,,)

Is]

[m]

[m/sj

[r]

[m]

[cfm]

[l/rn

[s/ma]

262 226.71 1

4.27 9.91 17.65 2750 4.990E-06 1.085E-03 263 226.71 1

4.27 9.91 17.65 2750 4.572E-06 1.089E-03 264 226.71 1

4.27 9.91 17.65 2750 4.179E-06 1.093E-03 265 226.71 1

4.27 9.91 17.65 2750 3.811E-06 1.097E-03 266 226.71 1

4.27 9.91 17.65 2750 3.467E-06 1.101E-03 267 226.71 1

4.27 9.91 17.65 2750 3.146E-06 1.104E-03 268 226.71 1

4.27 9.91 17.65 2750 2.848E-06 1.107E-03 269 226.71 1

4.27 9.91 17.65 2750 2.571E-06 1.109E-03 270 226.71 1

4.27 9.91 17.65 12750 2.316E-06 1.12E-03 271 226.71 1

4.27 9.91 17.65 2750 2.082E-06 1.114E-03 272 226.71 1

4.27 9.91 17.65 2750 1.866E-06 1.115E-03 273 226.71 1

4.27 9.91 17.65 2750 1.669E-06 1.117E-03 274 226.71 1

4.27 9.91 17.65 2750 1.488E-06 1.119E-03 275 226.71 1

4.27 9.91 17.65 2750 1.325E-06 1.120E-03 276

.226.71 1

4.27 9.91 17.65 2750 1.176E-06 1.121E-03 277 226.71 1

4.27 9.91 17.65 2750 1.041E-06 1.122E-03 278 226.71 1

4.27 9.91 17.65 2750 9.198E-07 1.123E-03 279 226.71 1

4.27 9.91 17.65 2750 8.106E-07 1.124E-03 280 226.71 1

4.27 9.91 17.65 2750 7.125E-07 1.125E-03 281 226.71 1

4.27 9.91 17.65 2750 6.249E-07 1,125E-03 282 226.71 1

4.27 9.91 17.65 2750 5.466E-07 1.126E-03 283

.226.71 1

4.27 9.91 17.65 2750 4.770E-07 1.126E-03 284 226.71 1

4.27 9.91 17.65 2750 4.153E-07 1.127E-03 285

226.71 1

4.27 9.91 17.65 2750 3.606E-07 1.127E-03 286 226.71 1

4.27 9.91 17.65 2750 3.124E-07 1.127E-03 287 226.71 1

4.27 9.91 17.65 2750 2.700E-07 1.127E-03 288 226.71 1

4.27 9.91 17.65 2750 2.327E-07 1.128E-03 289 226.71 1

4.27 9.91 17.65 2750 2.002E-07 1.128E-03 290 226.71 1

4.27 9.91 17.65 2750 1.717E-07 1.128E-03 291 226.71 1

4.27 9.91 17.65 2750 1.469E-07 1.128E-03 292 226.71 1

4.27 9.91 17.65 2750 1.254E-07 1.128E-03 293 1

226.71 1

4.27 9.91 17.65 2750 1.068E-07 1.129E-03 294 226.71 1

4.27.

9.*91 17.65 2750 9.076E-08 1.129E-03 295 226.71 1

4.27 9.91 17.65 2750 7.691E-08 1.129E-03 296 226.71 1

4.27 9.91 17.65 2750 6.502E-08 1.129E-03 297 226.71 1

4.27 9.'91 17.65 2750 5.484E-08 1.129E-03 298 226.71 1

4.27 9.'91 17.65 2750 4.613E-08 1.129E-03 299 226.71 1

4.27 9.'91 17.65 2750 3.872E-08 1.129E-03 300 226.71 1

4.27 9.'91 17.65 2750 3.241E-08 1.129E-03 301 226.71 1

4.27 9.!91 17.65 2750 2.707E-08 1.129E-03 302 226.71 1

4.27 9.'91 17.65 2750 2.255E-08 1.129E-03 303 226.71 1

4.27 9S91 17.65 2750 1.874E-08 1.129E-03 304 226.71 1

4.27 9.91 17.65 2750 1.554E-08 1.129E-03 305 226.71 1

4.27 9.i91 17.65 2750 1.285E-08 1.129E-03 (NEP-DES-08-F02-00)

ENGINEERING SERVICES Page B-58

>1

~

Page t_

Project: Nine Mile Point Nuclear Station Unit: 1 Disposition:

OnginatorlDate Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn I H21C078 00 Table B-8: Calculation of Integrated XQ (Unit 2 CR Air Intake Location, Case 6)

Wind I

Integrated Wine, t io(x,k) o(x.Y(,k) o, F(t)

X/Q(xu,k,t)

Time, t Distance, x Speed, u

/

u,k,t

-Is]

[mL

[m/s]

[m]

[cfm]

1[/mr

[s/rm 306 226.71 1

4.27 9.91 17.65 2750 1.060E-08 1.129E-03 307 226.71 1

4.27 9.91 17.65 2750 8.726E-09 1:129E-03 308 226.71 1

4.27 9.91 17.65 2750 7.164E-09 1-129E-03 309

.226,71 1

4.27 9.91 17.65 2750 5.867E-09 1.129E-03 310

.226.71 1

4.27 9.91 17.65 2750 4.793E-09 1.129E-03 (NEP-DES-08-F02-00)

ENGINEERING SERVICES 1

LC7 ATI ON",.NYNATIQN"HEET%

Page B-59

.~(Next Project: Nine Mile Point Nuclear Station Unit: _ 1 Disposition: __

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura Kahn H21C078 00 iRd Table B-9: Calculation of Integrated XlQ (Unit 2 CR Air Intake Location, Case 7)

Wind G(~)

Itgae Time, t Distance, x Speed, u Oxy(x,k) ca F(t)

X/Q(xu,k,t)

Integrated Speed U

_/Q~x~u,k,t)

Is]

[m]

[m/S]

[m]

[cf m]

[Im]

[s/mr 0

226.71 1

4.27 9.91 17.65 1650 7.812E-33 0.OOOE+00 1

226.71 1

4.27 9.91 17.65 1650 1.357E-32 1.357E-32 2

226.71 1

4.27 9,91 17.65 1650 2.352E-32 3.709E-32 3

226.71 1

4.27 9.91 17.65 1650 4.065E-32 7.774E-32 4

226.71 1

4.27 9.91 17.65 1650 7.011E-32 1.478E-31 5

.226.71 1

4.27 9.91 17.65 1650 1.206E-31 2.684E-31 6

226.71 1

4.27 9.91 17.65 1650 2.070E-31 4.754E-31 7

226.71 1

4.27 9.91 17.65 1650 3.543E-31 8.297E-31 8

226.71 1

4.27 9.91 17.65 1650 6.051E-31

-1.435E-30 9

226.71 1

4.27 9.91 17.65 1650 1.031E-30 2.466E-30 10 226.71 1

4.27 9.91 17.65 1650 1.752E-30 4.217E-30 11 226.71 1

4.27 9.91 17.65 1650 2.970E-30 7.187E-30 12

.226.71 1

4.27 9.91 17.65 1650 5.022E-30 1.221,E-29 13 226.71 1

4.27 9.91 17.65 1650 8.472E-30 2.068E-29 14 226.71 1

4.27 9.91 17.65 1650 1.426E-29.

3.494E-29 15 226.71 1

4.27 9.91 17.65 1650 2.394E-29 5.888E-29 16

.226.71 1

4.27 9.91 17.65 1650 4.009E-29 9.896E-29 17 226.71 1

4.27 9.91 17.65 1650 6.697E-29 1.659E-28 18 226.71 1

4.27 9.91 17.65 1650 1.116E-28 2.775E-28 19 226.71 1

4.27 9.91 17.65 1650 1.855E-28 4.631E-28 20 226.71 1

4.27 9.91 17.65 1650 3.077E-28 7.708E-28 21 226.71 1

4.27 9.91 17.65 1650 5.091E-28 1.280E-27 22 226.71 1

4.27 9.91 17.65 1650 8.402E-28 2.120E-27 23 226.71 1

4.27 9.91 17.65 1650 1.383E-27 3.503E-27 24 226.71 1

4.27 9.91 17.65 1650 2.272E-27 5.775E-27 25 226.71 1

4.27

-9.91 17.65 1650 3.722E-27 9.497E-27 26 226.71 1

4.27 9.91 17.65 1650 6.082E-27 1.558E-26 27 226.71 1

4.27 9.91 17.65 1650 9.916E-27 2.550E-26 28 226.71 1

4.27 9.91 17.65 1650 1.613E-26 4.162E-26 29 226.71 1

4.27 9.91 17.65 1650 2.616E-26 6.779E-26 30 226.71 1

4.27 9.91 17.65 1650 4.235E-26 1.101E-25 31 226.71 1

4.27 9.91 17.65 1650 6.837E-26 1.785E-25 32 226.71 1

4.27 9.'91 17.65 1650 1.101E-25 2.886E-25 33 226.71 1

4.27 9.'91 17.65 1650 1.769E-25 4.655E-25 34 226.71 1

4.27 9.:91 17.65 1650 2.835E-25 7.490E-25 35 226.71 1

4.27 9.:91 17.65 1650 4.533E-25 1.202E-24 36 226.71 1

4.27 9J91 17.65 1650 7.230E-25 1.925E-24 37 226.71 1

4.27 9j91 17.65 1650 1.150E-24 3.076E-24 38 226.71 1

4.27 9)91 17.65 1650 1.826E-24 4.901E-24 39 226.71 1

4.27 9!91 17.65 1650 2.890E-24 7.791E-24 40 226.71 1

4.27 9!91 17.65 1650 4.565E-24 1.236E-23 41 226.71 1

4.27 9)91 17.65 1650 7.192E-24 1.955E-23 (NEP-DES-08-F02-00)

ENGINEERING SERVICES T

EPage B-60

~(Next Project Nine Mile point Nuclear Station Unit: L1 Disposition:

Originator/Date Reviewer/Date Calculation No, Revision A. G. Klazura R. Kahn H21C078 00 Table B-9: Calculation of Integrated X/Q (Unit 2 CR Air Intake Location, Case 7)

Wind i

Integrated Time, t

'Distance, x Speed, u oz(x,k)

O'x.y(x,k) oa F(t) x/Q(xu,k,t)

Is]

[m]

fm/s

[m r

[m]J[cfm]

cfm

[1/rn

[s/mr 42

.226.71 1

4.27 9.91 17.65 1650 1.130E-23 3.085E-23 43 226.71 1

4.27 9.91 17.65 1650 1.772E-23 4:858E-23 44 226.71 1

4.27 9.91 17.65 1650 2.772E-23 7.630E-23 45 226.71 1

4.27 9.91 17.65 1650 4.325E-23 1.196E-22 46 226.71 1

4.27 9.91 17.65 1650 6.732E-23 1.869E-22 47 226.71 1

4.27 9.91 17.65 1650 1.045E-22 2.914E-22 48 226.71 1

4.27 9.91 17.65 1650 1.619E-22 4.533E-22 49 226.71 1

4.27 9.91 17.65 1650 2.501E-22 7.034E-22 50 226.71 1

4.27 9.91 17.65 1650 3.855E-22 1.089E-21 51 226.71 1

4.27 9.91 17.65 1650 5.928E-22 1.682E-21 52 226.71 1

4.27 9.91 17.65 1650 9.092E-22 2.591E-21 53 226.71 1

4.27 9.91 17.65 1650 1.391E-21 3.982E-21 54 226.71 1

4.27 9.91 17.65 1650 2.123E-21 6.105E-21 55 226.71 1

4.27 9.91 17.65 1650 3.233E-21 9.338E-21 56

.226.71 1

4.27 9.91 17.65 1650 4.911E-21 1.425E-20 57 226.71 1

4.27 9.91 17.65 1650 7.440E-21 2.169E-20 58 226.71 1

4.27 9.91 1.7.65 1650 1.125E-20 3.294E-20 59 226.71 1

4.27 9.91 17.65 1650 1.696E-20 4.989E-20 60

.226.71 1

4.27 9.91 17.65 1650 2.551E-20 7.540E-20 61 226.71 1

4.27 9.91 17.65 1650 3.827E-20 1.137E-19 62 226.71 1

4.27.

9.91 17.65 1650 5.728E-20 1.710E-19 63 226.71 1

4.27 9.91 17.65 1650 8.553E-20 2.565E-19 64 226.71 1

4.27 9.91 17.65 1650 1.274E-19 3.839E-19 65 226.71 1

4.27 9)91 17.65 1650 1.893E-19 5.732E-19 66 226.71 1

4.27 9.'91 17.65 1650 2.806E-19 8.538E-19 67 226.71 1

4.27 9.'91 17.65 1650 4.149E-19 1.269E-18 68 226.71 1

4.27 9.'91 17.65 1650 6.120E-19 1.881E-18 69 226.71 1

4.27 9.:91 17.65 1650 9.006E-19 2.781E-18 70 226.71 1

4.27 9j!91 17.65 1650 1.322E-18 4.103E-18 71 226.71 1

4.27 9J91 17.65 1650 1.936E-18 6.039E-18 72 226.71 1

4.27 9191 17.65 1650 2.827E-18 8.866E-18 73 226.71 1

4.27 9191 17.65 1650 4.120E-18 1.299E-17 74 226.71 1

4.27 9)91 17.65 1650 5.989E-18 1.897E-17 75 226.71 1

4.27 9191 17.65 1650 8.684E-18 2.766E-17 76 226.71 1

4.27 9191 17.65 1650 1.256E-17 4.022E-17 77 226.71 1

4.27 9191 17.65

.1650 1.813E-17 5.835E-17 78 226.71 1

4.27 9;91 17.65 1650 2.609E-17 8.444E-17 79 226.71 1

4.27 9i91 17.65 1650 3.747E-17 1.219E-16 80 226.71 1

4.27 9;91 17.65 1650 5.367E-17 1.756E-16 81 226.71 1

4.27 9191 17.65 1650 7.669E-17 2.523E-16 82 226.71 1

4.27 9:91 17.65 1650 1.093E-16 3.616E-16 83 226.71 1

4.27 9:.91 17.65 1650 1.555E-16 5.170E-16 84 226.71 1

4.27 9.91 17.65 1650 2.205E-16 7.376E-16 85 226.71 1

4.27 9191 17.65 1650 3.121E-16 1.050E-15 (NEP-DES-08-F02-00)

ENGINEERING SERVICES IPae B-61

~CALCULATION CONTI NUATIONF SHEET Pg B6

`

` `:``

N¥

,`

(Next)

Project: Nine Mile Point Nuclear Station Unit: i1 Disposition: __

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 IREf.

Table B-9: Calculation of Integrated X/Q (Unit 2 CR Air Intake Location, Case 7)

Wind Integrated Time, t Distance, x Speed, u

.(XK)

,k)

F(t)

/Q(xukt)

Q(x,u,k,t)

[s]

[ml Im/s]

[m]

[ail

[m)

[cfm

[l/m]

[s/m/n 86 226.71 1

4.27 9.91 17.65 1650 4.405E-16 1.490E-15 87 226.71 1

4.27 9.91 17.65 1650 6.203E-16 2.110E-15 88 226.71 1

4.27 9.91 17.65 1650 8.714E-16 2.982E-15 89 226.71 1

4.27 9.91 17.65 1650 1.221E-15 4.203E-15 90 226.71 1

4.27 9.91 17.65 1650 1.707E-15 5.910E-15 91 226.71 1

4.27 9.91 17.65 1650 2.380E-15 8.290E-15 92 226.71 1

4.27 9;91 17.65 1650 3.311E-15 1.160E-14 93 226.71 1

4.27 9.91 17.65 1650 4.595E-15 1.620E-14 94 226.71 1

4.27 9.91 17.65 1650 6.361E-15 2.256E-14 95 226.71 1

4.27 9.91 17-.65 1650 8.784E-15 3.134E-14 96 226.71 1

4.27 9.91 17.65 1650 1.210E-14 4.344E-14 97 226.71 1

4.27 9.91 17.65 1650 1.663E-14 6.007E-14 98

'226.71 1

4.27 9.91 17.65 1650 2.280E-14 8.287E-14 99 226.71 1

4.27 9.91 17.65 1650 3.118E-14 1.140E-13 100 226.71.

1 4.27 9.91 17.65 1650 4.253E-14 1.566E-13 101 226.71 1

4.27 9.91 17.65 1650 5.788E-14.

2.145E-13 102 226.71 1

4.27 9.91 17.65 1650 7.857E-14 2.930E-13 103 226.71 1

4.27 9.91 17.65 1650 1.064E-13 3.994E-13 104 226.71 1

4.27 9.91 17.65 1650 1.437E'13 5.432E-13 105

.226.71 1

4.27 9.91 17.65 1650 1.937E-13 7.369E-13 106 226.71 1

4.27 9.91 17.65 1650 2.604E-13 9.973E-13 107 226.71 1

4.27 9.91 17.65 1650 3.493E-13 1.347E-12 108 226.71 1

4.27 9.91 17.65 1650 4.672E-13 1.814E-12 109 226.71 1

4.27 9.91 17.65 1650 6.236E-13 2.437E-12 110 226.71 1

4.27 9.91 17.65 1650 8.301E-13 3.268E-12 111 226.71 1

4.27 9.91 17.65 1650 1.102E-12 4.370E-12 112 226.71 1

4.27 9.91 17.65 1650 1.461E-12 5.831E-12 113 226.71 1

4.27 9.91 17.65 1650 1.930E-12 7.761E-12 114 226.71 1

4.27 9.91 17.65 1650 2.545E-12 1.031E-11 115 226.71 1

4.27 9.91 17.65 1650 3.347E-12 1.365E-11 116 226.71 1

4.27 9.91 17.65 1650 4.391E-12 1.804E-11 117 226.71 1

4.27 9.91 17.65 1650 5.746E-12 2.379E-11 118 226.71 1*

4.27 9.91 17.65 1650 7.502E-12 3.129E-11 119 226.71 1

4.27 9.'91 17.65 1650 9.770E-12 4.106E-11 120 226.71 1

4.27 9.'91 17.65 1650 1.269E-11 5.375E-11 121 226.71 1

4.27 9.:91 17.65 1650 1.645E-11 7.020E-11 122 226.71 1

4.27 9.91 17.65 1650 2.127E-11 9.147E-11 123 226.71 1

4.27 9.:91 17.65 1650 2.743E-11 1.189E-10 124 226.71 1

4.27 9.91 17.65 1650 3.529E-11 1.542E-10 125 226.71 1

4.27 9.)91 17.65 1650 4.529E-11 1.995E-10 126 226.71 1

4.27 9i91 17.65 1650 5.799E-1t 2.575E-10 127 226.71 1

4.27 9.91 17.65 1650 7.406E-11 3.315E-10 128 226.71 1

4.27 9!91 17.65 1650 9.436E-11 4.259E-10 129 226.71 1

4.27 9:91 17.65 1650 1.199E-10 5.458E-10 (NEP-DES-08-1702-OO)

Project: Nine Mile Point Nuclear Station Unit: i 1 Disposition: __

OriginatorlDate Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 Re1.

Table B-9: Calculation of Integrated X!Q (Unit 2 CR Air Intake Location, Case 7)

Ti, DWind Integrated Time, t Distance, x

__Speed, u

(

x.y(x,k)

GT F(t) x/Q(xiu,k,t)

SpeedU y I.

I

./Q(x,u,k,t)

Is]

[m]

[m/s]

[m]

ira]

[m]

[cfm]

[l/

[s/m]

130 226.71 1

4.27 9.91 17.65 1650 1.520E-10 6.979E-10 131 226.71 1

4.27 9.91 17.65 1650 1.923E-10 8.902E-10 132 226.71 1

4.27 9.91 17.65 1650 2.426E-10 1.'133E-09 133 226.71 1

4.27 9.91 17.65 1650 3.054E-10 1.438E-09 134 226.71 1

4.27 9.91 17.65 1650 3.834E-10 1.822E-09 135 226.71 1

4.27 9.91 17.65 1650 4.802E-10 2.302E-09 136

.226.71 1

4.27 9,91 17.65 1650 5.999E-10 2.902E-09 137 226.71 1

4.27 9.91 17.65 1650 7.478E-10 3.649E-09 138 226.71 1

4.27.

9.91 17.65 1650 9.297E-10 4.579E-09 139 226.71 1

4.27 9.91 17.65 1650 1.153E-09 5.732E-09 140 226.71 1

4.27 9.91 17.65 1650 1.427E-09 7.159E-09 141

.226.71 1

4.27 9.91 17.65 1650 1.761E-09 8.920E-09 142 226.71 1

4.27 9.91 17.65 1650 2.168E-09 1.109E-08 143 226.71 1

4.27 9.91 17.65 1650 2.663E-09 1.375E-08 144

-226.71 1

4.27 9.91 17.65 1650 3.263E-09 1.701E-08 145 226.71 1

4.27 9.91 17.65 1650 3.988E-09 2.100E-08 146 226.71 1

4.27 9.91 17.65 1650 4.863E-09 2.586E-08 147 226.71 1

4.27 9.91 17.65 1650 5.914E-09 3.178E-08

.148 226.71 1

4.27 9.91 17.65 1650 7.176E-09 3.896E-08 149 226.71 1

4.27 9.91 17.65 1650 8.686E-09 4.764E-08 150 226.71 1

4.27 9.'ý91 17.65 1650 1.049E-08 5.813E-08 151 226.71 1

4.27 9.91 17.65 1650 1.263E-08 7.076E-08 152 226.71 1

4.27 9.'91 17.65 1650 1.518E-08 8.594E-08 153 226.71 1

4.27 9.:91 17.65 1650 1.819E-08 1.041E-07 154 226.71 1

4.27 9;91 17.65 1650 2.175E-08 1.259E-07 155 226.71 1

4.27 9J91 17.65 1650 2.595E-08 1.518E-07 156

.226.71 1

4.27 9J91 17.65 1650 3.087E-08 1.827E-07 157 226.71 1

4.27 9i91 17.65 1650 3.665E-08 2.194E-07 158 226.71 1

4.27 9ý91 17.65 1650 4.339E-08 2.627E-07 158 226.71 1

4.27 9.91 17.65 1650 4.339E-08 2.627E-07 160 226.71 1

4.27 9'91 17.65 1650 6.039E-08 3.835E-07 161 226.71 1

4.27 9:91 17.65 1650 7.099E-08 4.545E-07 162 226.71 1

4.27 9i91 17.65 1650 8.324E-08 5.378E-07 163 226.71 1

4.27 9191 17.65 1650 9.737E-08 6.351E-07 164 226.71 1

4.27 9191 17.65 1650 1.136E-07 7.487E-07 165

-226.71 1

4.27 9191 17.65 1650 1.322E-07 8.81OE-07 166 226.71 1

4.27 9.91 17.65 1650 1.536E-07 1.035E-06 167 226.71 1

4.27 9:.91 17.65 1650 1.779E-07 1.212E-06 168 226.71 1

4.27 9191 17.65 1650 2.055E-07 1.418E-06 169 226.71 1

4.27 9!91 17.65 1650 2.369E-07 1.655E-06 170 226.71 1

4.27 9;.91 17.65 1650 2.724E-07 1.927E-06 171 226.71 1

4.27 9191 17.65 1650 3.125E-07 2.240E-06 172 226.71 1

4.27 9:.91 17.65 1650 3.576E-07 2.598E-06 173 226.71 1

4.27 9.91 17.65 1650 4.082E-07 3.006E-06 (NEP-DES-08-F02-00)

ENGINEERING SERVICES Page CALCULATI. NCO*

NAI.

B-63 Project: Nine Mile Point Nuclear Station Unit: _1_

Disposition:

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 Tnf.

~Table B-9: Calculation of Integrated XýQ (Unit 2 CR Air intake Location, Case 7)

Tie tDstne Wind IIntegrated Time, It Dstnexa(x,k) ax,(x,k) a, F(t)

X/Q(x,ulk,t)

Itgae T

Speed, u z

- I/Q(x,u,k,t)

] [m]

[m/s]

[ml

[ml]

m]

[cf m]

[1/mrn

[s/m]

174 226.71 1

4.27 9.91 17.65 1650 4.649E-07 3.471 E-06 175 226.71 1

4.27 9.91 17.65 1650 5.280E-07 3.999E-06 176 226.71 1

4.27 9.91 17.65 1650 5.984E-07 4.597E-06 177 226.71 1

4.27 9.91 17.65 1650 6.764E-07 5.273E-06 178 226.71 1

4.27 9.91 17.65 1650 7.627E-07 6.036E-06 179 226.71 1

4.27 9.91 17.65 1650 8.580E-07 6.894E-06 180 226.71 1

4.27 9.91 17.65 1650 9.628E-07 7.857E-06 181

,226.71 1

4.27 9.91 17.65 1650 1.078E-06 8.935E-06 182 226.71 1

4.27 9.91 17.65 1650 1.204E-06 1.014E-05 183 226.71 1

4.27 9.91 17.65 1650 1.341E-06 1.148E-05 184 226.71 1

4.27 9.91 17.65 1650 1.490E-06 1.297E-05 185 226.71 1

4.27 9.91 17.65 1650 1.652E-06 1.462E-05 186 226.71 1

4.27 9.91 17.65 1650 1.826E-06 1.645E-05 1.87 226.71 1

4.27 9.91 17.65 1650 2.015E-06 1.846E-05 188

.226.71 1

4.27 9.91 17.65 1650 2.217E-06 2.068E-05 189 226.71 1

4.27 9.91 17.65 1650 2.434E-06 2.311E-05

190 226.71 1

4.27 9.91 17.65 1650 2.666E-06 2.578E-05 191 226.71 1

4.27 9.91 17.65 1650 2.912E-06 2.869E-05 192

.226.71 1

4.27 9.91 17.65 1650 3.173E-06 3.186E-05 193 226.71 1

4.27 9.91 17.65 1650 3.450E-06 3.531E-05 194

.226.71 1

4.27 9.91 17.65 1650 3.741E-06 3.906E-05 195 226.71 1

4.27 9.91 17.65 1650 4.047E-06 4.310E-05 196

.226.71 1

4.27 9.91 17.65 1650 4.368E-06 4.747E-05 197 226.71 1

4.27 9.91 17.65 1650 4.702E-06 5.217E-05 198 226.71 1

4.27 9.91 17.65 1650 5.049E-06 5.722E-05 199 226.71 1

4.27 9.91 17.65 1650 5.409E-06 6.263E-05 200 226.71 1

4.27 9.91 17.65 1650 5.781E-06 6.841E-05 201

.226.71 1

4.27 9.91 17.65 2750 1.027E-05 7.868E-05 202

.226.71 1

4.27 9.91 17.65 2750 1.092E-05 8.961E-05 203 226.71 1

4.27 9.91 17.65 2750 1.159E-05 1.012E-04 204 226.71 1

4.27 9.91 17.65 2750 1.226E-05 1.135E-04 205 226.71 1

4.27 9.91 17.65 2750 1.295E-05 1.264E-04 206 226.71 1

4.27 9.91 17.65 2750 1.364E-05 1.400E-04 207 226.71 1

4.27 9.91 17.65 2750 1.433E-05 1.544E-04 208 226.71 1

4.27 9.91 17.65 2750 1.501 E-05 1.694E-04 209 226.71 1

4.27 9.91 17.65 2750 1.570E-05 1.851 E-04 210 226.71 1

4.27 9.91 17.65 2750 1.637E-05 2.014E-04 211 226.71 1

4.27 9.'91 17.65 2750 1.703E-05 2.185E-04 212 226.71 1

4.27 9.191 17.65 2750 1.767E-05 2.362E-04 213 226.71 1

4.27 9.'91 17.65 2750 1.830E-05 2.544E-04 214 226.71 1

4.27 9.:91 17.65 2750 1.890E-05 2.733E-04 215 226.71 1

4.27 9,91 17.65 2750 1.947E-05 2.928E-04 216 226.71 1

4.27 9j91 17.65 2750 2.001E-05 3.128E-04 217 226.71 1

4.27 9J91 17.65 2750 2.052E-05 3.333E-04

.(NEP-DES-08-F02-00)

ENGINEERING SERVICS.B-64

.:z-OA LCULATIO;N,ýCONTINU-ATIN S.HEE aeB6 Project: Nine Mile Point Nuclear Station Unit:

I Disposition: __

OriginatorlDate Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 1

Table B-9: Calculation of Integrated X1IQ (Unit 2 CR Air Intake Location, Case 7)

Wind Integrated Time, t

Distance, x Speed, u ox~(x,k) a, F(t)

X/Q(xukt)

Speed u

I

/Qx,u,k,t)

Is]

[m]

[m/s]

[m]

[rms]

[m]

[cfm]

1/mrn

[s/m 218 226.71 1

4.27 9.91 17.65 2750 2.098E-05 3.543E-04 219 226.71 1

4.27 9.91 17.65 2750 2.141E-05 3.757E-04 220 226.71 1

4.27 9.91 17.65 2750 2.179E-05 3.975E-04 221 226.71 1

4.27 9.91 17.65 2750 2.212E-05 4.196E-04 222 226.71 1

4.27 9.91 17.65 2750 2.240E-05 4.420E-04 223 226.71 1

4.27 9.91 17.65 2750 2.263E-05 4.647E-04 224 226.71 1

4.27 9.91 17.65 2750 2.281E-05 4.875E-04 225

'226.71 1

4.27 9.91 17.65 2750 2.294E-05 5.104E-04 226 226.71 1

4.27 9.91 17.65 2750 2.300E-05 5.334E-04 227 226.71 1

4.27 9.91 17.65 2750 2.301E-05 5.564E-04 228

226.71 1

4.27 9.91 17.65 2750 2.297E-05 5.794E-04 229 226.71 1

4.27 9.91 17.65 2750 2.287E-05 6.023E-04 230 226.71 1

4.27 9.91 17.65' 2750 2.272E-05 6.250E-04 231 226.71 1

4.27 9.91 17.65 2750 2.251E-05 6.475E-04 232 226.71 1

4.27 9.91 17.65 2750 2.224E-05 6.697E-04 233 226.71 1

4.27 9.91 17.65 2750 2.193E-05 6.917E-04 234 226.71 1

4.27 9.91 17.65 2750 2.157E-05 7.132E-04 235 226.71 1

4.27 9.91 17.65 2750 2.117E-05 7.344E-04 236 226.71 1

4.27 9.91 17.65 2750 2.072E-05 7.551E-04 237 226.71 1

4.27 9.91 17.65 2750 2.023E-05 7.754E-04 238

.226.71 1

4.27 9.91 17.65 2750 1.970E-05 7.951E-04 239 226.71 1

4.27 9.91 17.65 2750 1.914E-05 8.142E-04 240

.226.71 1

4.27 9.91 17.65 2750 1.855E-05 8.328E-04 241 226.71 1

4.27 9.91 17.65 2750 1.794E-'05 8.507E-04 242 226.71 1

4.27 9.91 17.65 2750 1.730E-05 8.680E-04 243

.226.71 1

4.27 9.91 17.65 2750 1.665E-05 8.846E-04 244 226.71 1

4.27 9.91

-17.65 2750 1.598E-05 9.006E-04 245

.226.71 1

4.27 9.91 17.65 2750 1.530E-05 9.159E-04 246 226.71 1

4.27 9.91 17.65 2750 1.461 E-05 9.305E-04 247 226.71 1

4.27 9.91 17.65 2750 1.393E-05 9.445E-04 248 226.71 1

4.27 9.91 17.65 2750 1.324E-05 9.577E-04 249 226.71 1

4.27 9.91 17.65 2750 1.255E-05 9.702E-04 250 226.71 1

4.27 9.91 17.65 2750 1.187E-05 9.821E-04 251 226.71 1

4.27 9.91 17.65 2750 1.120E-05 9.933E-04 252 226.71 1

4.27 9.91 17.65 2750 1.054E-05 1.004E-03 253 226.71 1

4.27 9.91 17.65 2750 9.900E-06 1.014E-03 254 226.71 1

4.27 9.91 17.65 2750 9.273E-06 1.023E-03 255 226.71 1

4.27 9.91 17.65 2750 8.665E-06 1.032E-03 256 226.71 1

4.27 9.91 17.65 2750 8.077E-06 1.040E-03 257

. 226.71 1

4.27 9.91 17.65 2750 7.510E-06 1.047E-03 258 226.71 1

4.27 9.91 17.65 2750 6.967E-06 1.054E-03 259 226.71 1

4.27 9..91 17.65 2750 6.446E-06 1.061E-03 260 226.71 1

4.27 9.91 17.65 2750 5.950E-06 1.067E-03 261 226.71 1

4.27 9.191 17.65 2750 5.479E-06 1.072E-03 (NEP-DES-08-F02-00)

Project. -Nine Mile Point Nuclear Station Disposition:

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Kiazura R. Kahn H21C078 00 Table B-9: Calculation of Integrated XiQ (Unit 2 CR Air Intake Location, Case 7)

Wind Integrated Time t istnce x

,.(

,k) o,y(.x, k).

,y F(t)

X/Q(x,u,k,t)

Tie, ;DsanexSpeed, u 5X/Q x'u,k't)

Is]

[m]

[m/s]

[ml

[m]

[m

[cfm]

[/n

[s/mr 262 226.71 1

4.27 9.91 17.65 2750 5.033E-06 1.077E-03 263 226.71 1

4.27 9.91 17.65 2750 4.612E-06 1.082E-03 264 226.71 1

4.27 9.91 17.65 2750 4.216E-06 1.086E-03 265 226.71 1

4.27 9.91 17.65 2750 3.844E-06 1.090E-03 266 226.71 1

4.27 9.91 17.65 2750 3.497E-06 1.093E-03 267

.226.71 1

4.27 9.91 17.65 2750 3.173E-06 1.097E-03 268

'226.71 1

4.27 9.91 17.65 2750 2.872E-06 1.099E-03 269 226.71 1

4.27 9.91 17.65 2750 2.594E-06 1.102E-03 270

.226.71 1

4.27 9.91 17.65 2750 2.337E-06 1.104E-03 271 226.71 1

4.27 9.91 17.65 2750 2.100E-06 1.106E-03 272 226.71 1

4.27 9.91 17.65 2750 1.882E-06 1.108E-03 273 226.71 1

4.27 9.91 17.65 2750 1.683E-06 1.110E-03 274 226.71 1

4.27 9.91 17.65 2750 1.501E-06 1.111E-03 275 226.71 1

4.27 9.91 17.65 2750 1.336E-06 1.113E-03 276 226.71 1

4.27 9.91 17.65 2750 1.186E-06 1.114E-03 277 226.71 1

4.27 9.91 17.65 2750 1.050E-06 1.115E-03 278 226.71 1

4.27 9.91 17.65 2750 9.278E-07 1.116E-03 279 226.71 1

4.27 9.91 17.65 2750 8.176E-07 1.117E-03 280 226.71 1

4.27 9.91 17.65 2750 7.187E-07 1.118E-03 281 226.71 1

4.27 9.91 17.65 2750 6.303E-07 1.118E-03 282 226.71 1

4.27.

9.91 17.65 2750 5.514E-07 1.119E-03 283 226.71 1

4.27 9.91 17.65 2750 4.812E-07 1.119E-03 284

.226.71 1

4.27 9.91 17.65 2750 4.189E-07 1.120E-03 285 226.71 1

4.27 9.91 17.65 2750 3.638E-07 1.120E-03 286 226.71 1

4.27 9.91 17.65 2750 3.151E-07 1.120E-03 287 226.71 1

4.27 9.91 17.65 2750 2.723E-07 1.121E-03 288 226.71 1

4.27 9.91 17.65 2750 2.348E-07 1.121 E-03 289 226.71 1

4.27 9.91 17.65 2750 2.019E-07 1.121E-03 290 226.71 1

4.27 9.91 17.65 2750 1.732E-07

.1.121E-03 291 226.71 1

4.27 9.91 17.65 2750 1.482E-07 1.121E-03 292 226.71 1

4.27 9.'91 17.65 2750 1.265E-07 1.121E-03 293 226.71 1

4.27 9.'91 17.65 2750 1.078E-07 1.122E-03 294 226.71 1

4.27

9. 91 17.65 2750 9.155E-08 1.122E-03 295 226.71 1

4.27 9.91 17.65 2750 7.758E-08 1.122E-03 296 226.71 1

4.27 9.91 17.65 2750 6.559E-08 1.122E-03 297 226.71 1

4.27 9091 17.65 2750 5.531E-08 1.122E-03 298 226.71 1

4.27 9J91 17.65 2750 4.654E-08 1.122E-03 299 226.71 1

4.27 9J91 17.65 2750 3.905E-08 1.122E-03 300 226.71 1

4.27 9!91 17.65 2750 3.270E-08 1.122E-03 301 226.71 1

4.27 9j91 17.65 2750 2.731E-08 1,122E-03 302 226.71 1

4.27 9'91 17.65 2750 2.275E-08 1.122E-03 303 226.71 1

4.27 9191 17.65 2750 1.891E-08 1.122E-03 304 226.71 1

4.27 9'91 17.65 2750 1.567E-08 1.122E-03 305 226.71 1

4.27 9191 17.65 2750 1.296E-08 1.122E-03 (NEP-DES-08-F02-00)

ENGINEERN E VC S.

=.

o E ERING SERVICES.

U LCUATION I

CONINUATION SHEET Page B-66

'~

~

(ext Project: Nine Mile Point Nuclear Station Unit: 11 Disposition:

Originator/Date Reviewer/Date Caculation No.

-Revision A. G. Kiazura R. Kahn H21C078 00 Table B-9: Calculation of Integrated XI Q (Unit 2 CR Air Intake Location, Case 7)

Rif-Time, t Distance, x Speed, u I

z(x,k)

Gx,y(x,k) al F(t)

X/Q(x,u,k,t)

/0 x,u,k,t

[S] J

[m]

[mIs

[m)

[r )

[cfm]

m 1/rn

[s/mr 306 226.71 1

4.27 9.91 17.65 2750 1.069E-08 1.122E-03 307 226.71 1

4.27 9.91 17.65 2750 8.802E-09 1.122E-03 308 226.71 1

4.27 9.91 17.65 2750 7.226E-09 1.122E-03 309 226.71 1

4.27 9.91 17.65 2750 5.918E-09 1.122E-03 310 226.71 1

4.27 9.91 17.65 2750 4.835E-09 1.122E-03

.(NE P-DE S-08-F02-00)

I

ENGINEERING SERVICES

-; L*CUL-ATIUN &Q;.NTINUATION!-S*HE Page B-67 Project: Nine Mile Point Nuclear Station Unit:

1 Disposition: __

Originator/Date Reviewer/Date FCalculation No.

Revision A. G. Klazura R. Kahn H21C078 00 Table B-10: Calculation of Integrated ;/Q (Unit 2 CR Air Intake Location, Case 8)

Wind I

Integrated Time, t Distance, x Sed k) u(xk) oa F(t)

X/Q(x,u,k,t)

SSpeed,/u x,u, k, t)

[s]

[m]

[m/s]

[m]

[r]

[m]

[cf m

[ /mr

[s/mr 0

226.71 1

4.27.

9.91 17.65 1650 7.880E-33 0.000E+00 1

226.71 1

4.27 9.91 17.65 1650 1.369E-32 1.369E-32 2

226.71 1

4.27 9.91 17.65 1650 2.372E-32 3.741E-32 3

226.71 1

4.27 9.91 17.65 1650 4.101E-32 7.842E-32 4

226.71 1

4.27 9.91 17.65 1650 7.072E-32 1.491E-31 5

226.71 1

4.27 9.91 17.65 1650 1.217E-31 2.708E-31 6

226.71 1

4.27 9.91 17.65 1650 2.088E-31 4.796E-31 7

226.71 1

4.27 9.91 17.65 1650 3.574E-31 8.370E-31 8

226.71 1

4.27 9.91 17.65 1650 6.104E-31 1.447E-30 9

226.71 1

4.27 9.91 17.65 1650 1.040E-30 2.487E-30 10 226.71 1

4.27 9.91 17.65 1650 1.767E-30 4.254E-30 11 226.71 1

4.27 9.91 17.65 1650 2.996E-30 7.250E-30 12 226.71 1

4.27 9.91 17.65 1650 5.066E-30 1.232E-29 13 1

226.71 1

4.27 9.91 17.65 1650 8.547E-30 2.086E-29 14 226.71 1

4.27 9.91 17.65 1650 1.438E-29 3.525E-29 15 226.71 1

4.27 9.91 1.7.65 1650 2.415E-29 5.939E-29 16 226.71 1

4.27 9.91 17.65 1650 4.044E-29 9.983E-29 17

.226.71 1

4.27 9.91 17.65 1650 6.756E-29 1.674E-28 18

.226.71 1

4.27 9.91

.17.65 1650 1.126E-28 2.800E-28 19 226.71 1

4.27.

9.91 17.65 1650 1.872E-28 4.671E-28 20 226.71 1

4.27 9.91 17.65 1650 3.104E-28 7.776E-28 21

.226.71 1

4.27 9.91 17.65 1650 5.135E-28 1.291E-27 22 226.71 1

4.27 9.91 17.65 1650 8.475E-28 2.139E-27 23 226.71 1

4.27 9.91 17.65 1650 1.395E-27 3.534E-27 24 226.71 1

4.27 9.91 17.65 1650 2.292E-27 5.826E-27 25 226.71 1

4.27 9.91 17.65 1650 3.754E-27 9.580E-27 26 226.71 1

4.27 9.91 17.65 1650 6.136E-27 1.572E-26 27 226.71 1

4.27 9.91 17.65 1650 1.OOOE-26 2.572E-26 28 226.71 1

4.27 9.91 17.65 1650 1.627E-26 4.199E-26 29 226.71 1

! 4.27 9.91 17.65 1650 2.639E-26 6.838E-26 30

.226.71 1

4.27 9.91 17.65 1650 4.272E-26 1.111E-25 31 226.71 1

4.27 9.91 17.65 1650 6.897E-26 1.801E-25 32 226.71 1

4.27 9.'91 17.65 1650 1.111E-25 2.911E-25 33 226.71 1

4.27 9.:91 17.65 1650 1.785E-25 4.696E-25 34 226.71 1

4.27 9.:91 17.65 1650 2.860E-25 7.556E-25 35 226.71 1

4.27 9.91

.1 17.65 1650 4.573E-25 1.21,3E-24 36 226.71 1

4.27 9.91 17.65 1650 7.293E-25 1.942E-24 37

.226.71 1

4.27 9)91 17.65 1650 1.160E-24 3.103E-24 38 226.71 1

4.27 9W91 17.65 1650 1.842E-24 4.944E-24 39 226.71 1

4.27 9191 17.65 1650 2.916E-24 7.860E-24 40 226.71 1

4.27 9!91 17.65 1650 4.605E-24 1.246E-23 41 226.71 1

4.27 9;91 17.65 1650 7.256E-24 1.972E-23 (NEP-DES-08-F02-00)

MK ENGINEERING SERVICES Page B-68 Project: Nine Mile Point Nuclear Station Unit: __

Disposition:

Originator/Date Reviewer/Date 1

Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 Rd t.

Table B-10: Calculation of Integrated X1Q (Unit 2 CR Air Intake Location, Case 8)

Wind Integrated Speed,Wd u

/zXk

_Ft J~~~~)

7Q x,u,k,t)

Time, t bistance, x Speu

k

,y(x,k) al Ft

/O!

~kt IS]

[m]

[m/s]

[m]

[cfm]

[1/rn

[s/mj 42, 226.71 1

4.27 9.91 17.65 1650 1.140E-23 3.112E-23 43 226.71 1

4.27 9.91 17.65 1650 1.788E-23 4.900E-23 44 226.71 1

4.27 9.91 17.65 1650 2.796E-23 7.697E-23 45 226.71

.1 4.27 9.91 17.65 1650 4.363E-23 1.206E-22 46 226.71 1

4.27 9.91 17.65 1650 6.791 E-23 1.885E-22 47 226.71 1

4.27 9.91 17.65 1650 1.054E-22 2.939E-22 48 226.71 1

4.27 9.91 17.65 1650 1.633E-22 4.573E-22 49 226.71 1

4.27 9.91 17.65 1650 2.523E-22 7.096E-22 50 226.71 1

4.27 9.91 17.65 1650 3.889E-22 1.098E-21 51 226.71 1

4.27 9.91 17.65 1650 5.980E-22 1.696E-21 52 226.71 1

4.27 9.91 17.65 1650 9.172E-22 2.614E-21 53 226.71 1

4.27 9.91 17.65 1650 1.403E-21 4.017E-21 54 226.71 1

4.27 9.91 17.65 1650 2.142E-21 6.159E-21 55 226.71 1

4.27 9.91 17.65 1650 3.261E-21 9.420E-21 56 226.71 1

4.27 9.91 17.65 1650 4.954E-21 1.437E-20 57 226.71 1

4.27 9.91 17.65 1650 7.506E-21.

2.188E-20 58 226.71 1

4.27 9.91 17.65 1650 1.134E-20 3.322E-20 59 226.71 1

4.27 9.91 17.65 1650 1.711E-20 5.033E-20 60 226.71 1

4.27 9.91 17.65 1650 2.573E-20 7.606E-20 61 226.71 1

4.27 9.91 17.65 1650 3.861E-20 1.147E-19 62 226.71 1

4.27 9.91 17.65 1650 5.779E-20 1.725E-19 63 226.71 1

4.27 9.91 17.65 1650 8.628E-20 2.587E-19 64 226.71 1

4.27 9.91 17.65 1650 1.285E-19 3.873E-19 65 226.71 1

4.27 9.91 17.65 1650 1.910E-19 5.782E-19 66

.226.71 1

4.27 9.91 17.65 1650 2.831E-19 8.613E-19 67.

226.71 1

4.27 9.91 17.65 1650 4.186E-19 1.280E-18 68 226.71 1

4.27 9.91 17.65 1650 6.174E-19 1.897E-18 69 226.71 1

4.27 9.91 17.65 1650 9.085E-19 2.806E-18 70 226.71 1

4.27 9.91 17.65 1650 1.33KE-18 4.139E-18 71 226.71 1

4.27 9.91 17.65 1650 1.953E-18 6.092E-18 72 226.71 1

4.27 9.91 17.65 1650 2.852E-18 8.944E-18 73 226.71 1

4.27 9.91 17.65 1650 4.156E-18 1.319E-17 74 226.71 1

4.27 9.91 17.65 1650 6.041E-18 1.914E-17 75 226.71 1

4.27 9.91 17.65 1650 8.760E-18 2.790E-17 76 226.71 1

4.27 9.91 17.65 1650 1.267E-17 4.057E-17 77 226.71 1

4.27 9.91 17.65 1650 1.828E-17 5.886E-17 78 226.71 1

4.27 9.91 17.65 1650 2.632E-17 8.518E-17 79

226.71 1

4.27 9.91 17.65 1650 3.779E-17 1.230E-16 80 226.71 1

4.27 9.91 17.65 1650 5.414E-17 1.771E-16 81 226.71 1

4.27 9.91 17.65 1650 7.736E-17 2.545E-16 82 226.71 1

4.27 9.91 17.65 1650 1.103E-16 3.648E-16 83

'226.71 1

4.27 9.91 17.65 1650 1.568E-16 5.216E-16 84 226.71 1

4.27 9.91 17.65 1650 2.225E-16 7.440E-16 85 226.71 1

4.27 9.91 17.65 1650 3.148E-16 1.059E-15 (NEP-DES-08-F02-00) i

ENGINEERING SERVICES ONPage B-69 (Next

_)

Project: Nine Mile Point Nuclear Station Unit: 1 Disposition:--,

Originator/Date Reviewer/Date 1

Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 R[f.

T

~Table B-10: Calculation of Integrated j Q (Unit 2 OR Air Intake Location, Case 8)

Tin, isacex Wind IIntegrated Tpede t Dz(x,k)

O.,y(x,k) ol F(t)

X/Q(xiu,k,t)

Tie t

!Ditncx Speed, u

X,/Q(x,u,k,t)

Is]

ra]

[m/s]

[m]

[FiJ ]

[m]

[cfm]

[1/mrn

[s/m]

86 226.71 1

4.27 9.91 17.65 1650 4.444E-16 1.503E-15 87 226.71 1

4.27 9.91 17.65 1650 6.257E-16 2:129E-15 88 226.71 1

4.27 9.91 17.65 1650 8.790E-16 3.008E-15 89 226.71 1

4.27 9.91 17.65 1650 1.232E-15 4.240E-15 90 226.71 1

4.27 9.91 17.65 1650 1.722E-15 5.962E-15 91 226.71 1

4.27 9.91 17.65 1650 2.401E-15 8.363E-15 92 226.71 1

4.27 9.91 17.65 1650 3.340E-15 1.170E-14 93 226.71 1

4.27 9.91 17.65 1650 4.635E-15 1.634E-14 94 226.71 1

4.27 9.91 17.65 1650 6.417E-15 2,276E-14 95 226.71 1

4.27 9.91 17.65 1650 8.862E-15 3.162E-14 96 226.71 1

4.27-9.91 17.65 1650 1.221E-14 4.382E-14 97 226.71 1

4.27 9.91 17.65 1650 1.678E-14 6.060E-14 98 226.71 1

4.27 9.91 17.65 1650 2.300E-14 8.360E-14 99 226.71 1

4.27 9.91 17.65 1650 3.145E-14 1.150E-13 100 226.71 1

4.27 9.91 17.65 1650 4.290E-14 1.580E-13 101 226.71 1

4.27 9.91 17.65 1650' 5.839E-14 2.163E-13 102 226.71 1

4.27 9.91 17.65 1650 7.926E-14 2.956E-13 103 226.71 1

4.27 9.91 17.65 1650 1.073E-13 4.029E-13 104 226.71 1

4.27 9.91 17.65 1650 1.450E-13 5.479E-13 105 226.71 1

4.27 9.91 17.65 1650 1.954E-13 7.434E-13 106 226.71 1

4.27.

9.91 17.65 1650 2.627E-13 1.006E-12 107 226.71 1

4.27 9.91 17.65 1650 3.523E-13 1.358E-12 108 226.71 1

4.27 9.91 17.65 1650 4.713E-13 1.830E-12 109 226.71 1

4.27 9.91 17.65 1650 6.290E-13 2.459E-12 110 226.71 1

4.27 9.91 17.65 1650.

8.374E-13 3.296E-12 111 226.71 1

4.27 9.'91 17.65 1650 1.112E-12 4.408E-12 112 226.71 1

4.27 9.ý91 17.65 1650 1.473E-12 5.882E-12 113 226.71 1

4.27 9.:91 17.65 1650 1.947E-12 7.829E-12 114 226.71 1

4.27

9. 91 17.65 1650 2.567E-12 1.040E-11 115

.226.71 1

4.27 9!91 17.65 1650 3.376E-12 1.377E-11 116 226.71 1

4.27 9191 17.65 1650 4.429E-12 1.820E-11 117 226.71 1

4.27 9!91 17.65 1650 5.797E-12 2.400E-1I 118 226.71 1

4.27 9!91 17.65 1650 7.568E-12 3.157E-11 119 226.71 1

4.27 9!91 17.65 1650 9.856E-12 4.142E-11 120 226.71 1

4.27 9.91 17.65 1650 1.280E-1I 5.423E-11 121 226.71 1

4.27 9!91 17.65 1650 1.659E-11 7.082E-11 122 226.71 1

4.27 9!91 17.65 1650 2.145E-11 9.228E-11 123 226.71 1

4.27 9191 17.65 1650 2.767E-11 1.199E-10 124 226.71 1

4.27 9!91 17.65 1650 3.560E-11 1.555E-10 125 226.71 1

4.27 9!91 17.65 1650 4.569E-11 2.012E-10 126 226.71 1

4.27 9ý91 17.65 1650 5.850E-11 2.597E-10 127 226.71 1

4.27 9t91 17.65 1650 7.471E-11 3.344E-10 "128 226.71 1'

4.27 9!91 17.65 1650 9.518E-11 4.296E-10 129 226.71 1

4.27 9:9i 17.65 1650 1.210E-10 5.506E-10 (NEP-DES.08.F02-OO)

ENGINEERING SERVICES AB-70

~.,~(Next----

Project: Nine Mile Point Nuclear Station Unit:

1 Disposition:

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 Table B-10: Calculation.of Integrated j/Q (Unit 2 CR Air Intake Location, Case 8) i Wind Integrated Time, t Distance, x

Speea, u

cyx,y(X k) a, F(t)

X/Q(x,u,kQt)

Spe,u z-/Q(x,u,k,t)

[s]

[m]

[m/s]

[m]

[cfm]

[1/mr

[s/mr

130, 226.71 1

4.27 9.91 17.65 1650 1.534E-10 7.040E-10 131 226.71 1

4.27 9.91 17.65 1650 1.940E-10 8.980E-10 132 226.71 1

4.27 9.91 17.65 1650 2.447E-10 1.143E-09 133 226.71 1

4.27 9.91 17.65 1650 3.080E-10 1.451E-09 134 226.71 1

4.27 9.91 17.65 1650 3.868E-10 1.837E-09 135 226.71 1

4.27 9.91 17.65 1650 4.844E-10 2.322E-09 136 226.71 4.27 9.91 17.65 1650 6.052E-10 2.927E-09 137 226.71 1

4.27 9.91 17.65 1650 7.543E-10 3.681E-09 138 226.71 1

4.27 9.91 17.65 1650 9.379E-10 4.619E-09 139 226.71 1

4.27 9.91 17.65 1650 1.163E-09 5.783E-09 140 226.71 1

4.27 9.91 17.65 1650 1.439E-09 7.222E-09 141 226.71 1

4.27 9.91 17.65 1650 1.776E-09 8.998E-09 142 226.71 1

4.27 9.91 17.65 1650 2.187E-09 1.119E-08 143 226.71 1

4.27 9.91 17.65 1650 2.686E-09 1.387E-08 144 226.71 1

4.27 9.91 17.65 1650 3.291E-09 1.716E-08 145 226.71 1

4.27 9.91 17.65 1650 4.023E-09 2.119E-08 146 226.71 1

4.27 9.91 17.65 1650 4.905E-09 2.609E-08 147 226.71 1

4.27 9.91 17.65 1650 5.966E-09 3.206E-08 148 226.71 1

4.27 9.91 17.65 1650 7.239E-09 3.930E-08 149 226.71 1

4.27 9.91 17.65 1650 8.762E-09 4.806E-08 150 226.71 1

4.27 9.91 17.65 1650 1.058E-08 5.864E-08 151 226.71 1

4.27 9.91 17.65 1650 1.274E-08 7.138E-08 152 226.71 1

4.27 9.91 17.65 1650 1.531E-08 8.669E-08 153 226.71 1

4.27 9.91 17.65 1650 1.835E-08 1.050E-07 154 226.71 1

4.27 9..ý1 17.65 1650 2.194E-08 1.270E-07 155 226.71 1

4.27 9.91 17.65 1650 2.617E-08 1.532E-07 156 226.71 1

4.27 9.91 17.65 1650 3.114E-08 1.843E-07 157 226.71 1

4.27

9. 91 17.65 1650 3.697E-08 2.213E-07 158 226.71 1

4.27 9.'91 17.65 1650 4.377E-08 2.651E-07 158 226.71 1

4.27 9.'91 17.65 1650 4.377E-08 2.651E-07 160 226.71 1

4.27 9.91 17.65 1650 6.092E-08 3.869E-07 161 226.71 1

4.27 9.'91 17.65 1650 7.161E-08 4.585E-07 162

.226.71 1

4.27 9.'91 17.65 1650 8.397E-08 5.425E-07 163 226.71 1

4.27 9.:91 17.65 1650 9.822E-08 6.407E-07 164 226.71 1

4.27 9!91 17.65 1650 1.146E-07 7.553E-07 165 226.71 1

4.27 9;91 17.65 1650 1.334E-07 8.887E-07 166 226.71 1

4.27 9j91 17.65 1650 1.549E-07 1.044E-06 167 226.71 1

4.27 9191 17.65 1650 1.794E-07 1.223E-06 168 226.71 1

4.27 9191 17.65 1650 2.073E-07 1.430E-06 169 226.71 1

4.27 9!91 17.65 1650 2.390E-07 1.669E-06 170 226.71 1

4.27 9J91 17.65 1650 2.748E-07 1.944E-06 171 226.71 1

4.27 9i91 17.65 1650 3.153E-07 2.260E-06 172 226.71 1

4.27 9!91 17.65 1650 3.608E-07 2.620E-06 173 226.71 1

4.27 9!91 17.65 1650 4.118E-07 3.032E-06

-I (NEP-DES-08-F02-00)

ENGINEERING SERVICES I

C LCULTION:SHEET

Page B-71

'-g

~

(Next-Project: Nine Mile Point Nuclear Station Unit: 1 Disposition:

Originator/Date Reviewer/Date TCalculation No.

Revision A. G. Klazura R. Kahn H21C078 100 1Table B-10: Calculation of Integrated X/Q (Unit 2 CR Air Intake Location, Case 8)

E Dista Wind a

k t)

Integrated Time, t i

Speed, u I

t/Q(x,u,k,t)

Is]

[m]

im/sL

[m]

[nil

[m]

[cfmJ 1/rn s/mr 174 226.71 1

4.27 9.91 17.65 1650 4.689E-07 3.501E-06 175 226.71 1

4.27 9.91 17.65 1650 5.327E-07 4.034E-06 176 226.71 1

4.27 9.91 17.65 1650 6.036E-07 4.637E-06 177 226.71 1

4.27 9.91 17.65 1650 6.823E-07 5.320E-06 178 226.71 1

4.27 9.91 17.65 1650 7.694E-07 6.089E-06 179 226.71 1

4.27 9.91 17.65 1650 8.655E-07 6.955E-06 180 226.71 1

4.27 9.91 17.65 1650 9.713E-07 7.926E-06 181 226.71 1

4.27 9.91 17.65 1.650 1.087E-06 9.013E-06 182 226.71 1

4.27, 9.91 17.65 1650 1.214E-06 1.023E-05 183 226.71 1

4.27 9.91 17.65 1650 1.353E-06 1.158E-05 184 226.71 1

4.27 9.91 17.65 1650 1.503E-06 1.308E-05 185 226.71 1

4.27 9.91 17.65 1650 1.666E-06 1.475E-05 186 226.71 1

4.27 9.91 17.65 1650 1.843E-06 1.659E-05 187 226.71 1

4.27 9.91 17.65 1650 2.033E-06 1.862E-05 188 226.71 1

4.27 9.91 17.65 1650 2.237E-06 2.086E-05 189 226.71 1

4.27 9.91 17.65 1650 2.455E-06 2.332E-05 190 226.71 1

4.27 9.91 17.65 1650 2.689E-06 2.601E-05 191 226.71 1

4.27 9.91 17.65 1650 2.937E-06 2.894E-05 192 226.71 1

4.27 9.91 17.65 1650 3.201E-06 3.214E-05 193 226.71 1

4.27 9.91 17.65 1650 3.480E-06 3.562E-05 194 226.71 1

4.27 9.91 17.65 1650 3.774E-06 3.940E-05 195

.226.71 1

4.27 9.91 17.65 1650 4.083E-06 4.348E-05 196 226.71 1

4.27 9.91 17.65 1650 4.406E-06 4.789E-05 197 226.71 1

4.27 9.91 17.65 1650 4.743E-06 5.263E-05 198 226.71 1

4.27 9.91 17.65 1650 5.094E-06 5.772E-05 199 226.71 1

4.27 9.91

17.65 1650 5.457E-06 6.318E-05 200 226.71 1

4.27 9.91 17.65 1650 5.832E-06 6.901E-05 201 226.71 1

4.27 9.,91 17.65 1650 6.217E-06 7.523E-05 202 226.71 1

4.27 9.91 17.65 1650 6.612E-06 8.184E-05 203 226.71 1

4.27 9.:91 17.65 1650 7.014E-06 8.885E-05 204 226.71 1

4.27 9.191 17.65 1650 7.423E-06 9.628E-05 205 226.71 1

4.27 9.'91 17.65 1650 7.837E-06 1.041E-04 206 226.71 1

4.27 9.91 17.65 2750 1.376E-05 1.179E-04 207 226.71 1

4.27 9J91 17.65 2750 1.445E-05 1.323E-04 208 226.71 1

4.27 9j91 17.65 2750 1.514E-05 1.475E-04 209 226.71 1

4.27 9j91 17.65 2750 1.583E-05 1.633E-04 210 226.71 1

4.27 9:91 17.65 2750 1.651 E-05 1.798E-04 211 226.71 1

4.27 9191 17.65 2750 1.718E-05 1.970E-04 212 226.71 1

4.27 9!91 17.65 2750 1.783E-05 2.148E-04 213 226.71 1

4.27 9!91 17.65 2750 1.846E-05 2.333E-04 214 226.71 1

4.27 9!91 17.65 2750 1.906E-05 2.523E-04 215 226.71 1

4.27 9.91 17.65 2750 1.964E-05 2.720E-04 216 226.71 1

4.27 9)91 17.65 2750 2.019E-05 2.922E-04 217 226.71 1

4.27 9!91 17.65 2750 2.069E-05 3.129E-04 (NE P-DES-08-F02-00)

,, iliII

ENGINEERING SERVICES Page B-72 Project: Nine Mile Point Nuclear Station Unit: _ 1 Disposition:

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 Table B-10: Calculation of Integrated ;JQ (Unit 2 CR Air Intake Location, Case 8)

WidItgae Wind iIntegrated Time, t Distance, x Speed, u

,k) o F(t)

/Q(xukt)

/Q(x,u,k,t)

[]

[m]

[m/s]

[m]

[MI.

fcfm]

[l/ml

[s/m1

218, 226.71 1

4.27 9.91 17.65 2750 2.117E-05 3.340E-04 219 226.71 1

4.27 9.91 17.65 2750 2.159E-05 3.556E-04 220

.226.71 1

4.27 9.91 17.65 2750 2.198E-05 3.776E-04 221 226.71 1

4.27 9.91 17.65 2750 2.231 E-05 3.999E-04 222 226.71 1

4.27 9.91 17.65 2750 2.260E-05 4.225E-04 223 226.71 1

4.27 9.91 17.65 2750 2.283E-05 4.453E-04 224 226.71 1

4.27 9.91 17.65 2750 2.301E-05 4.684E-04 225

.226.71 1

4.27 9.91 17.65 2750 2.314E-05 4.915E-04 226 226.71 1

4.27 9.91 17.65 2750 2.320E-05 5.147E-04 227 226.71 1

4.27 9.91 17.65 2750 2.322E-05 5.379E-04 228 226.71 1

4.27 9.91 17.65 2750 2.317E-05 5.611E-04 229 226.71 1

4.27 9.91 17.65 2750 2.307E-05 5.842E-04 230 226:71 1

4.27 1 9.91 17.65 2750 2.2-91E-05 6.071E-04 231

226.71 1

4.27 9.91 17.65 2750 2.270E-05 6.298E-04 232 226.71 1

4.27 9.91 17.65 2750 2.244E-05 6.522E-04 233 226.71 1

4.27 9.91 17.65 2750 2.212E-05.

6.743E-04 234 226.71 1

4.27 9.91 17.65 2750 2.176E-05 6.961E-04 235 226.71 1

4.27 9.91 17.65 2750 2.135E-05 7.175E-04 236 226.71 1

4.27 9.91 17.65 2750 2.090E-05 7.384E-04 237 226.71 1

4.27 9.91 17.65 2750 2.040E-05 7.588E-04 238 226.71 1

4.27 9.91 17.65 2750 1.987E-05 7.786E-04 239 226.71 1

4.27 9.91 17.65 2750 1.931E-05 7.979E-04 240 226.71 1

4.27 9.'91 17.65 2750 1.872E-05 8.167E-04 241 226.71 1

4.27 9.91 17.65 2750 1.810E-05 8.348E-04 242 226.71 1

4.27 9.'ý91 17.65 2750 1.745E-05 8.522E-04 243

.226.71 1

4.27 9.91 17.65 2750 1.679E-05 8.690E-04 244 226.71 1

4.27 9.:91 17.65 2750 1.612E-05 8.851E-04 245 226.71 1

4.27 9.91 17.65 2750 1.543E-05 9.006E-04 246 226.71 1

4.27 9.i91 17.65 2750 1.474E-05 9.153E-04 247 226.71 1

4.27 9j91 17.65 2750 1.405E-05 9.293E-04 248 226.71 1

4.27 9i91 17.65 2750 1.335E-05 9.427E-04 249 226.71 1

4.27 9:91 17.65 2750 1.266E-05 9.554E-04 250 226.71 1

4.27 9!91 17.65 2750 1.1982-05 9.673E-04 251 226.71 1

4.27 9!91 17.65 2750 1.130E-05 9.786E-04 252 226.71 1

4.27 991 17.65 2750 1.064E-05 9.893E-04 253 226.71 1

4.27 9!91 17.65 2750 9.987E-06 9.993E-04 254 226.71 1

4.27 9191 17.65 2750 9.355E-06 1.009E-03 255 226.71 1

4.27 9191 17.65 2750 8.741E-06 1.017E-03 256 226.71 1

4.27 9191 17.65 2750 8.148E-06 1.026E-03 257 226.71 1

4.27 9ý91 17.65 2750 7.576E-06 1.033E-03 258 226.71 1

4.27 9191 17.65 2750 7.028E-06 1.040E-03 259 226.71 1

4.27 9V91 17.65 2750 6.503E-06 1.047E-03 260 226.71 1

4.27 9191 17.65 2750 6.003E-06 1.053E-03 261 226.71 1

4.27 9191 17.65 2750 5.527E-06 1.058E-03 (NE P-DES-08-F02-00)

ENGINEERING SERVICES Page Project: Nine Mile Point Nuclear Station Unit: I1 Disposition:

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 I RWf.

Table B-10: Calculation of Integrated jlQ (Unit 2 CR Air Intake Location, Case 8)

T Wind c

Integrated Time, t Distance, xSpeed, u (X,k)

(,k)

F(t)

/Q(xu,k,t)

/Q(x,u,k,t)

Is]

[m]

[m/s]

[m]

[cfm ]

[1/m

[s/mj 262 226.71 1

4.27 9.91 17.65 2750 5.077E-06 1.063E-03 263 226.71 1

4.27 9.91 17.65 2750 4.652E-06 1.068E-03 264 226.71 1

4.27 9.91 17.65 2750 4.253E-06 1.072E-03 265 226.71 1

4.27 9.91 17.65 2750 3.878E-06 1.076E-03 266 226.71 1

4.27 9.9.1 17.65 2750 3.528E-06 1.080E-03 267 226.71 1

4.27 9.91 17.65 2750 3.201E-06 1.083E-03 268 226.71 1

4.27 9.91 17.65 2750 2.898E-06 1.086E-03 269 226.71 1

4.27 9.91 17.65 2750 2.617E-06 1.088E-03 270 226.71 1

4.27.

9.91 17.65 2750 2.357E-06 1.091E-03 271 226.71 1

4.27 9.91 17.65 2750 2.118E-06 1.093E-03 272 226.71 1

4.27 9.91 17.65 2750 1.899E-06 1.095E-03 273 226.71 1

4.27 9.91 17.65 2750 1.698E-06 1.096E-03 274

226.71 1

4.27

' 9.91 17.65 2750 1,.515E-06 1.098E-03 275 226.71 1

4.27 9.91 17.65 2750 1.348E-06 1.099E-03 276 226.71 1

4.27 9.91 17.65 2750 1.196E-06 1.100E-03 277 226.71 1

4.27 9.91 17.65 2750 1.059E-06 1.101E-03 278 226.71 1

4.27 9.91 17.65 2750 9.359E-07 1.102E-03 279 226.71 1

4.27 9.91 17.65 2750 8.248E-07 1.103E-03 280 226.71 1

4.27 9.91 17.65

-2750 7.250E-07 1.104E-03 281 226.71 1

4.27 9.91 17.65 2750 6.358E-07 1.105E-03 282 226.71 1

4.27 9.9.1 17.65 2750 5.562E-07 1.105E-03 283

.226.71 1

4.27 9.91 17.65 2750 4.854E-07 1.106E-03 284

.226.71 1

4.27 9.91 17.65 2750 4.225E-07 1.106E-03 285 226.71 1

4.27 9.91 17.65 2750 3.669E-07 1.106E-03 286 226.71 1

4.27 9.91 17.65 2750 3.179E-07 1.107E-03 287 226.71 1

4.27 9.91 17.65 2750 2.747E-07 1.107E-03 288 226.71 1

4.27 9.91 17.65 2750 2.368E-07 1.107E-03 289 226.71 1

4.27 9.91 17.65 2750 2.037E-07 1.107E-03 290 226.71 1

4.27

9. 91 17.65 2750 1.747E-07 1.108E-03 291 226.71 1

4.27 9.91 17.65 2750 1.495E-07 1.108E-03 292 226.71 1

4.27 9.191 17.65 2750 1.276E-07 1.108E-03 293 226.71 1

4.27 9.91 17.65 2750 1.087E-07 1.108E-03 294 226.71 1

4.27 9.91 17.65 2750 9.235E-08 1.108E-03 295 226.71 1

4.27 9.91 17.65 2750 7.826E-08 1.108E-03 296 226.71 1

4.27 9.,91 17.65 2750 6.616E-08 1.108E-03 297 226.71 1

4.27 9:91 17.65 2750 5.580E-08 1.108E-03 298 226.71 1

4.27 9.191 17.65 2750 4.694E-08 1.108E-03 299 226.71 1

4.27 9.91 17.65 2750 3.940E-08 1.108E-03 300 226.71 1

4.27 9J91 17.65 2750 3.298E-08 1.108E-03 301 226.71 1

4.27 9i91 17.65 2750 2.755E-08 1.108E-03 302 226.71 1

4.27 9191 17.65 2750 2.295E-08 1.108E-03 303 226.71 1

4.27 9191 17.65 2750 1.907E-08 1.108E-03 304 226.71 1

4.27 9191 17.65 2750 1.58 E-08 1.108E-03 305 226.71 1

4.27 9:91 17.65 2750 1.308E-08 1.108E-03 (NEP-DES-08-F02-00)

ENGINEERING SERVICES I

CIS Page B-74 GAL ý

~LATIONCO~NT<NUATIONSHEETý;f,--ýag e-... -

(Next

)

Project: Nine Mile Point Nuclear Station Unit: 1 Disposition:

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 Rd.

Table B-10: Calculation of Integrated X!Q (Unit 2 CR Air Intake Location, Case 8)

Time, t Ditance, x Wind (X k)

F(t) x/Q(xukt)

Integrated Time,_t

_istance, Speed, u (x(k)

I/Q(x,u,k,t)

[s]

[m]

[m/s]

[m]

[cfm]

1/mr s/rn 306 226.71 1

4.27 9.91 17.65 2750 1.079E-08 1.108E-03 307 226.71 1

4.27 9.91 17.65 2750 8.879E-09 1.109E-03 308 226.71 1

4.27 9.91 17.65 2750 7.289E-09 1.109E-03 309 226.71 1

4.27 9.91 17.65 2750 5.970E-09 1.109E-03 310 226.71 1

4.27 9.91 17.65 2750 4.878E-09 1.109E-03 (NEP-DES-08-F02-00)

I

Project: Aline Mile Point Nuclear Station Unit: ý1_

Disposition:

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn I

H21C078 00

[Ref.

Table B-11: Calculation of Integrated XýQ (Unit 2 CR Air Intake Location, Case 9)

Wind Integrated Tim,

-istnc

,(Xa,k) ox Y(*, k) ol F(t)

X/Q(x,u,k,t)

Tiet isane x Speed, u X/Q(x,u,k,t)

IS]

[m]

[m/s]

ra]

rf ni

[m]

[cfm]

[l/mC*1 s/mr 0

226.71 1

4.27 9.91 17.65 1650 7.950E-33 0.000E+00 1

226.71 1

4.27 9.91 17.65 1650 1.381E-32 1.381 E-32 2

226.71 1

4.27 9.91 17.65 1650 2.393E-32 3.774E-32 3

226.71 1

4.27 9.91 17.65 1650 4.137E-32 7.912E-32 4

226.71 1

4.27 9.91 17.65 1650 7.135E-32 1.505E-31 5

226.71 1

4.27 9.91 17.65 1650 1.227E-31 2.732E-31 6

226.71 1

4.27 9.91 17.65 1650 2.106E-31 4.838E-31 7

226.71 1

4.27, 9.91 17.65 1650 3.606E-31 8.444E-31 8

226.71 1

4.27 9.91 17.65 1650 6.158E-31 1.460E-30 9

226.71 1

4.27 9.91 17.65 1650 1.049E-30 2.509E-30 10 226.71 1

4.27 9.91 17.65 1650 1.783E-30 4.292E-30 11 226.71 1

4.27 9.91 17.65 1650 3.022E-30 7.314E-30 12 226.71 1

4.27 9.91 17.65 1650 5.111E-30 1,243E-29 13 226.71 1

4.27 9.91 17.65 1650 8.622E-30 2.105E-29 14 226.71 1

4.27 9.91 17.65 1650 1.451E-29 3.556E-29 15 226.71 1

4.27 9.91 17.65 1650 2.436E-29 5.992E-29 16 226.71 1

4.27 9.91 17.65 1650 4.080E-29 1.007E-28 17 226.71 1

4.27 9.91 17.65 1650 6.815E-29 1.689E-28 18 226.71 1

4.27 9.91 17.65 1650 1.136E-28 2.825E-28 19 226.71 1

4.27 9.91 17.65 1650 1.888E-28 4.713E&28 20 226.71 1

4.27 9.91 17.65 1650 3.132E-28 7.844E-28 21 226.71 1

4.27 9.91 17.65 1650 5.181E-28 1.303E-27 22 226.71 1

4.27 9.91 17.65 1650 8.550E-28 2.158E-27 23 226.71 1

4.27 9.91 17.65 1650 1.408E-27 3.565E-27 24 226.71 1

4.27 9.91 17.65 1650 2.312E-27 5.877E-27 25 226.71 1

4.27 9.91 17.65 1650 3.788E-27 9.665E-27 26 226.71 1

4.27 9.91 17.65 1650 6.190E-27 1.585E-26 27 226.71 1

4.27 9.91 17.65 1650 1.009E-26 2.595E-26 28 226.71 1

4.27 9.91 17.65 1650 1.641 E-26 4.236E-26 29 226.71 1

4.27 9.91 17.65 1650 2.663E-26 6.899E-26 30 226.71 1

4.27 9.91 17.65 1650 4.310E-26 1.121E-25 31 226.71 1

4.27 9.91 17.65 1650 6.958E-26 1.817E-25 32 226.71 1

4.27 9.91 17.65 1650 1.121E-25 2.937E-25 33 226.71 1

4.27 9.91 17.65 1650 1.800E-25 4.738E-25 34 226.71 1

4.27 9.91 17.65 1650 2.885E-25 7.623E-25 35 226.71 1

4.27 9.91 17.65 1650 4.613E-25 1.224E-24 36 226.71 1

4.27 9.91 17.65 1650 7.358E-25 1.959E-24 37 226.71 1

4.27 9.91 17.65 1650 1.171E-24 3.130E-24 38 226.71 1

4.27 9.91 17.65 1650 1.858E-24 4.988E-24 39 226.71 1

4.27 9.91 17.65 1650 2.942E-24 7.929E-24 40 226.71 1

4.27 9.91 17.65 1650 4.646E-24 1.258E-23 41 226.71 1

4.27 9.91 17.65 1650 7.320E-24 1.990E-23 (NEP-DES-08-F02-00)

ENGINEERING SERVICES CAL ULATION CON INUATONSHEET Page B-76 7 ~

'R.-

(Next Project: Nine Mile Point Nuclear Station Unit: 1 Disposition: _-

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 Table B-11: Calculation of Integrated X IC (Unit 2 CR Air Intake Location, Case 9)

Wind Integrated Time, t Distance, x Speed, u x,)xu(xkk) t F(t)

X/Q(xukt)

Ls]

[m]

[m/sL

[m]

[cfm]

[1/mr

[s/mr 42 226.71 1

4.27 9.91 17.65 1650 1.150E-23 3.140E-23 43 226.71 1

4.27 9.91 17.65 1650 1.804E-23 4.944E-23 44 226.71 1

4.27 9.91 17.65 1650 2.821E-23 7.765E-23 45 226.71 1

4.27 9.91 17.65 1650 4.402E-23 1.217E-22 46 226.71 1

4.27 9.91 17.65 1650 6.851E-23 1.902E-22 47 226.71 1

4.27 9.91 17.65 1650 1.064E-22 2.965E-22 48 226.71 1

4.27 9.91 17.65 1650 1.648E-22 4.613E-22 49 226.71 1

4.27 9.91 17.65 1650 2.546E-22 7.159E-22 50 226.71 1

4.27 9.91 17.65 1650 3.924E-22 1.108E-21 51 226.71 1

4.27 9.91 17.65 1650 6.033E-22 1.711E-21 52 226.71 1

4.27 9.91 17.65 1650 9.253E-22 2.637E-21 53 226.71 1

4.27 9.91 17.65 1650 1.416E-21 4.052E-21 54 226.71 1

4.27 9.91 17.65 1650 2.161E-21 6.213E-21 55 226.71 1

4.27 9.91 17.65 1650 3.290E-21 9.504E-21 56 226.71 1

4.27 9.91 17.65 1650 4.997E-21 1.450E-20 57 226.71 1

4.27 9.91 17.65 1650 7.572E-21 2.207E-20 58 226.71 1

4.27 9.91 17.65 1650 1.145E-20 3.352E-20 59 226.71 1

4.27 9.91 17.65 1650 1.726E-20 5.078E-20 60 226.71 1

4.27 9.91 17.65 1650 2.596E-20 7.673E-20 61 226.71 1

4.27 9.91 17.65 1650 3.895E-20 1.157E-19 62 226.71 1

4.27.

9.91 17.65 1650 5.830E-20 1.740E-19 63 226.71 1

4.27 9.91 17.65 1650 8.705E-20 2.610E-19 64 226.71 1

4.27 9.91 17.65 1650 1.297E-19 3.907E-19 65

.226.71 1

4.27 9.91 17.65 1650 1.927E-19 5.833E-19 66 226.71 1

4.27 9.91 17.65 1650 2.856E-19 8.689E-19 67 226.71 1

4.27 9.91 17.65 1650 4.223E-19 1.291E-18 68 226.71 1

4.27 9.91 17.65 1650 6.228E-19 1.914E-18 69 226.71 1

4.27 9.91 17.65 1650 9.165E-19 2.831E-18 70 226.71 1

4.27 9.91 17.65 1650 1.345E-18 4.176E-18 71 226.71 1

4.27 9.91 17.65 1650 1.970E-18 6.146E-18 72 226.71 1

4.27 9.91 17.65 1650 2.877E-18 9.023E-18 73 226.71 1

4.27 9.91 17.65 1650 4.193E-18 1.322E-17 74 226.71 1

4.27 9.91 17.65 1650 6.095E-18 1.931E-17 75 226.71 1

4.27 9.91 17.65 1650 8.838E-18 2.815E-17 76 226.71 1

4.27 9.91 17.65 1650 1.278E-17 4.093E-17 77 226.71 1

4.27 9.91 17.65 1650 1.845E-17 5.938E-17 78 226.71.

1 4.27 9.91 17.65 1650 2.655E-17 8.593E-17 79 226.71 1

4.27 9.91 17.65 1650 3.813E-17 1.241E-16 80 226.71 1

4.27 9.91 17.65 1650 5.462E-17 1.787E-16 81 226.71 1

4.27 9.91 17.65 1650 7.805E-17 2.567E-16 82 226.71 1

4.27 9.91 17.65 1650 1.113E-16 3.680E-16 83 226.71 1

4.27 9.91 17.65 1650 1.582E-16 5.262E-16 84 i

226.71 1

4.27 9.91 17.65 1650 2.244E-16 7.506E-16 85 226.71 1

4.27 9.91 17.65 1650 3.176E-16 1.068E-15 (NE P-DES-08-F02-00)

ENGINEERING SERVICES cCT Page B-77 Project: Nine Mile Point Nuclear Station Unit:* 1 Disposition:

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 Table B-11: Calculation of Integrated jlQ (Unit 2 CR Air Intake Location, Case 9)

I II e tWind Integrated Time, t Distance, x Speed, u ((xk) cxk)

F

/x, u,kt)

/Qx,u,k t Is]

fm]

[m/s]

[m]

[rn I

[m]

[cfml 1[/mn-]

s/mr 86 226.71 1

4.27 9.91 17.65 1650 4.483E-16 1.516E-15 87 226.71 1

4.27 9.91 17.65 1650 6.313E-16 2.148E-15 88 226.71 1

4.27 9.91 17.65 1650 8.868E-16 3.035E-15 89 226.71 1

4.27 9.91 17.65 1650 1.243E-15 4.277E-15 90 226.71 1

4.27 9.91 17.65 1650 1.737E-15

.6.014E-15 91 226.71 1

4.27 9.91 17.65 1650 2.422E-15 8.437E-15 92 226.71 1

4.27 9.91 17.65 1650 3.370E-15 1.181E-14 93 226.71 1

4.27 9.91 17.65 1650 4.676E-15 1.648E-14 94 226.71 1

4.27 9.91 17.65 1650 6.474E-15 2.296E-14 95 226.71 1

4.27 9.91 17.65 1650 8.940E-15 3.190E-14 96 226.71 1

4.27 9.91 17.65 1650 1.232E-14 4.421E-14 97 226.71 1

4.27 9.91 17.65 1650 1.692E-14 6.114E-14 98

.226.71 1

4.2"7 9.91 17.65 1650-2.320E-14 8.434E-14 99 226.71 1

4.27 9.91 17.65 1650 3.173E-14 1.161E-13 100

-226.7.1 1

4.27 9.91 17.65 1650 4.328E-14 1.593E-13 101 226.71 1

4.27 9.91 17.65 1650 5.890E-14.

2.183E-13 102 226.71 1

4.27 9.91 17.65 1650 7.996E-14 2.982E-13 103 226.71 1

4.27 9.91 17.65 1650 1.083E-13 4.065E-13 1.04 226.71 1

4.27 9.91 17.65 1650 1.463E-13 5.528E-13 105 226.71 1

4.27 9.91 17.65 1650 1.972E-13 7.499E-13 106 226.71 1

4.27 9.91 17.65 1650 2.650E-13 1.015E-12 107 226.71 1

4.27 9.91 17.65 1650 3.554E-13 1.370E-12 108 226.71 1

4.27 9.91 17.65 1650 4.755E-13 1.846E-12 109 226.71 1

4.27 9.91 17.65 1650 6.346E-13 2.481E-12 110 226.71 1

4.27 9.91 17.65 1650 8.448E-13 3.325E-12 111 226.71 1

4.27 9.91 17.65 1650 1.122E-12 4.447E-12 112 226.71 1

4.27 9.91 17.65 1650 1.486E-12 5.934E-12 113 226.71 1

4.27 9.91 17.65 1650 1.964E-12 7.898E-12 114 226.71 1

4.27 9..91 17.65 1650 2.590E-12 1.049E-11 115 226.71 1

4.27 9.91 17.65 1650 3.406E-12 1.389E-11 116 226.71 1

4.27 9.191 17.65 1650 4.468E-12 1.836E-11 117 226.71 1

4.27 9.,91 17.65 1650 5.848E-12 2.421E-11 118 226.71 1

4.27 9.91 17.65 1650 7.635E-12 3.184E-11 119 226.71 1

4.27 9.91 17.65 1650 9.943E-12 4.179E-11 120 226.71 1

4.27 9.:91 17.65 1650 1.292E-11 5.471E-11 121

.226.71 1

4.27 9j91 17.65 1650 1.674E-11 7.145E-11 122

. 226.71 1

4.27 9j91 17.65 1650 2.164E-11 9.309E-11 123 226.71 1

4.27 9 91 17.65 1650 2.792E-11 1.210E-10 124 226.71 1

4.27 9M91 17.65 1650 3.591E-11 1.569E-10 125 226.71 1

4.27 9,91 17.65 1650 4.609E-11 2.030E-10 126 226.71 1

4.27 9;91 17.65 1650 5.901E-11 2.620E-10 127 226.71 1

4.27 9191 17.65 1650 7.537E-11 3.374E-10 128 226.71 1

4.27 9!91 17.65 1650 9.603E-11 4.334E-10 129 226.71 1

4.27 9;91 17.65 1650 1.220E-10 5.555E-10 (NEP-DES-08-F02-00) i

ENGINEERING SERVICES F M L..CU..i..

Page B-78 AM.(Next Project: Nine Mile Point Nuclear Station Unit: i 1 Disposition:

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn I H21C078 00 R2 f.

Table B-11: Calculation of Integrated */Q (Unit 2 CR Air Intake Location, Case 9)

Wind Integrated Time, t Distance, x Speed, u a

FQQxtu,k,t)

Is]

[m]

[m/s]

[m]

[Cfm]

/mr

[s/m 130 226.71 1

4.27 9.91 17.65 1650 1.547E-10 7.102E-10 131 226.71 1

4.27 9.91 17.65 1650 1.957E-10 9.059E-10 132 226.71 1

4.27 9.91 17.65 1650 2.469E-10 1.153E-09 133 226.71 1

4.27 9.91 17.65 1650 3.108E-10 1.464E-09 134 226.71 1

4.27 9.91 17.65 1650 3.902E-10 1.854E-09 135 226.71 1

4.27 9.91 17.65 1650 4.887E-10 2.342E-09 136 226.71 1

4.27 9.91 17.65 1650 6.106E-10 2.953E-09 1:37 226.71 1

4.27 9.91 17.65 1650 7.610E-10 3.714E-09 138 226.71 1

4.27.

9.91 17.65 1650 9.462E-10 4.660E-09 139 226.71 1

4.27 9.91 17.65 1650 1.174E-09 5.834E-09 140 226.71 1

4.27 9.91 17.65 1650 1.452E-09 7.286E-09

141, 226.71 1

4.27 9.91 17.65 1650 1.792E-09 9.078E-09 1.42 226.71 1

4.27 9.91 17.65 1650 2.207E-09 1.128E-08 143 226.71 1

4.27 9.91 17.65 1650 2.710E-09 1.399E-08 144 226.71 1

4.27 9.91 17.65 1650 3.321E-09 1.732E-08 145 226.71 1

4.27 9.91 17.65 1650 4.059E-09 2.137E-08 146 226.71 1

4.27 9.91 17.65 1650 4.949E-09 2.632E-08 147 226.71 1

4.27 9.91 17.65 1650 6.019E-09 3.234E-08 148 226.71 1

4.27 9.91 17.65 1650 7.303E-09 3.964E-08 149 226.71 1

4.27 9.91

.17.65 1650 8.840E-09 4.848E-08 150 226.71 1

4.27.

9.91 17.65 1650 1.067E-08 5.916E-08 1.51 226.71 1

4.27 9.91 17.65 1650 1.286E-08 7.201E-08 152

.226.71 1

4.27 9.91 17.65 1650 1.545E-08 8.746E-08 153 226.71 1

4.27 9.91 17.65 1650 1.852E-08 1.060E-07 154 226.71 1

4.27 9.91 17.65 1650 2.214E-08 1.281E-07 155 226.71 1

4.27 9.91 17.65 1650 2.641E-08 1.545E-07 156 226.71 1

4.27 9.91 17.65 1650 3.142E-08 1.859E-07 157 226.71 1

4.27 9.91 17.65 1650 3.730E-08 2.232E-07 158 226.71 1

4.27

9. 91 17.65 1650 4.416E-08 2.674E-07 158 226.71 1

4.27 9.'91 17.65 1650 4.416E-08 2.674E-07 160

.226.71 1

4.27 9.'91 17.65 1650 6.146E-08 3.903E-07 161 226.71 1

4.27 9.91 17.65 1650 7.225E-08 4.626E-07 162 226.71 1

4.27 9.91 17.65 1650 8.471E-08 5.473E-07 163 226.71 1

4.27 9.91 17.65 1650 9.909E-08 6.464E-07 164 226.71 1

4.27 9.191 17.65 1650 1.156E-07 7.620E-07 165 226.71 1

4.27 9!91 17.65 1650 1.346E-07 8.966E-07 166 226.71 1

4.27 9.91 17.65 1650 1.563E-07 1.053E-06 167 226.71 1

4.27 9 91 17.65 1650 1.810E-07 1.234E-06 168 226.71 1

4.27 9;91 17.65 1650 2.092E-07 1.443E-06 169 226.71 1

4.27 9.91 17.65 1650 2.411E-07 1.684E-06 170 226.71 1

4.27 9!91 17.65 1650 2.773E-07 1.961E-06 171 226.71 1

4.27 9!91 17.65 1650 3.181E-07 2.280E-06 172 226.71 1

4.27 9M91 17.65 1650 3.639E-07 2.643E-06 173 226.71 1

4.27 9i91 17.65 1650 4.154E-07 3.059E-06 (NEP-DES-08-F02-00)

~.

ENGINEERING SERVICES

-""I

! S.

PageB-79 I ;

i'K~~..

(Next.

Project: Nine Mile Point Nuclear Station Unit:

1 Disposition:

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 Table B-Il: Calculation of Integrated jIQ (Unit 2 CR Air Intake Location, Case 9)

Wind I

Integrated Time, t Distance, x Speed, u

(),

F/Q(x,u

,k,t

[sL.

[m].

m/s]

[m]

[cfm]

1/mr s/rn 174 226.71 1

4.27 9.91 17.65 1650 4.731E-07 3.532E-06 175 226.71 1

4.27 9.91 17.65 1650 5.374E-07 4.069E-06 176 226.71 1

4.27 9.91 17.65 1650 6.090E-07 4.678E-06 177 226.71 1

4.27 9.91 17.65 1650 6.884E-07 5.367E-06 178 226.71 1

4.27 9.91 17.65 1650 7.762E-07 6.143E-06 179 226.71 1

4.27 9.91 17.65 1650 8.732E-07 7.016E-06 180 226.71 1

4.27 9.91 17.65 1650 9.7992-07 7.996E-06 181 226.71 1

4.27 9.91 17.65 1650 1.097E-06 9.093E-06 182 226.71 1

4.27 9.91 17.65 1650 1.225E-06 1.032E-05 183 226.71 1

4.27 9.91 17.65 1650 1.364E-06 1.1682E-05 184 226.71 1

4.27 9.91 17.65 1650 1.516E-06 1.320E-05 185 226.71 1

4.27 9.91 17.65 1650 1.681E-06 1.4882-05 186 226.71 1

4.27 9.91 17.65 1650 1.859E-06 1.674E-05 187 226.71 1

4.27 9.91 17.65 1650 2.051E-06 1.879E-05 188 226.71 1

4.27 9.91 17.65 1650 2.257E-06 2.105E-05 189 226.71 1

4.27 9.91 17.65 1650 2.477E-06 2.352E-05 190 226.71 1

4.27 9.91 17.65 1650 2.713E-06 2.624E-05 191 226.71 1

4.27 9.91 17.65 1650 2.963E-06 2.920E-05 192 226.71 1

4.27 9.91 17.65 1650 3.229E-06 3.243E-05 193 226.71 1

4.27 9.91 17.65 1650 3.5112E-06 3.594E-05 194 226.71 1

4.27 9.91 17.65 1650 3.807E-06 3.975E-05 195 226.71 1

4.27 9.91 17.65 1650 4.119E-06 4.387E-05 196 226.71 1

4.27 9.91 17.65 1650 4.445E-06 4.831E-05 197 226.71 1

4.27 9.91 17.65 1650 4.785E-06 5.309E-05 198 226.71 1

4.27 9.91 17.65 1650 5.139E-06 5.8232-05 199 226.71 1

4.27 9.91 17.65 1650 5.505E-06 6.374E-05 200 226.71 1

4.27 9.91 17.65 1650 5.883E-06 6.962E-05 201 226.71 1

4.27 9.91 17.65 1650 6.272E-06 7.5892-05 202 226.71 1

4.27 9.91 17.65 1650 6.670E-06 8.256E-05 203 226.71 1

4.27 9.91 17.65 1650 7.076E-06 8.964E-05 204

.226.71 1

4.27 9.91 17.65 1650 7.489E-06 9.713E-05 205 226.71 1

4.27 9.91 17.65 1650 7.906E-06 1.050E-04 206 226.71 1

4.27 9.:91 17.65 1650 8.326E-06 1.134E-04 207 226.71 1

4.27 9191 17.65 1650 8.7472-06 1.221E-04 208 226.71 1

4.27 9J91 17.65 1650 9.167E-06 1.313E-04 209 226.71 1

4.27 9i91 17.65 1650 9.584E-06 1.409E-04 210 226.71 1

4.27 9Z91 17.65 1650 9.995E-06 1.509E-04 211 226.71 1

4.27 9;91 17.65 2750 1.733E-05 1.682E-04 212 226.71 1

4.27 9'91 17.65 2750 1.799E-05 1.862E-04 213 226.71 1

4.27 9!91 17.65 2750 1.862E-05 2.0482-04 214 226.71 1

4.27 9!91 17.65 2750 1.923E-05 2.240E-04 215 226.71 1

4.27 9!91 17.65 2750 1.9812E-05 2.438E-04 216 226.71 1

4.27 9!91 17.65 2750 2.036E-05 2.642E-04 217 226.71 1

4.27 9!91 17.65 2750 2.088E-05 2.851E-04 (NE P-DES-08-F02-00)

ENGINEERING SERVICES Page B-80 Project: Nine Mile Point Nuclear Station Unit: 1 Disposition:

Originator/Date Reviewer/Date

} Calculation No.

Revision A. G. Klazura FR. Kahn H21C078 00 Table B-11: Calculation of Integrated %IQ (Unit 2 CR Air Intake Location, Case 9)

Wind iz(X)k) i Integrated Time, t Distance, x Speed, u aY(x, k) a1 F(t)

XIQ(x,u,k,t)

Speed,__

u__

x/QxyI,~

Is]

[m]

[m/s]

[m]

[cfm]

[/ml

[s/m1j 218 226.71 1

4.27 9.91 17.65 2750 2.135E-05 3.064E-04 219 226.71 1

4.27 9.91 17.65 2750 2.179E-05 3.282E-04 220 226.71 1

4.27 9.91 17.65 2750 2.217E-05 3.504E-04 221 226.71 1

4.27 9.91 17.65 2750 2.251E-05 3.729E-04 222 226.71 1

4.27 9.91 17.65 2750 2.280E-05 3.957E-04 223 226.71 1

4.27 9.91 17.65 2750 2.303E-05 4.187E-04*

224 226.71 1

4.27 9.91 17.65 2750 2.322E-05 4.420E-04 225 226.71 1

4.27 9.91 17.65 2750 2.334E-05 4.653E-04 226 226.71 1

4.27.

9.91 17.65 2750 2.341E-05 4.887E-04 227 226.71 1

4.27 9.91 17.65 2750 2.342E-05 5.121E-04 228 226.71 1

4.27.

9.91 17.65 2750 2.338E-05 5.355E-04 229

226.71 1

4.27 9.91 17.65 2750 2.328E-05 5.558E-04 230 226.71 1

4.27 9.91 17.65 2750 2.312E-05 5.819E-04 231 226.71 1

4.27 9.91 17.65 2750 2.290E-05 6.048E-04 232 226.71 1

4.27 9.91 17.65 2750 2.264E-05 6.274E-04 233 226.71 1

4.27 9.91 17.65 2750 2.232E-05 6.498E-04 234 226.71 1

4.27 9.91 17.65 2750 2.195E-05 6.717E-04 235 226.71 1

4.27 9.91 17.65 2750 2.154E-05 6.933E-04 236 226.71 1

4.27 9.191 17.65

2750 2.108E-05 7.143E-04 237

. 226.71 1

4.27 9.91 17.65 2750 2.058E-05 7.349E-04 238 226.71 1

4.27.

9. 91 17.65 2750 2.005E-05 7.550E-04 239 226.71 1

4.27 9.'91 17.65 2750 1.948E-05 7.745E-04 240 226.71 1

4.27 9.'91 17.65 2750 1.888E-05 7.933E-04 241 226.71 1

4.27 9.'91 17.65 2750 1.826E-05 8.116E-04 242 226.71 1

4.27 9..91 17.65 2750 1.761E-05 8.292E-04 243 226.71 1

4.27 9291 17.65 2750 1.694E-05 8.461E-04 244 226.71 1

4.27 9.91 17.65 2750 1.626E-05 8.624E-04 245 226.71 1

4.27 9.91 17.65 2750 1.557E-05 8.780E-04 246 226.71 1

4.27 9191 17.65 2750 1.487E-05 8.929E-04 247 226.71 1

4.27 9!91 17.65 2750 1.417E-05 9.070E-04 248 226.71 1

4.27 9191 17.65 2750 1.347E-05 9.205E-04 249 226.71 1

4.27 9i91 17.65 2750 1.277E-05 9.333E-04 250 226.71 1

4.27 9i91 17.65 2750 1.208E-05 9.453E-04 251 226.71 1

4.27 9i91 17.65 2750 1.140E-05 9.567E-04 252 226.71 1

4.27 9L91 17.65 2750 1.073E-05 9.675E-04 253 226.71 1

4.27 9.91 17.65 2750 1.073E-05 9.776E-04 254 226.71 1

4.27 9!.91 17.65 2750 9.438E-06 9.870E-04 255 226.71 1

4.27 9i.91 17.65 2750 8.819E-06 9.958E-04 256 226.71 1

4.27 91.91 17.65 2750 8.220E-06 1.004E-03 257 226.71 1

4.27 *.91 17.65 2750 7.643E-06 1.012E-03 258 226.71 1

4.27; 9'.91 17.65 2750 7.090E-06 1.019E-03 259 226.71 1

4.27 9'.91 17.65 2750 6.560E-06 1.025E-03 260 226.71 1

4.27 9.91 17.65 2750 6.056E-06 1.031E-03 261 226.71 1

4.27 9.91 17.65 2750 5.576E-06 1.037E-03 (NEP-DES-08-F02-00)

ENGINEERING SERVICESB-81 I-*-i* **.*

,'2,.*......

(Next Project: Nine Mile Point Nuclear Station Unit:

1 Disposition: __

Originator/Date Reviewer/Date Calculation No.

Revision A. G. Klazura R. Kahn H21C078 00 Table B-11: Calculation of Integrated /IQ (Unit 2 CR Air Intake Location, Case 9)

Time, t Distance, x Integrated Speed, u Oz(X,k) aOx(X,k) a, F(t)

X/Q(x,u,k,t)

_sL

[m]

[MIS]

[m]

[rml]

[m]

[cfm]

[l/m]

[s/mmj 262 226.71 1

4.27 9.91 17.65 2750 5.122E-06 1.042E-03 263 226.71 1

4.27 9.91 17.65 2750 4.694E-06 1.047E-03 264 226.71 1

4.27 9.91 17.65 2750 4.290E-06 1.051E-03 265 226.71 1

4.27 9.91 17.65 2750 3.912E-06 1.055E-03 266 226.71 1

4.27 9.91 17.65 2750 3.559E-06 1.059E-03 267 226.71 1

4.27 9.91 17.65 2750 3.229E-06 1.062E-03 268 226.71 1

4.27 9.91 17.65 2750 2.923E-06 1.065E-03 269 226.71 1

4.27 9.91 17.65 2750 2.640E-06 1.067E-03 270 1

226.71 1

4.27 9.91 17.65 2750 2.378E-06 1.070E-03 271 226.71 1

4.27 9.91 17.65 2750 2.137E-06 1.072E-03 272 226.71 1

4.27 9.91 17.65 2750 1.915E-06 1.074E-03 273 226.71 1

4.27 9.91 17.65 2750 1.713E-06 1.075E-03 274 226.71 1

4.27 9.91 17.65 2750 1.527E-06 1.077E-03 275 226.71 1

4.27 9.91 17.65 2750 1.360E-06 1.078E-03 276

.226.71 1

4.27 9.91 17.65 2750 1.207E-06 1.080E-03 277 226.71 1

4.27 9.91 17.65 2750 1.069E-06 1.081E-03 278 226.71 1

4.27 9.91 17.65 2750 9.442E-07 1.082E-03 279 226.71 1

4.27 9.91 17.65 2750 8.321E-07 1.082E-03 280 226.71 1

4.27 9.91 17.65 2750 7.315E-07 1.083E-03 281 226.71 1

4.27 9.91 17.65 2750 6.414E-07 1.084E-03 282 226.71 1

4.27 9.91 17.65 2750 5.611E-07 1.084E-03 283 226.71 1

4.27 9.91 17.65 2750 4.897E-07 1.085E-03 284 226.71 1

4.27 9.91 17.65 2750 4.263E-07 1.085E-03 285 226.71 1

4.27 9.91 17.65 2750 3.702E-07 1.086E-03 286 226.71 1

4.27 9.91 17.65 2750 3.207E-07 1.086E-03

.287 226.71 1

4.27 9.91 17.65 2750 2.771E-07 1.086E-03 288 226.71 1

4.27 9.91 17.65 2750 2.389E-07 1.086E-03 289 226.71 1

4.27 9.91 17.65 2750 2.055E-07 1.087E-03 290 226.71 1

4.27 9.91 17.65 2750 1.763E-07 1.087E-03 291 226.71 1

4.27 9.91 17.65 2750 1.508E-07 1.087E-03 292 226.71 1

4.27 9.91 17.65 2750 1.288E-07 1.087E-03 293 226.71 1

4.27 9.91 17.65 2750 1.097E-07 1.087E-03 294 226.71 1

4.27 9.91 17.65 2750 9.317E-08 1.087E-03 295

.226.71 1

4.27 9.91 17.65 2750 7.896E-08 1.087E-03 296 226.71 1

4.27 9.91 17.65 2750 6.675E-08 1.087E-03 297 226.71 1

4.27 9.91 17.65 2750 5.629E-08 1.087E-03 298 226.71 1

4.27 9.91 17.65 2750 4.362E-08 1.088E-03 298 226.71 1

4.27 9.91 17.65 2750 4.736E-08 1.088E-03 299 226.71 1

4.27 9.91 17.65 2750 3.975E-08 1.088E-03 300 226.71 1

4.27 9.91 17.65 2750 3.327E-08 1.088E-03 301 226.71 1

4.27 9.191 17.65 2750 2.779E-08 1.088E-03 302 226.71 1

4.27 9.'91 17.65 2750 2.315E-08 1.088E-03 303 226.71 1

4.27 9.!91 17.65 2750 1.924E-08 1.088E-03 304 226.71 1

4.27 9;'91 17.65 2750 1.595E-08 1.088E-03 305'"

226.71 1

4.27 1 9.,'91 17.65 12750.

1.319E-08 1.088E-03

..(NEP-DES-08-F02-00)

I'

Project: Nine Mile Point Nuclear Station Unit: 1 Disposition:

Originator/Date Reviewer/Date J CaJculation No.

Revision A. G. Klazura R. Kahn H21C078 00 RIf Table B-11: Calculation of Integrated zIQ (Unit 2 CR Air Intake Location, Case 9)

Wind Integrated Time, t

'Distance, x Speed, uxyýk a,

FM/Q/x~uikkt)

XSpeed, u o(~)a~kk 1

Ft X/Q(x,u,k,t)

/

~~~

Is]

[m]

[m/s]

[m]

[r]

[M cfml

/n

[s/mr 306 226.71 1

4.27 9.91 17.65 2750 1.088E-08 1.088E-03 307 226.71 1

4.27 9.91 17.65 2750 8.957E-09 1:088E-03 308 226.71 1

4.27 9.91 17.65 2750 7.354E-09 1.088E-03 309 226.71 1

4.27 9.91 17.65 2750 6.023E-09 1.088E-03 310 226.71 1

4.27 9.91 17.65 2750 4.921E-09 1.088E-03

-JFINAL -

(NEP-DES.08.F02-OO)

-J 921 0 O4r8Se-kr. 4 A TA<+ tW6Tr C Paf-C.-L 1a46-eat-w WWA-'CýIHMOýPý.E-SIG, ýNKV-,ERIEIU--rAi-Ttl,(-VN-1,R-E Document being design-verified:

0 DCP glCalc U Spec 0 NER 0 DBD 0 Other Doc#, Rev and

Title:

HU ý-

1.

L)L4ki Ut5" L.L.

Extent of Design Verification (Briefly describe):

Method of Design Verification:

Pi Design Review C3 Qualification Testing.

0 Alternate Calculations 3 Applicability of Proven Design Results of Design Verification:

) Fully acceptable with no issues identified Dl Fully acceptable based on the following issues identified and resolved:

0 Continuation Page Follows Discipline Involvement and Approvals:

Lead Design Verifier:

G l.L&UA. S7 1 Name Discipline Design Verifiers, if required:

Signature Date Discipline Name Signature Date S:\\Common\\TEMPLATES\\Word\\NEP\\NEP-DES-07 AT" 1 - Design Verification Report.dot NEP-DES-07

ATTACHMENT ('9)

AFFIDAVIT BY POLESTAR APPLIED TECHNOLOGY, INC.

Nine Mile Point Nuclear Station, LLC December 14, 2006

Polestar Applied Technology, Inc.

AFFIDAVIT I, David E.W. Leaver, being duly sworn, depose and state as follows:

(1)

I am a Principal and an Officer of Polestar Applied Technology, Inc. ("Polestar")

and am responsible for the function of reviewing the information described in paragraphs (2) and (8) which is sought to be withheld, and have been authorized to apply for its withholding.

(2)

The information sought to be withheld is contained in portions of Polestar report H21C092 (see paragraph (8)). This report is being prepared for Constellation Energy. in support of a Constellation submittal to NRC on alternate source term (AST). The Polestar report addresses aerosol removal in the drywell and main steam lines, ultimate iodine DF, and post-accident sump pH as part of a DBA-LOCA dose calculation at Nine Mile Point Unit 1.

(3)

In making this application for withholding of proprietary information of which it is the owner, Polestar relies upon the exemption from disclosure set forth in the NRC regulations 10 CFR 9.17(a)(4), 2.790(a)(4), and 2.790(d)(1) for "trade secrets and commercial or financial information obtained from a person and privileged or confidential" (Exemption 2.790(a)(4)). The material for which exemption from disclosure is here sought is all "confidential commercial information".

(4)

Some examples of categories of information which fit into the definition of proprietary information are:

a. Information that discloses a process or method, including supporting data and analyses, where prevention of its use by Polestar's competitors without license from Polestar constitutes a competitive economic advantage over other companies.

b. Information which, if used by a competitor, would significantly reduce his expenditure of resources or improve his competitive position in the analysis, design, assurance of quality, or licensing of a similar product;

c. Information which reveals cost or price information, production capacities, budget levels, or commercial strategies of Polestar, its customers, or its suppliers;

d. Information which reveals aspects of past, present, or future Polestar customer-funded development plans and programs, of potential commercial value to Polestar; I

e. Information which discloses patentable subject matter for which it may be desirable to obtain patent protection.

The information sought to be withheld is considered to be proprietary for the reasons set forth in both paragraphs (4)a and (4)b, above.

(5)

The information sought to be withheld is being submitted to Constellation (and, we trust, to NRC) in confidence. The information is of a sort customarily held in confidence by Polestar, and is in fact so held. The information sought to be withheld has, to the best of my knowledge and belief, consistently been held in confidence by Polestar, no public disclosure has been made, and it is not available in public sources. All disclosures to third parties including any required transmittals to NRC, have been made, or must be made, pursuant to regulatory provisions or proprietary agreements which provide for maintenance of the information in confidence. Its initial designation as proprietary information, and the subsequent steps taken to prevent its unauthorized disclosure, are as set forth in paragraphs (6) and (7) following.

(6)

Initial approval of proprietary treatment of a document is made by the manager of the originating component, the person most likely to be acquainted with the value and sensitivity of the information in relation to industry knowledge.

Distribution of such documents within Polestar is limited to those with a need to know.

(7)

The approval of external release of such a document typically requires review by the project manager, and the Polestar Principal closest to the work, for technical content, competitive effect, and determination of the accuracy of the proprietary designation. Disclosures outside Polestar are limited to regulatory bodies, customers, and potential customers, and their agents, suppliers, and licensees, and others with a legitimate need for the information, and then only in accordance with appropriate regulatory provisions or proprietary agreements.

(8)

The information identified in paragraph (2), above, is classified as proprietary because it contains detailed information on and results from trade secret methodologies developed by Polestar and applied under the Polestar 10 CFR 50, Appendix B Quality Assurance Program. The trade secret information is identified in ((double bold brackets)) in the calculations. Specifically:

N21C092, page 1 - Cover page designation of this calculation as proprietary;

H21C092, page 27 Polestar has developed unique insights on determination of ultimate iodine DF 2

" H21C092, page B1 - Appendix B initial page designation of this calculation as proprietary;

" H21C092, pages B1 to B138 - Polestar has developed unique insight and knowledge on fission product aerosol transport and removal. This insight and knowledge includes development of the STARNAUA software under the Polestar 10CFR50 Appendix B QA Program, and application of STARNAUA to calculation of aerosol removal from BWR drywells, main steam lines, and bypass piping.

The trade secrets used in this Nine Mile Point Unit 1 work are several of a number of Polestar developed methods, models, and codes. Development of these methods, models, and codes was achieved at a significant cost to Polestar, well over $200,000, which is a significant fraction of internal research and development resources available to a company the size of Polestar.

The development of the methods, models and codes, along with the interpretation and application of the results, is derived from the extensive experience database that constitutes a major Polestar asset.

(9)

Public disclosure of the information sought to be withheld is likely to cause substantial harm to Polestar's competitive position and foreclose or reduce the availability of profit-making opportunities. The information is part of Polestar's comprehensive technology base on application of the AST to operating plants and advanced light water reactors, and its commercial value extends beyond the original development cost. The value of the technology base goes beyond the extensive physical database and analytical methodology and includes development of the expertise to determine and apply the appropriate evaluation process. In addition, the technology base includes the value derived from providing analyses done with methods which have been developed and are being maintained in accordance with 10 CFR 50, Appendix B requirements.

The research, development, engineering, analytical and review costs comprise a substantial investment of time and money by Polestar.

The precise value of the expertise to devise an evaluation process and apply the correct analytical methodology is difficult to quantify, but it clearly is substantial.

Polestar's competitive advantage will be lost if its competitors are able to use the results of the Polestar experience to normalize or verify their own process or if they are able to claim an equivalent understanding by demonstrating that they can arrive at the same or similar conclusions.

3

The value of this information to Polestar would be lost if the information were disclosed to the public. Making such information available to competitors without their having been required to undertake a similar expenditure of resources would unfairly provide competitors with a windfall, and deprive Polestar of the opportunity to exercise its competitive advantage to seek an adequate return on its relatively large investment in developing these very valuable analytical tools.

4

STATE OF CALIFORNIA

)

ss:

COUNTY OF SANTA CLARA

)

David E.W. Leaver, is being duly sworn, deposes and says:

That he has read the foregoing affidavit and the matters stated therein are true and correct to the best of his knowledge, information, and belief.

Executed at Los Altos, California, this 13 day of _-_____-

2006.

David E.W. Leaver Polestar Applied Technology, Inc.

Subscribed and sworn before me this /I day of 4 2003.

RUTH'rtU S Commission # 1439944

~~.a~~~

Nota ry~ Public_ California

___Santa cNara county Le my aCOMM. ExpiresOc. "8,.2007; Nota/ry Public, State of California 5

ML070110323

Text

Title:

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