BSEP 09-0064, Enclosure 6 to BSEP 09-0064 - Calculation 0B21-1305, Core Monitoring LPRM Uncertainty and Sensitivity Decay.
| ML092370285 | |
| Person / Time | |
|---|---|
| Site: | Brunswick  |
| Issue date: | 03/17/2009 |
| From: | Geyer E Progress Energy Carolinas |
| To: | Office of Nuclear Reactor Regulation |
| References | |
| BSEP 09-0064, TSC 2009-03 0B21-1305 | |
| Download: ML092370285 (51) | |
Text
{{#Wiki_filter:BSEP 09-0064 Enclosure 6 Calculation 0B21-1305, Core Monitoring LPRM Uncertainty and Sensitivity Decay
SYSTEM#: 7111 CALC. SUB TYPE: NUF PRIORITY CODE: 4, QUALITY CLASS: A Nuclear Generation Group 0B21-1305 (Calculation #) Core Monitoring LPRM Uncertainty and Sensitivity Decay (TITLE INCLUDING STRUCTURES, SYSTEMS, COMPONENTS) Z* BNP UNIT 0 c CR3 : HNP [--1RNP F- NCP F-- ALL APPROVAL: F-D Electronically Approved REV PREPARED BY J REVIEWED BY SUPERVISOR Signature Signature Signature 0 Signed 12/1/2008 Signed 12/3/2008 Signed 12/10/2008 Name Name Name E.J. Geyer C. W. Stroupe M. A. Blom Signature Signature Signature 1 Geyer, Eric i Stroupe, Charles Blom, Michael 2009.03.17/!\[:45:31 2009.03.18 06:28:13 Supervisor Approval
-04'00' /7 -04'00' / 2009.03.26ý/0:24:29 -04'00' Name Name Name E.J. Geyer C. W. Stroupe M. A. Blom
Preparer: E. J. Geyer Calculation No. 0B21-1305
- CALCULATION Verifier: C. W. Stroupe SHEET Revision 1 Supervisor: M. A. Blom Page 2 of 17 Calculation
Title:
Core Monitoring LPRM Uncertainty and Sensitivity Decay LIST OF EFFECTIVE PAGES PAGE REV PAGE REV ATTACHMENTS 1-17 1 Number Rev Number of Pages 1 0 2 2 0 4 3 0 7 4 1 18 5 1 2 AMENDMENTS Rev Number of Pages Letter Number of Pages
Preparer: E. J. Geyer Calculation No. 0B21-1305 CALCULATION Verifier: C. W. Stroupe SHEET Revision 1 Supervisor: M. A. Blom Page 3 of 17 Calculation
Title:
Core Monitoring LPRM Uncertainty and Sensitivity Decay REVISION
SUMMARY
Rev. # Date Revision Summary 0 12/1/2008 Original calculation. 1 3/17/2009 Central detector exposures associated with point slopes calculated in Attachment 4. Decay constant uncertainty below constant sensitivity exposure threshold recalculated as bias plus standard deviation instead of RMS deviation from zero.
Preparer: E. J. Geyer Calculation No. 0B21-1305 CALCULATION Verifier: C. W. Stroupe SHEET Revision 1 Supervisor: M. A. Blom Page 4 of 17 Calculation
Title:
Core Monitoring LPRM Uncertainty and Sensitivity Decay TABLE OF CONTENTS Page L ist of E ffective P ages .................................................. ............................................................................... 2 R E VISIO N SUM M ARY ............................................................................................................................. 3 T A BL E O F C O N T EN T S ............................................................................................................................. 4 LIST O F A TTA CHMEN TS ................................................................................................... I.................... 4 1.0 PU R PO S E ......................................................................................................................................... 5 2 .0 RE FE REN C E S ................................................................................................................................. 5 3.0 METHOD OF ANALYSIS...............................................6 4.0 BO DY O F CA LCU LA TION ...................................................................................................... 7. 5.0 C O N C L U SIO N S............................................................................................................................ 17 6.0 SCO PE OF VERIFICA TION .................................................................................................. 17 LIST OF ATTACHMENTS
- 1. Document Indexing Table
- 2. Relative LPRM Response Deviation During LPRM Calibration Interval
- 3. LPRM Detector Noise
- 4. LPRM Detector Sensitivity Decay Constant and Uncertainty
- 5. Verification
Preparer: E. J. Geyer Calculation No. 0B21-1305 CALCULATION Verifier: C. W. Stroupe SHEET Revision 1 Supervisor: M. A. Blom Page 5 of 17 Calculation
Title:
Core Monitoring LPRM Uncertainty and Sensitivity Decay 1.0 PURPOSE This calculation determines Brunswick Steam Electric Plant (BSEP) Local Power Range Monitor (LPRM) signal uncertainty as a function of LPRM calibration interval. This uncertainty is intended for use in validating that used as input to core monitoring uncertainty analyses, which establish power uncertainty used as an input to Safety Limit Minimum Critical Power Ratio (SLMCPR) analyses. This calculation also determines LPRM detector sensitivity decay and the exposure threshold below which detector sensitivity is approximately constant.
2.0 REFERENCES
2.1 AREVA Document EMF-2469P, POWERPLEX-II1 CMSS Software Design Specification, Revision 8. 2.2 Advanced Nuclear Fuels Document XN-NF-80-19(P)(A), Volume 1, Supplements 3 and 4, "Advanced Nuclear Fuels Methodology for BWR Reactors: Benchmark Results for the CASMO-3G/MICROBURN-B Calculation Methodology," November 1990. 2.3 EMF-2158(P)(A), Siemens Power Corporation Methodology for Boiling Water Reactors: Evaluation and Validation of CASMO-4/MICROBURN-B2, Revision 0. 2.4 GE Document NEDO-20340, "Process Computer Performance Evaluation Accuracy," June 1974. 2.5 GE Document NEDO-20340-1, Process Computer Performance Evaluation Accuracy Amendment 1, December 1974. 2.6 Brunswick Specification 252-106, Local Power Range Detector Assemblies, Revision 0. 2.7 GE Document NEDC-31336P, General Electric Instrument Setpoint Methodology, October 1986. 2.8 BNP Calculation 2B21-1291, B2C19 Neutronic Analysis Inputs, Revision 0. 2.9 Cooper Calculation No. 98-024, "APRM -RBM Setpoint Calculation," Revision 3 (ADAMS Accession Number ML033160161). 2.10 GE Services Information Letter (SIL) No. 501, LPRM Detector Life in GE BWRs, Revision 1. 2.11 Not used. 2.12 ANP-2674P, Brunswick Unit 1 Cycle 17 Reload Safety Analysis, Revision 2. 2.13 EMF-2493, MICROBURN-B2 Based Impact of Failed/Bypassed LPRMs and TIPs, Extended LPRM Calibration Interval, and Single Loop Operation on Measured Radial Bundle Power Uncertainty, Revision 0. 2.14 GEK-105950, Volume II, Brunswick 1 & 2 Operation and Maintenance Instructions, NUMAC Average Power Range Monitor, 304A3719G012, December 2001.
Preparer: E. J. Geyer Calculation No. 0B21-1305 CALCULATION Verifier: C. W. Stroupe SHEET Revision 1 Supervisor: M. A. Blom Page 6 of 17 Calculation
Title:
Core Monitoring LPRM Uncertainty and Sensitivity Decay 3.0 METHOD OF ANALYSIS 3.1 Design Inputs None. This calculation evaluates an existing design and detector sensitivity decay model. 3.2 Assumptions 3.2.1 BSEP data used to support results in this calculation are assumed applicable to BSEP Unit 1 and Unit 2, regardless of the Unit from which the data was acquired. This assumption is justified because both Units use the same model NA300 LPRM detectors, employ a digital Power Range Neutron Monitoring (PRNM) system, have the same core and detector layout,. and operate on 24 month fuel cycles at the same core rated thermal power. 3.2.2 Estimated LPRM non-linearity bias for a 50% core power increase is assumed sufficient to account for the contribution of LPRM detector response non-linearity to core average LPRM detector uncertainty. This assumption is justified for a decrease in core power 'after detector calibration because non-linearity bias will be greatest at a reduced power approximately midway between the calibration power (equilibrium rated core power) and zero power, where there is no non-linearity bias. Bias at this interpolated mid-point of-50%, constrained to zero bias at 0% and 100%, is reasonably approximated'.,by the unconstrained bias associated with a power increase of 50%. This assumption is also justified for an increase in LPRM response after detector calibration because increases in LPRM response due to control blade movement are mitigated by the location of LPRM detectors at assembly comers diagonally opposite control blade comers. This placement limits the number of assemblies with an adjacent control blade inserted to only one out of the four fuel assemblies surrounding each detector for normal operating control blade patterns, which do not insert adjacent control blades. Deviation in LPRM response due to control blade movement is determined to be 11% in Attachment 2 by calculating the RMS relative deviation in LPRM response between LPRM readings before a control blade sequence exchange and LPRM readings after a control blade sequence exchange. LPRM readings for all detectors at every BSEP Unit l'Cycle 16 LPRM calibration performed subsequent to a control blade sequence exchange were obtained from POWERPLEX CAL files and analyzed. The resultant database consisted of 992 deviations.
Preparer: E. J. Geyer CALCULATION Calculation No. 0B21-1305 Verifier: C. W. Stroupe SHEET Revision 1 Supervisor: M. A. Blom Page 7 of 17 Calculation
Title:
Core Monitoring LPRM Uncertainty and Sensitivity Decay 3.3 Computer Codes Used The table below lists the computer codes used in this DC. The calculation text identifies the software used as it is applied. Name Owner Version(s) Quality Level MICROBURN-B M. Blom AUG05 B MICROBURN-B2 M. Blom uapr05 D
-EXCEL 2007 Spreadsheets Results verified in this calculation 3.4 Computers Used The NFM&SA NFAX02 OpenVMS ALPHA System was used to perform executions with MICROBURN-B. The BSEP hp000155 UNIX system was used to perform executions with MICROBURN-B2. An Intel CPU Windows XP PC was used to create the documentation and spreadsheets in this DC.
4.0 BODY OF CALCULATION 4.1 LPRM Uncertainty as Function of Fluence Since Last Calibration The LPRM signals used as inputs by the core monitoring system to determine the core power distribution and calculate thermal limits are, adjusted for sensitivity decay since the last calibration performed by the Traversing Incore Probe (TIP) System. This adjustment is performed using a simple exponential decay model (Reference 2.1, Section 6.7.2): I=IoeXs Where: I Relative LPRM detector signal Relative LPRM detector signal after last calibration (equal to 1) decay constant (1/snvt) s LPRM detector fluence since last calibration (snvt) The variance in a function f(x,y,z) is equal to the sum of the independent variable variances times the squared partial derivatives of f(x,y,z) with respect to each independent variable: 2 2(= ) 2 + 2 2 + o 2 -zz)
Preparer: E. J. Geyer Calculation No. 0B21-1305 CALCULATION Verifier: C. W. Stroupe SHEET Revision 1 Supervisor: M. A. Blom Page 8 of 17 Calculation
Title:
Core Monitoring LPRM Uncertainty and Sensitivity Decay Applied to the equation above for I, the variance in I as a function of fluence (s) is then given by: 2 a2 = (e) * [a 1o2 + (X) 2
- Gs2 + S2
- aX2 ]
Detector signal uncertainties (a Ioand crl) above are relative to a normalized signal of 1, while remaining parameters and their uncertainties are in units of snvt (or 1/snvt). Sensitivity decay of current generation regenerative LPRM detectors is more complex than the above model. Breeding of U-235 from U-234 in the regenerative detector coating initially replaces slightly more U-235 than is consumed, followed by an equilibrium condition and then by sensitivity decay as U-235 consumption is no longer compensated by converting U-234 to U-235. Consequently the detector sensitivity plotted on a log scale initially exhibits a slightly positive slope followed by zero slope, followed by a slightly negative slope, finally followed by a relatively constant equilibrium negative slope above a threshold detector exposure. Sensitivity decay below this threshold exposure is approximated as being constant, therefore the decay constant below the threshold is by definition zero. Core wide LPRM detector uncertainty as a function of fluence since the last calibration must be determined by taking the square root of a weighted average of LPRM detector variance below and above the threshold, where the weights simply represent the number (or fraction) of detectors in core that are below and above the threshold. This approach accounts for any difference in uncertainty above and below the constant sensitivity exposure threshold. 2 2 2 GI 1 [ fbelow*[Y 1o 2 2
+ S'* Gkbelow ] + fabove*(es) ' * [CF 1o 2 + ()) * (s + S
- Jaabove 2 Where: fbelow = Fraction of detectors below the constant sensitivity fluence threshold axbelow = Decay constant uncertainty below the threshold (1/snvt) fabove = Fraction of detectors above the constant sensitivity fluence threshold ab'ove = Decay constant uncertainty above the threshold (1/snvt)
It should be noted that even relatively large LPRM uncertainty does not significantly impact monitored power uncertainty used in reload licensing analyses. This is the case because changes in detector sensitivity between calibrations are relatively small and increases in LPRM uncertainty result in much smaller increases in monitored power uncertainty, as is clear from equations 9-13 and 9-7 of Reference 2.3, wherein LPRM uncertainty is but one of many uncertainties statistically combined to determine monitored power uncertainty.
Preparer: E. J. Geyer Calculation No. 0B21-1305 CALCULATION Verifier: C. W. Stroupe SHEET Revision 1 Supervisor: M. A. Blom Page 9 of 17 Calculation
Title:
Core Monitoring LPRM Uncertainty and Sensitivity Decay 4.2 LPRM Detector Uncertainty AREVA core monitoring methodology assumes a value of 3.4% for LPRM detector uncertainty (see page 9-5 of Reference 2.3 and page 143 of Reference 2.2). Reference 2.3 cites Reference 2.4 as the source of this 3.4% value. Reference 2.5, Response No. 13 documents that the 3.4% value from Reference 2.4 is comprised of the following components:
- 1) Detector and cable non-linearity for a 15% power change (1.1%)
- 2) Error in detector sensitivity decay between 30 day calibration intervals (0.5%)
- 3) LPRM amplifier drift and non-linearity (0.4%)
- 4) Random noise uncertainty is neglected based on the LPRM being equipped with a high frequency filter (0%).
Reference 2.5 combines components 1) through 3) above via Square Root Sum of Squares (SRSS) to derive a detector uncertainty of 1.3%, which is then conservatively increased to 3.0% without explanation. Reference 2.5 then combines this conservative 3.0% LPRM detector uncertainty with an additional 1.5% uncertainty associated with axial interpolation of LPRM signals between detectors via SRSS to arrive at the LPRM detector uncertainty value of 3.4% cited and applied by AREVA methodology. However AREVA core monitoring uncertainty methodology double accounts for this additional 1.5% uncertainty due to axial interpolation of LPRM signals between detectors because this interpolation uncertainty is included both in the 3.4% LPRM detector uncertainty, and again via the TIP synthesis procedure uncertainty term 6Sijk (and 8Sij for application on a radial basis) described on Page 9-4 of Reference 2.3 (and page 143 of Reference 2.2). Reference 2.5 also includes detector sensitivity decay between calibrations, which is separately accounted for in this calculation. For the reasons noted above, an alternate detector uncertainty for BSEP LPRM detectors is determined from the following components as described below:
- 1) Cable non-linearity and detector non-linearity Reference 2.5 reports a combined cable non-linearity and detector non-linearity of 1.1% for a 15% power change. Section 4.5.2 of Reference 2.7 and page 33 of Reference 2.9 report an accepted APRM non-linearity bias of 0.49% for purposes of establishing a 120% scram set point, and also report a one sigma random detector non-linearity uncertainty of 0.5% (as a two sigma value). Recognizing non-linearity bias is zero for a 0% power change, non-linearity bias for a 15% power change can be estimated by linear interpolation as 0.49%* 15/20, or 0.37%.
Non-linearity bias for a 50% power change can be estimated by linear extrapolation as 0.49%*50/20, or 1.2%. These extrapolated and interpolated values can be compared to the zero bias point for a 0% power change and accepted proprietary non-linearity biases reported in Section 4.5.2 of Reference 2.7 for various non-zero power changes. The combined uncertainty due to cable and detector non-linearity uncertainty, and non-linearity bias due to a power change, is the SRSS combination of cable and detector non-linearity uncertainty plus the non-linearity bias due to the power change. Cable non-linearity uncertainty can therefore be estimated from the above values on a one sigma basis as
Preparer: E. J. Geyer Calculation No. 0B21-1305 CALCULATION Verifier: C. W. Stroupe SHEET Revision 1 Supervisor: M. A. Blom Page 10 of 17 Calculation
Title:
Core Monitoring LPRM Uncertainty and Sensitivity Decay 4[(1.1% - [0.49%* 15/20])2 - 0.5%2] , or 0.535%. This value can be compared to the accepted proprietary cable non-linearity uncertainty reported in Section 4.5.3 of Reference 2.7. Based on the above values, detector and cable non-linearity uncertainty for a 50%.power change is 0.49%*50/20 + 4j(0.5%2 + 0.535%2), or 1.96%; for a 20% power change it is 0.49% + 4I(0.5%2 + 0.535%2), or 1.22%; and for a 15% power change it is 1.1%. These values are determined on a one sigma basis consistent with determination of core monitoring uncertainties in References 2.2 through 2.5 on a one sigma basis. As presented in Assumption 3.2.2 and Attachment 2, the deviation in LPRM power between calibration intervals is only 11%. Therefore detector and cable non-linearity uncertainty for a 15% power change is bounding and applicable at near rated power conditions. The corresponding uncertainty for a 50% power change is applicable at all power levels for the reasons discussed in Assumption 3.2.2. Additional conservatism below rated power also exists as a consequence of core operating thermal limit margins generally increasing as core power is reduced below rated.
- 2) No sensitivity decay error is included in LPRM detector uncertainty Sensitivity decay error throughout the interval between LPRM calibrations is separately accounted for in this calculation.
- 3) LPRM amplifier drift and non-linearity is neglected The 0.4% uncertainty for this component reported for analog amplifiers by Reference 2.5 in 1974 is small. Regardless, it is neglected completely in this calculation because the BSEP LPRM amplifiers have been replaced with a digital PRNM System. Drift and non-linearity for this digital system is considered negligible.
- 4) Random noise uncertainty The contribution of random noise to LPRM uncertainty is neglected in Reference 2.5 based on high frequency filtering of the LPRM signals, but will be accounted for in this calculation.
LPRM detector noise is evaluated in Attachment 3 by calculating noise as the RMS deviation about the average LPRM detector reading over a sample of 2254 LPRM readings taken from 23 BSEP LPRM detectors during steady state operation. BSEP LPRM detector noise was determined to be 0.33% from this data. This random noise will be arbitrarily increased by 50% to 0.5% for use in this calculation. Section 4.5.4 of Reference 2.7 and page 34 of Reference 2.9 report (as a two sigma value) a one sigma random APRM neutron noise uncertainty of 1% for application during AOO transient conditions. This value is excessive for application to core monitoring of plant conditions prior to postulated AOO occurrence, as evidenced by the above BSEP LPRM noise data. BSEP LPRM detector uncertainty is taken in this calculation to be the SRSS combination of uncertainty components "1)" and "4)" above. Detector non-linearity bias is treated additively in the
Preparer: E. J. Geyer Calculation No. 0B21-1305 CALCULATION Verifier: C. W. Stroupe SHEET Revision 1 Supervisor: M. A. Blom Page 11 of 17 Calculation
Title:
Core Monitoring LPRM Uncertainty and Sensitivity Decay total non-linearity uncertainty, but not in the total LPRM detector uncertainty because power changes inducing the detector non-linearity are considered random. This treatment is consistent with that in Reference 2.5, Response No. 13. LPRM detector uncertainty is x(1.96%2+ 0.5%2), or 2.0% based on a 50% power change non-linearity basis. This uncertainty is appropriate for application at all power levels and excludes uncertainty due to predicting detector sensitivity decay since the last calibration. LPRM detector uncertainty is .I(1.1%2 + 0.5%2), or 1.2% based on a 15% power change non-linearity basis. This uncertainty is appropriate for application near rated power and also excludes uncertainty due to predicting detector sensitivity decay since the last calibration. 4.3 BSEP POWERPLEX-I1I (PPX-III) SNVT Accumulation Rate BSEP Unit I Cycle 16 (BI Cl 6) is selected as a representative 24 month BSEP operating cycle, which completed operation in the Spring of 2008. The Reference 2.8 B1C16 MICROBURN-B2 depletion model input was modified to set LPRM exposure at Beginning of Cycle (BOC) to zero, and the depletion repeated to follow actual B 1C 16 cycle operation from BOC to End of Cycle (EOC). The depletion was executed on the hpOO155 UNIX workstation in the directory
/project/lprm/:
$ pwd
/project/lprm
$ 11 total 214160
-rw-r ----- 1 exxxxx users 2085112 Aug 29 16:26 cmo.depl6
-rw-r ----- 1 exxxxx users 134126 Aug 29 16:26 depl6a.inp
-rw-r ----- 1 exxxxx users 14026 Aug 29 16:26 depl6b.inp
-rw-r ----- 1 exxxxx users 5648 Aug 29 16:26 depl6c.inp
-rw-r ----- 1 exxxxx users 321 Aug 29 17:02 err.depl6
-rw-r ----- 1 exxxxx users 1094112 Aug 29 17:07 lml.depl6
-rw-r ----- 1 exxxxx users 230840 Aug 29 17:07 im2.depl6
-rw-r ----- 1 exxxxx users 95130 Aug 29 17:01 mb2_blcl6.dek
-rw-r ----- 1 exxxxx users 60588192 Aug 29 17:07 mbo.depl6
-rw-r ----- 1 exxxxx users 33829306 Aug 29 17:07 mcb.depl6
-rw-r ----- 1 exxxxx users 248930'Aug 29 17:02 min.depl6
-rw-r ----- 1 exxxxx users 5757080 Aug 29 16:27 rst.brkl-bocl6
-rw-r ----- 1 exxxxx users 5421012 Aug 29 17:07 rst.depl6
-rwxr-x--- 1 exx(xxx users 929 Aug 29 16:27 run.depl6
-rw-r ----- 1 exxxxx users 15472 Aug 29 17:07 sml.depl6
-rw-r ----- 1 exxxxx users 15964 Aug 29 17:07 sm2.depl6
-rw-r ----- 1 exxxxx users 15984 Aug 29 17:07 sm3.depl6
-rw-r ----- 1 exxxxx users 15524 Aug 29 17:07 sm4.depl6
-rw-r ----- 1 exxxxx users 15524 Aug29 17:07 smS.depl6
$ cksum
- 2799291860 2085112 cmo.depl6 183381449 134126 depl6a.inp 598761446 14026 depl6b.inp 1608665868 5648 depl6c.inp 1604574365 321 err.depl6 235037016 1094112 lml.depl6 2671895256 230840 im2.depl6 1565503553 95130 mb2_blcl6.dek
Preparer: E. J. Geyer Calculation No. 0B21-1305 CALCULATION Verifier: C. W. Stroupe SHEET Revision 1 Supervisor: M. A. Blom Page 12 of 17 Calculation
Title:
Core Monitoring LPRM Uncertainty and Sensitivity Decay 2643089792 60588192 mbo.depl6 2261243508 33829306 mcb.depl6 1051810674 248930 min.depl6 135888240 5757080 rst.brkl-bocl6 4211089305 5421012 rst.depl6 1709202490 929 run.depl6 168113491 15472 sml.depl6 904829300 15964 sm2.depl6 3168032883 15984 sm3.depl6 2286146741 15524 sm4.depl6 3676348850 15524 sm5.depl6 The following information was extracted from the MICROBURN-B2 mcb.dep 16 output file: Average LPRM snvt from BOC to EOC: 3.823 snvt End of Cycle Exposure: 19,291.2 MWD/MTU Core Mass: 100.4069661 MTU Rated Power: 2923 MWth From which the BSEP LPRM snvt accumulation rate per EFPH is calculated as follows: 3.823/(19291.2*24*100.407/2923) = 2.404E-4 snvt/EFPH 4.4 POWERPLEX-III (PPX-III) SNVT Accumulation Uncertainty PPX-III accumulates LPRM detector fluence based on MICROBURN-B2 calculated thermal flux at the detector location. The uncertainty in calculated flux at the detector location is the MICROBURN-B2 calculated nodal TIP detector response uncertainty, designated as 6Tijk in References 2.2 and 2.3. As shown in Section 4.1, snvt accumulation variance is weighted by the square of the LPRM detector decay constant in the calculation of LPRM detector signal variance. Because the decay constant is small (on the order of 0.1), LPRM signal uncertainty is insensitive to snvt accumulation uncertainty. Therefore a representative value of 5% is assigned to 6Tijk. Progress Energy calculated the BSEP specific value of 8Tijk in Reference 2.8 from comparisons to measured BSEP TIP data collected over many operating cycles, including current operating cycles. The BSEP specific value is bounded by that reported in Reference 2.3, and both the BSEP specific value and that reported in Reference 2.3 are less than 5%. Snvt uncertainty in units of snvt is required for application in the formula derived in Section 4.1 of this calculation, therefore snvt uncertainty is taken to be: cy = 0.05*s
Preparer: E. J. Geyer C Calculation No. 0B21-1305 CALCULATION* Verifier: C. W. Stroupe SHEET Revision 1 Supervisor: M. A. Blom Page 13 of 17 Calculation
Title:
Core Monitoring LPRM Uncertainty and Sensitivity Decay 4.5 LPRM Calibration Current and Exposure Data LPRM calibration current as a function of snvt was obtained from LPRM End of Life projection curve data collected approximately annually by the BSEP neutron monitoring system engineer to monitor LPRM detector lifetime as described in Reference 2.10. It was not possible to confirm if the individual detector gains (Reference 2.14, Equation 2-10) used to obtain the calibration current data were adjusted for sensitivity decay since the last calibration; however this adjustment is small and if neglected would result in overestimating uncertainty determined from this data, which is conservative for purposes of this calculation. The data were obtained for all Unit 1 LPRM detectors in core as of March 2008 and tabulated in the spreadsheet listed in Attachment 4. Data obtained when the LPRMs were bypassed was excluded. The data extend from January 1997 through March 2008, depending on the age of each detector in core as of March 2008, and range in exposure from beginning of detector life through 21.6 snvt, near the end of detector life. LPRM snvt accumulation for this data is based on the POWERPLEX-2 (PPX-2) Core Monitoring System (CMS), with the exception of the last few weeks of B 1C 16 operation that were monitored with PPX-III. Ignoring the difference between PPX-2 and PPX-III snvt accumulation rates for this short period has negligible impact on the results of this calculation given the lifetime of a detector extends over several operating cycles. However it is appropriate to account for this difference when using PPX-2 data to determine a detector decay constant applicable for use with PPX-III. PPX-2 snvt will be multiplied by the ratio of core average PPX-II1 snvt to core average PPX-2 snvt accumulated in B 1C 16 from beginning to end of cycle to convert PPX-2 snvt to PPX-III snvt. This approach accounts for the difference in the detector snvt accumulation rate between PPX-2 and PPX-III for purposes of determining the detector decay constant and decay constant uncertainty. The B 1C 16 cycle depletion modeled with the PPX-III MICROBURN-B2 model in Section 4.3 was repeated on the NFAX02 OpenVMS system in the below directory using the PPX-2 MICROBURN-B core follow model maintained by procedure NGGC-NFP-00 11. BOC LPRM exposure was zeroed for convenience and cases for the last few weeks of operation following conversion to PPX-III were added relative to the base model in the depletion input. Directory PROJECT: [LPRM] BOC16.RST;1 4-MAY-2006 08:47:20.41 EA19291.CAS;I 29-AUG-2008 16:16:34.33 EA19291.FIG;I 29-AUG-2008 16:16:34.39 EA19291.LIM;I 29-AUG-2008 16:16:34.15 EA19291.LOG;I 29-AUG-2008 16:16:22.39 EA19291.MCB;I 29-AUG-2008 16:13:56.88 EA19291.OUT;1 29-AUG-2008 16:16:23.12 EA19291.SMI;I 29-AUG-2008 16:16:34.21 EA19291.SM2;1 29-AUG-2008 16:16:34.26 MCBB1C16R2.DEK;1 10-AUG-2006 15:25:26.23 The following information was extracted from the EOC case of the MICROBURN-B output file: Average PPX-2 LPRM snvt from BOC to EOC: 4.195 snvt
Preparer: E. J. Geyer CACalculation No. 0B21-1305 CALCULATION* Verifier: C. W. Stroupe SHEET Revision 1 Supervisor: M. A. Blom Page 14 of 17 Calculation
Title:
Core Monitoring LPRM Uncertainty and Sensitivity Decay. Using the corresponding MICROBURN-B2 result from Section 4.3 of 3.823 snyt, the ratio of PPX-III to PPX-2 snvt accumulation rate is calculated as follows: 3.823/4.195 = 0.9113 4.6 LPRM Detector Decay Constant and Uncertainty The LPRM detector decay constant in the Section 4.1 exponential model is determined by calculating the logarithmic (natural) slope of the data between data collection dates: k = ln(I/I,.1 ) / (snvtn-snvtn. 1) where snvt, and snvtn.4 above are PPX-2 snvt converted to PPX-III snvt using the ratio of PPX-III snvt to PPX-2 snvt calculated in Section 4.5. The mean value theorem guarantees the resultant database of point slopes is independent of the detector exposure interval between data collection dates. The detector exposure corresponding to each point slope is calculated as (snvtn+snvtn_0/2. As described in Reference 2.10 and Section 4.1, the model NA300 detectors used by BSEP are regenerative detectors with approximately constant sensitivity through a threshold exposure, followed by exponential sensitivity decay thereafter. The natural log of detector current versus snvt early in detector life (0 through 5 snvt) was fit to a quadratic polynomial in Attachment 4 to determine the threshold exposure. Decay constant in this range is simply the derivative of the quadratic fit. The exposure at which the average decay constant above the threshold was equal to half the decay constant determined from the derivative of the quadratic fit was determined to be 2.8 snvt. Because the core monitoring system model's decay constant is by definition zero below the threshold, defining the threshold in this manner causes the core monitoring system to begin adjusting for sensitivity decay at the point where the decay constant is closer to that above the threshold than it is to the constant value of zero below the threshold. Decay constant and its uncertainty above the 2.8 snvt threshold are simply the average logarithmic point slope above the threshold and its standard deviation, respectively. Because the core monitoring system requires the decay constant to be zero below the threshold, decay constant uncertainty below the threshold is the absolute value of the average logarithmic point slope (effectively a bias), plus the standard deviation of the logarithmic point slopes about their average value below the threshold. The average logarithmic point slopes and standard deviations below and above the constant sensitivity exposure threshold of 2.8 snvt are calculated in Attachment 4. Results are summarized below.
Preparer: E. J. Geyer Calculation No. 0B21-1305 CALCULATION Verifier: C. W. Stroupe SHEET , Revision 1 Supervisor: M. A. Blom J __ Page 15 of 17 Calculation
Title:
Core Monitoring LPRM Uncertainty and Sensitivity Decay snvt < threshold of 2.8 snvt > threshold of 2.8 Avg A (1/snvt) 0.0195 Average A (1/snvt) -0.0931 StDev (1/snvt) 0.0731 StDev (1/snvt) 0.0508 C'A below (1/snvt) 0.0926 GA above (l/snvt) 0.0508 Point slope count 166 Point slope count 522 Greater uncertainty below the threshold is consistent with approximating regenerative detector sensitivity as constant in this range as described in Section 4.1, and is mitigated by the fact that LPRM detector exposure exceeds the snvt threshold for most of the detector operating life. Based on the preceding results, a fixed decay constant of -0.093 and threshold of 2.8 snvt should be applied to all detectors for purposes of core monitoring sensitivity decay corrections. Uncertainty could be reduced by employing detector and/or exposure specific decay constants that might account for manufacturing variance in initial U-234 and U-235 composition, or small changes in decay slope over the life of the detector. However accepting the greater uncertainty of a fixed detector decay constant eliminates the need to monitor detector specific changes and incorporate them into the core monitoring system data bank at an appropriate frequency, as well as the increased potential for human error that would be associated with frequent changes. 4.7 Calculation of Core Monitoring LPRM Uncertainty Core monitoring LPRM uncertainty as a function of detector exposure can now be calculated using the equation for a, in Section 4.1 of this calculation, the component uncertainties determined in preceding sections of this calculation and the fraction of detectors operating below and above the exposure threshold determined as described below. The fractions of the point slopes below and above the threshold are 24.1% and 75.9%, respectively. Therefore the fraction of detectors operating below and above the threshold will be set based on these percentages, consistent with the average point slope exposures in the calibration current database. This selection is conservative relative to Attachment 4 data indicating LPRM replacement at approximately 20 snvt, because uncertainty is greater below the threshold and a 20 snvt detector life implies detectors operate below the 2.8 snvt threshold only 14% of their life. LPRM detector uncertainty (cyI) is tabulated below through a 2000 EFPH nominal calibration interval, plus 25% extension through 2500 EFPH consistent with the maximum Technical Specification surveillance interval allowance.
Preparer: E. J. Geyer C CALCULATION Calculation No. 0B21-1305 Verifier: C. W. Stroupe SHEET Revision 1 Supervisor: M. A. Blom Page 16 of 17 Calculation
Title:
Core Monitoring LPRM Uncertainty and Sensitivity Decay Parameter Value EFPH s (snvt) 01 (%) snvt/EFPH 2.404E-4 0 0 2.00% threshold (s) 2.8 500 0.120 2.12% 0 io (%) 2.0% 1000 0.240 2.48% oGbelw (l/s) 0.0926 1500 0.361 2.98% fbelow 0.241 2000 0.481 3.56% Aabove (/s) -0.0931 2500 0.601 4.19% GAabove (1/s) 0.0508 fabove 0.759 0s = snvt* 5% LPRM detector uncertainty (a,) is also tabulated below using the 1.2% LPRM detector uncertainty developed in Section 4.2 for application near rated power conditions and considering only the nominal calibration interval. kParameteri Value EFPH s (snvt) o* (%) S(%) 1.2% 0 0 1.20% 500 0.120 1.41% 1000 0.240 1.92% 1500 0.361 2.54% 20001 0.481 3.21%1 RMS oa(%) 0 to 1000 EFPH: 1.5%i RMS a, (%) 0 to 2000 EFPH:2.2% The RMS averages of LPRM uncertainty through nominal calibration intervals of 1000 EFPH and 2000 EFPH are also presented. These values are provided for future use in calculating best estimate expected deviations between predicted and monitored core thermal limits using TIP comparison statistics per the method described in Reference 2.8. Uncertainties calculated above using the equation for 0j in Section 4.1 of this calculation treat decay constant bias below the threshold as random. While not strictly conrect, this treatment has negligible impact because the bias of 0.0195 (1/snvt) is small relative to the decay constant standard deviation of 0.0731 (1/snvt) below the threshold (random uncertainty), and for reasons previously discussed the bias is applicable no more than 24.1% of the time. For example, (; at 2500 EFPH (0.601 snvt) would decrease from 4.19% to 4.12% if GX below is reduced by the bias from 0.0926 to 0.0731 and a bias of 0.241*0.0195 (1/snvt)*0.601 (snvt) were instead separately added to al.
Preparer: E. J. Geyer Calculation No. 0B21-1305 CALCULATION Verifier: C. W. Stroupe SHEET Revision 1 Supervisor: M. A. Blom Page 17 of 17 Calculation
Title:
Core Monitoring LPRM Uncertainty and Sensitivity Decay
5.0 CONCLUSION
S 5.1 Summary of Results AREVA reload licensing analyses for BSEP cores, including calculation of SLMCPR, consider an LPRM detector signal uncertainty of 4.3% (See Reference 2.12, Table 4.1 and Reference 2.13, Section 4.0 and Table 6.2). The analysis results in Section 4.7 demonstrate BSEP LPRM detector uncertainty is 4.19% for a maximum LPRM calibration interval of 2500 EFPH. Thus, the BSEP specific uncertainty is bounded by that assumed for AREVA reload licensing analysis. Best-estimate BSEP LPRM uncertainties averaged over nominal calibration intervals of 1000 EFPH and 2000 EFPH were determined to be 1.5% and 2.2%, respectively. The constant sensitivity fluence threshold and decay constant above this threshold are 2.8 snvt and -0.093 snvt', respectively, for BSEP NA300 LPRM detectors. 5.2 Precautions/Limitations 5.2.1 LPRM sensitivity decay constant, decay constant uncertainty and conversion between LPRM snvt and EFPH are all specific to the methodology used to accumulate LPRM fluence. All of these parameters can be proportionally (or inversely proportionally) adjustedby the ratio of snvt accumulated by one methodology to that accumulated by another. However the values presented in this calculation are only appropriate for application with the BSEP CASMO-4 and MICROBURN-B2 based PPX-III CMS with ELFAC (optional LPRM Flux Scaling Factor input) set to 1 for all detectors. 5.2.2 The TPCEDT Version 2.0 software assumes an LPRM uncertainty value of 3.4%. This software should not be revised to use an increased LPRM uncertainty of 4.3% following any extension of the BSEP LPRM calibration interval, because its primary use is validating performance against Reference 2.3 criteria that are based on an LPRM uncertainty of 3.4%. Monitored power uncertainty can be manually calculated using the applicable LPRM uncertainty and individual component uncertainties calculated by the software as needed. 6.0 SCOPE OF VERIFICATION Verification results should be included in Attachment 5. The following is a suggested minimum verification scope for this calculation: 6.1 Complete EGR-NGGC-0003 Record of Lead Review, included as Attachment 5 (Lead DV).
0B21-1305 Revision 0 Page 1 of2 (. Attachment 1 Document I-dexing Table
Document Indexing Table CALC. NO. 0B21-1305 PAGE NO. 2of2 REVISION 0 Document ID Number Function Relationship to Calc. Action
.Type (e.g., Cale No., Dwg. No., (i.e. IN for design (e.g. design input, assumption basis, (e.g. CALC DWG Equip. Tag No., Procedure inputs or references; reference, document affected by results) (specify if Doe.
(eAg.CAOCEDURE, No., Software name and OUT for affected Services or Config. TAG, PROCEDURE, version) documents) Mgt. to Add, Deleted SOFTWARE) or Retain) (e.g., CM Add, DS Delete) CALC 2B21-1291 IN Reference Add SPEC 252-106 IN Reference Add SOFTWARE PPX2/MCB Version IN Code Used Add BxAUG05 SOFTWARE POWERPLEX-III/ OUT MB-2 code used, CaIc. provides Add MICROBURN-B2, input to PPX-III Versions USEP06/ UAPR05 SOFTWARE TPCEDT20 OUT Uses LPRM uncertainty for Add (CRTN 252322) calculations (For the purpose of creating cross references to documents in the Document Management System and equipment in the Equipment Data Base)
0B21-1305 Revision 0 Page 1 of 4 Attachment 2 Relative LPRM Response Deviation During LPRM Calibration Interval
A IB CIc DI EIFIG IH I I [K[ L M N 10 P QI RI Sl T 1 U I 06MAY16-12.35.38, 06JUN22-11.51.36 06AUG31-11.23.161 06DEC14-11.52.19 Location, D Cl a Ai I D Cl BF A D CI 1 A DI C, BB A 3 2005 21.0 37.7L li,20 4841 5 2 438.41512 48511 57.4. 4 28051 22.7 39.250.9153.1
-26.01 40.91 49.1 53.8 28.1 45.6i 52.11 37.21 30.4'43.51 46 5 36o5 18.5i 33.3 43.41 39.3' J21.5 35.2 43.3 38.0 - 22.2 34.8 426 39 0. 24.2 34.2 42.0! 44.6' 6 12131 25.91 46.6 63.91 69.0! }28.7 48.31 62.6 59.2 31.5 43.81 53.0i 64.6A 34.51 48.41 51.81 62.21 7 2013: 32.4 51.8 62.71 62.2 1 37.3 53.31 56.8 60.8 38.3 48.71 57.4i 65.8, i41.41 45.31 55.4; 68.31 8 2813 350 523 58.9 59.7 -I 40.1 54.6 55.6 61.3 41.5 49.91 59.1 60.5 430 48.7 ý 5861 66.5 I'll3....... ................................ 0.3 ... 5..6......:2 .4 ........
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642 ...................... 860 .......0 .2i ........................... .5 1 443 21 30 52151.0"': 23.9 38.7 52.151. 25.31 36.81 48.21 52.91 28.6 4021 45.2i45 11 421: 21.4 37.1 50.61 50.4 19.2 31.3i 4651 54.3 1 20.81 31.41 45.3 56.31 22.71 3301 43.8i 51.61 12 1221 i-32.8; 51.8 63.51 63.1 . 333 46.7 54.7 65.2 37.01 45.41 557'- 70.71 37.91 48.21 57.7- 75.4 13 2021: 39.6i 44.8 54.81 62.5; 42.0 44.51 52.8 62.0, 43.8 43.51 54.0i 6581 47.41 43.61 52.7! 64.1 14 28211 41.1 45.7 54.0: 59.71 i 44.8 45.4. 54.6 62.6 1 44.61 41.8, 53.41 61.41 49.3 44.31 53.71 63.41 15 36211 38.0; 46.7 57.31 59.8: 414 51.75 56.6 63.8 41.3 44.01 54.51 63.91 46.3 45.01 54.31 64.7 16 44211 287 48.5 59.3 54.2 1 29.8 47.81 61.8 68.5 1132.8 48.9'59.7 57.91 38.8 42.4 51.6' 56.8 17 429: 22.5 38.5 50.91 53.4;: 17.8 28.9i 42.1 45.6 i 19.51 29.4L 41.6 17.0 23.61 30.7 25.2 18 1229, 350 520 595F61.9' T 42.5154.61 66.2 1 37.8 43.41 53.91 6 5 5 39.3 44.71 51.81 59.8 19 20291 41 8 462 54.5 60.51 42.5 44.01 54.61 64.31 44.8 42.3' 53.2! 64.2 1 49.6 43.81 51.6 59.6. 201 2829 452 490 54.7 63.3I 467 45.1--5421 62.6 . 46.9 43.4154.3 63.6 52.9 46.71 53.3 606 21 3629 39.3 483 56.4 61.51 41.2 45.2 54.3 62.0 1 42.0 426_53.6 8 62_1_ 47.2 42.3 5231 62.1 22 4429 30.9 3 584 581i 32.1 509 65.5 61.7 34.7 52.3I 63.6 1 40.6141.21 514 58.4 [ * ............ 23 __4371 19.0. 3411 44.8 41.0 18.3 30.5 42.7 46.6 I19.8 30.01 41.41 4801 .22 30.2] 36.81 33.1i 24 256. 1237- 29.4- 49.6 F d6'3861'
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Location' _ RMS 11% D 6JU N22-I i51 36 CI B A I 106AUG31-11.23.16, ' A i D j 06DEC14-11.2.191 C B A 37 2005" Count 992 I 0.12 0.021 -0.061003 '0.07 007 005-021' ' 0.04 -0.08 -006 026 38 3--............ 2805I o !.............. ... ............... .Z . ....... .. ... ...... .................. 013 0.04 -0.04! 0.01
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1o.091 -0.10] -0.18 0.081 '0.09 0.10 -0.02i -0.04 41_ 2-0_- . _. . I 1 0 1 0. 03- -0.101 -002 I 0.13 0.041-0.06 003 11*0.031-0.09*1---001' 0.031 -0.09 0.06 0081
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--0.04 0.04 0.09 43 36131 ____ _ 0.13 0.06' 0.00 -0.01 0.061 -0.111 -0.15! 0.021 0.071 -0.041 0.01' 0.07 44 4413: 1 008 0.021 -0.01 001 0.06 -0.051 -0.081 0.03 0.12 0.08 -0.071 -0.24
_ _422_- I _ I 0.11 -0.191 -0.09 007 0.0810.001 -0.031 0.04 1 0.08 0.051 -0.031009 4546 1 -- 21I;2* - 0.02 -0.11 -0.161 0.03 0.10' -0.03l 0.02i0.081 0I 0.02 0.06 0.03' 0.06 47 ______ ----- -- ___ý _ 0.06 -0.011 -0.041 -001 ' 0.04 -0.021 0.02 0.061 0.08 0.00, -0.02 -0. 0 3r 48 2821 ,'1 0.08 -0.01! 0.011 0.05 0.001 -0.09, -0.021 -0.021 0101 0.06 0.01' 0.031 49 36211 - _ _ . 1 0.08 0.10' -0011 006 ' 0.001 -0.181 -0.041 0.001 0 11
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-0.05 -0.014 1 0.0 0.081 -0.111 001I
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Attachment 2 LPRM Power Deviation 1
A V W XAAI AB I AC I ADJAE AF I AGI AH I Al AJ AK AL I AM AN AO T 07FEB21_10.53.001 07MAY02-12.24.171 7JUN19-10.01.561 Al I D' 070CT02-11.58.35 C! B A1 2 Locapio D C B1 A __ D CBI A! gD Cl BB 3 229 31 4 401 44.111 50321 0 3 29.51 34.4 20051_____.14.k3. 43.3 56 .51 1 3151LLL46 360 416 i41 4 3 4 28051 32.11 36.71 44.1 56.7 35-01 37.0 43.5 54.0' 38.71 47.31 37.4' 5.5 , 36.81 44.91 39.2L 38.4 5 3605YC 26 305. 36.0 39.2 1 29.01 33.5' 34.8 29.31 37.0' 36.4 36.4 28.1! 34.51 37.9 38.3 6 12131 35.8 43.3' 54.51 76.21 39.01 47.41 48.4 60.9 1 38.71 52.21 51.2 61.8 37.31 48.6: 59.3 63.11 7 20131 45.91 45.4. 52.3 68.71 1 48.9 46.3i 49.1 62.41 I 48.2 51.51 51.7 59.8, 1 49.21 49.3: 52.6 51.41 8 2813148.3 46.31 536 663 51.8 473 527 ,5171 6351 525 5371 5721 534' 534 5451 4921 I--0 36131 47.4. -- '---.~I 56167.3! 44 .... .......... 47.4 4.15.16 5.1
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.74.41 132.3' 40.51 4.
53.11 62.1 I..... 1 24.2 40.41 336 51.2 44.3 60.8 53.11i 44.41 60.41 13 2021; 46.1, 42.4' 53.1! 67.31 49.7 44.6' 51.3 63.9 48.7 46.5 53.6 60.3 52.31 50.7' 53.6 46.11 14 2821! 48.8, 43.31 53.21 65.51 1 51.4 46.31 52.0 63.21 149.3! 44.71 51.9 55.7 j. 54.21 53.1i 52.2 44.11 15 36211 47.3! 45.1 52.21 66.7 51.1 48.01 53.3 66.9' 50.71 50.9 53.4 59.5' 52.81 53.2 53.5 4911 16 44211 41.1 44.6 48.91 58.81 40.7 48.0! 54.5 722 44.9 53.91 49.2 54.4! 45.7 54.1 50.5 532 17 429' 16.7' 22.8; 31.5! 25.91 175 21.7, 29.5 26.0 1 18.3 22.8 29.81 24.3l I 173' 229' 28.7 20.11 18 1229' . 47.7 65.0! 64.41 40.1,39.8[ 50.3 60.7 1 42 .1 53.0 47.7 19 2029 45. 9 3 55 626 519 476 53.3 64. i 1 531 586 524 50.2 53.1 45.0 20 2829 51.5 456 53.6 63.61 55.5 509 52.2 58.5 1 501 45.3 522 519 570 551 52.6 39.21 49.8 46.0o 2# '-519 _-- 64.4-..... ---
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--- 44.7 42.8 53.1 2037i,-4q,-4-..--5-6----,----6 65.3 48.0 44.61 6-, 51.3 62.4 7-6--T--,T-*3- 1 47.81 46.8 TT-] 51.3 --57.61 e ---.I 51.91 49.71 5--7i-E 53.0 48.31
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36 4 2 28 4437 . 6' 47.51 61.6/ 36.8 44.9' 52.9 74.21 39.41 50.1151.5 62.81 394 498 54.5 6.9P 29 1245 268 358_5001 450! 30738.7 38_3_ 43*I 288i 38.8 44.1 55.2 29.01 38.1; 46.9 55.5! 8 30 2045' 39.9 42.61 49.2! 61.41! 43.01 43.5! 47.1 5 4V 142.3! 51.8! 47.9 556! 41.7i 49.81 53.8j 60.71 31 285 2143.6: 51.2 42 62 41'4. 9 41 55.31 49.01 54' 61 56 52.4! K2.21 32 3645" 37.7 40.7: 47.2 59.6 40.6 46.7! 44.2 52.7 -1 39.3 50.0 50.7 61.41 39.5 47.51 54.2 60.71 33 44451 23.11 28.61 35.1{ 40.61 _25.0 30.61 32.51 35.0, 1 25.21.. 32.21 35.11 37.21 1. 25.41 31.81. 36.3 35.8!
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... ... I 35 I 07FEB21-10.53.001 07MAYO2-12.24.17! , 07JUN19-10.01.56 I I 070CT02-11.58.351 36 Location' D C. B' A C! B A L D:; C1 A D C B A 37 2005' 0.10 -012 -0.11 -0.02! 0.06 004 -003 -003 i 0081 0.171 -0.09 -031 -0.081 -0.09 0.12 017t 38 2805i 0.05 19 ,-0.06 0.19! 0.08 0.02 -0.01 -0.05 0 01 0.21 -0.16 -0.521 -0.05 -0.05! 0.05 0.08 39 3-6051 009-0.12 -0.17 -O14 008 009 -003 0011 009004 000827 001 -0.041-0.07 004 005!
40 . 1213 009- 004 012 005 018! 008 009 -013 -025/ -001 0.0 0011 -0j04-. 0.07! 0.14 0.02! 41 21300 00.6Ol0. 1 -0.1 0.10 Q4 0.02 10-.0-21-00 -004.1161 4 2013 0066 0021 0001010 .5 42 28131 0.11 -005'-0.09 0.00! 0.07 0.02 -.0.02-0.04 1 0.00' 0.10 0.02 -0.11 1 0031 002! 0.01 -0.161 4 3613 0.12 0.00-0.06! 0.02, 0.04 012 -0.04 -0.08 0.01i 0.09 0.03-003' 0.001 -0.161 0.03 -0.081 44 4413: 0.031 -0 12' -002 0.251 0.05 007, 0.00 0.01 0.03! 0.07 0.00 -0.051 0.021 -0.02! 0.06 -0.021 45 4211 0.04 -010 -006 -0.041 0.00 002 002 0.10 0041 0.05! 0.03 -004 1 -0021 0.04! 0.03 -0.201 46 12211 0.06 -0.08. -0 . j 0.06, 0 64 004 0.4 -0.08 0040 -0.071-0.07 1 0 021 ÷. 0.11 0.04 0.0-00 -0.07i -0.071 0.09! 0.11 -0.031 47 221 0.031 -0.03: 0.01 0.05! 0.07 0.05 -0.05 -0.04 0. 002 -0.041 0.04 -0.06i 0.071 0.081 0.00 -0.31! 482270!02 0.01! ... 0.0 0.05! 0.06! -0.021 00 -041 -0.041 0 06 0.00 -0.13, 009101 00 49,361 0.02 0.0 -0.04 0.03, 0.07 006 002 000 -0!0 . 000 0"2 004! 0.04* 000 -0.211 50 4421 0.06 0.05- 1 .03 -0.016 0.071 0.10 019{ ' 009! 011! -011 033 i 002! 000' 003 002K 51 :I429-2--O
-- ':-0.02- 7---0-T6----6
.04.- 0_ 2-0 .031 _16Y
....... .0.0 -0.05
... -2--[-6 007---60.006---I......I,---6 0.04- i--0.05g - -_-*1Y 0.01.- ,0 [ 1* .......
-- ---.?4 ---.... ............ -0 .6 621
.00 -N 52 1229! -0.071 0.06' 0.20! 0.071 0.09 -0.201 -0.29 -0.06 0.05 0.051L 0.04 -0.07, -0.14! 0.08 01 0181 -0.1 53 2 0.020..011 0.07F 0.05' 0.12.009 004 0 00.10 0 00 0.3 54 2829:i -0.03 -0 il --- ( o--71 0.10!-0.03 -0.09! ,-0.11. -0.12 0.00 -0.13 0.12. 0.18' 0.01 -0.32 55 3629 -001 - 003. -0.01 0.04 .6-- 0.05! -. 0- 0.02 002 0.0--00013' 0i 0.11 0.01 -0.27 56 44291 0.06, 0.06i 0.001 :0.051 I 0.01 0.171 0.02 0.08, 1 011' 010-001 0.4' 0.001 -0.011 -0.01 -0.041 1
57 437 -0 -0.06' 0.08 0.16 - 0.0* 9 -0.071 -0.15 -0.071 0.04' 007 003 --0011 -0.031 0.00! 0.01 -0.12-58 1237'06.04'005.10.14! _o_:i5 -0.10! -0.29.-o2L_ 000 ol7.oo04 05 -0.o -0.05 012 0.1 59 2037' 0.02' -002i 0.001 0.00 / 0.071 0.04' -0.04 -0.051 i 0.00 0.05 0.00 -0.08 i 0.081 0.06 0.03! -0.191 60 2837 0.05 000 -0.01 1"-- 0.O61- 0. -0.04. ,--0.02 0.01 0 .00009 !-0.091 *0.111 0.03! -0.22-61 3637' 0.031 -0.01 -0.06 0.06i 0.08 0.04 -0.01 -0.05 , 0.00' 0.16! 0011 -0131: 005 -05 0.07 -0.081 62 4437' 0.081 -0.07' -0.09 0.11. 0.01 0.0510.10 0.17 0.07 010 -003 -018! 0.00! -0.01 0.06 -0.01' 63~~ 1245:04~~~~~ F~~* ~~~~~~~~ .;* ....[~~~~~~~
.-. -- -;. - .............. -.-.-.-...--..-.........- I. -0.07 0.00 -T . O 2 t- 0.11ci -0.021O.-.o -- T ,...
63 0.04 0.03 -0.24!, 0.13 0.071 -0.31' ' -0.03, " 0.13 01, 0.06 001' 67 44450031010.00 5....~g .... ....
... i 2 " ....-...-. 0-12:5.08
............... 0.07 :f:6.....-0.08--0.
6....... g Y .......i- 0.16
..........---... 0 0 .02 -0001....
.6 -70.011160.04*
....... 6 , 6 6 T 6 6 [ 0,08b 0 6 64 ................
66 _,_, _3 45 0 .131 -0.09 ! -0.19 [ -0. 4 "-~ - - 0"- . 0-i -0.13- , - 0.031 0.07 1, 0. 3 0. 4 0.01, -0.05 1 0.0 .6- 0 0, 67 44*,451--0-031- 6 0. 0- 0.051 0.1g6- 21 .......l- . O 0 6 .' "-'660 ( 867-O. ....... 0.161 i O. 1 0 0.......... 00.. ... 7............. 1 0 060.......................00. ..................... 01... 000. 3 -0......-. 004 ..... Attachment 2 LPRM Power Deviation 2
A_ AP APA AR AS 1 I 07DEC19-10.03.00 2 Locationl D0 Ci BI A 3 20051 27.41 37.71 47.41 50.2 4 28051 28.51 37.9. 46.8 51.4 5 24.3 32.1: 37.86 34.0 6 1213: 35.1 50.21 58.71 50.3 7 20131 39.4! 54.51 62.31 58.7 8 28131 39.51 57.4 68.51 64.2 9 36131 3.9.3, 52.9; 61.81 57.3 10 _1.. . 44413: 11.........
'__.:3 .8.5...
28.51 . 338.5 8._5_1_ 4 6 9 ....... 4 6.2 11 4211 24.61 35.9' 44.01 32.9 12 12211 37.71 5391 60.01 47.2 13 20211 42.91 57.9' 59.2 46.2 14 2821: 40.81 57.9. 65.6 54.9 15 36211 43.71 55.01 59.2 51.7 16 4421 j 36.9 49.0! 58.51 60.2 17 429'1 17.3 24.11 27.61 157 18 1229 34.61 51.4.55.41 41.4 19 2029: 41.5 59.5' 64.21 546 20 28291 43.2 56.1 60.4 48.2 21 36291 41.0 56.71 64.1 60.2 4429 71 51.3 61.6 64.5 23 4.37.,2.1. 0-1-- 30.0!__34.51 25.1 24 1237. 365_51.6)5!1__50._1 25 2037 41.9 555- 57.3j1 49.8 26 2837! 40.9 59.2' 67.0 61.0 27 3637: 41.5 51 56 56.8 51.4 28 44371 34.5 46.3 5 6 :0J 54.4 29 12451 274.4 39.3 47.3L 46.9 30 2045j 35.5 49.5559.3 61.5 31 28451 36.6, 51.3. 62.5 65.5 32 3645i 33.81 45.7)55.564.7 33 _._4445 22.L29.8 34.91 28.7 3"4 35 07DEC19-10.03.00 36 Location: D CA B A 37 2005, -0.16 -0.06 0.07 0.00 38 -2805, -0.291 -0.18: 0.161 0.25 39 3605-0.161-0.07, 0.001-0.13 40 1213 0-0*061 0.03' -0.011 -0.25 41 2013 -0.25, 0.10!06 1 0 42 2813, -0.35 007' 020 0.23 43 3613-0.22j 0.04' 0.111 0.03 44 4413: -0.131 -0.05t -0.011 -0.15 45 4211 0.021 0.06 -0.01j -0.35 46 12211 -0.071 005) -0.011 -0.28 47 20210 -0.22, 0.12 0.091 0.00 48 . ... 2821:: 033, 0.08. 0.20' 020 49 3621' -0.211 0.03. 0.101 0.05 50 4421 -0.24 -0.10 0.14! 0.12 51 ____429 0.00 005.o-0.04 -0.28 52 1229 -0.07 0.11; 0.04 -0.15 53 20291 016 -0..I 018 54 2829-0.32 0.02 0.13[ 0.19 55 3629 0.0 01-0.31 0.191T--.25 56 4429 -0.30 -0.13 0.171 0.20 57 437 -0.021 0.03 -0.051 -0.28 58 1237_07 006:0.00)-0.23 59 2037 -0.24i 0.10: 0.08$ 0.03 60 2-837 .33*, 0 0.21 0.23 61 3637' -0.241 -0.01, 0.051 -0.03 62 4437' 0.141 -0.08i 0.031 -0.14 63 1245' -0.061 0 0 0.01 -0.18 614 2045:1 -0.171 -0.01' 0.0 [0.0-1 65 28451 -0.281 -0.08:0.161 0.20 66 3645' -0.171 -0.04, 0.02L--0.11 67 4445: -0.11i -0.07: -0.041 -0.25 Attachment 2 LPRM Power Deviation 3
0B21-1305 Revision 0 Page 1 of 7 Attachment 3 LPRM Detector Noise
A B C D I E F I H I J I K I BRUNSWICK-1 I ,Al 11,B 110Ci 25,A 25,Bl 25:01 25,D 13,Al 13,Bj 13,C 2 DATE AND TIME (20-21)1 (20-21)l (20-21)1 (36-37) (36-37)1 (36-37)1 (36-37) (36-21) (36-21)_ (36-21) 3 .-------. .I .------ ----
. ----- I ------ ...... ......
4 9/20/20080:00 4 8 .2 6 9r 56.924 64.5681 55.381 57.0911 643531 47,399 55.041 56.611. 66.19 5 9 / 20 / 200 8 0 :01 48.11 56.706 64.343! 55.351 5698 64 1441 47.277} 55.066 56.5091 65.95 6 9/20/2008 0:02 48.391] 57.027 64.544 55.5031 57.191: 64.317 47.451, 55.1931 56.5871 66.144 7 9/20/20080:03 48.2921 56.916 64.429' 55.444 57.274' 64.3511 47.424 55.305 56.5651 66.149 8 9/20/2008 0:04 48.03' 56.711 64.4091 55.003 56.759' 64.0621 47.294 54.8451 56.344: 65.783 9 9/20/2008 0:05 48.184, 56.8191 64.243' 55.38 56.904: 63.9111 47.169 54.903 56.38; 66.024 10 9/20/2008 0:06 48.4741 57.3251 64.654; 55.381 57.251 643321 47.461 l55.162 56.7 66.238 11 9/20/2008 0:07 48.0121 56.522 64.214. 55.1521 56.8671 64.0611 47.274 54.778 56.162 65.663 12 9/20/2008 0:08 48.3491 57.078 64.5363 55.492 57.124: 64.1651 47.359 55.1421 56.56. 65.904 13 9/20/2008 0:09 47.8691 56.305 63.9281! 55.04 56.683: 63.7571 47.061 54.704_ 56.269: 65.707 14 9/20/2008 0:10 48.2621 56.9 64.357 55.502 57.0961 64.2951 47.398 55.2241 56.5311 65.93 15 9/20/20080:111 48.3371 57.18 64.6241 55.543 57.0611 64.2561 47.483 55.111 56.713; 66.286 16 9/20/2008 0:121 48.1441 56.836 64.2991 55.42 57.0351 64.1761 47.198 55.061 56.378i 66.007 17 9/20/2008 0:13 48.1151 56.782 64.381' 5 5 .2 4 4 1 56.9231 64.026 47.297 54.916 56.297' 65.86 18 9/20/20080:14 48.0011 56.603- 64.0531 55.103, 56.6671 63.862L47.093 54.788 56.132, 65.571 19 9/20/20080:15 48.111 56.65 64.2841 55.115 56.7891 63.8711 47.1851 54.977 56.399; 65.871 20 9/20/20080:16 48.0751 56.634 64.3011 55.162 56.8811 64.0761, 47.312 54.885 56.298' 65.866 21 9/20/2008 0:17 48.0341 56.762 64.371 55.171 56.871: 64.0891 47.241 54.826 56.331; 65.833 4 22 9/20/2008 0:19 8.179L 56.84 64.2081 55.393 56.937' 64.053' 47.212 55.017 56.451: 65.765 23 9/2/2008 0:20 48.2751 57.045 64.2951 55.234 56.8921 64.1031 47.302 54.912 56.345' 65.88 24 9/20/2008 0:21 48.3251 56.947 64.6351 55.704 57.4641 64.5381. 47.4911 55.2841 56.859. 66.213 25 9/20/2008 0:22 48.0471 56.768 64.164 55.174 56.8831 64.0771 47,214 54.986 56.486 65.804 26 9/20/2008 0:23 48.0971-56.881 64.4741 55.206 56.87 64 1391 47.329 54.946 56.25: 65.935 27 9/20/2008 0:24 47.9981 56.595 64.1151 54.935 56.723' 63.937 47.162 54.758 55.999i 65.485 28 9/20/2008 0:25 47.941 56.543 64.177; 55.109 56.7381 639071 47.183 54.8391 56.39; 65.855 29 9/20/2008 0:26 48.1361 56.749 64.3881 55.306 56.9671 64.091 47.188 54.9361 56.439: 65.977 0 27 30 9/20/2008 : k 48.256 57.083 64.607' 55.404 57.1181 64.231 47.393 54.946 56.449: 66.034 31 9/20/2008 o:28L48.318 57.013 64.4651 55.4141 56.918 64.0931 47.266 55.0111 56.461: 65.995 32 9/20/20080:291 48.3511 57.046 64.5131 55.474 57.1811 64.3191 47.43 55.096 56.542: 66.039 33 9/20/20080:30 48.251 56.866 64.4521 55.382 57.045i 64.1771 47.422 54.9 56.4041 66.012 34 9/20/20080:31 48.2211 56.912 64.496; 55.296 56.9851 64.211 47.414 54.829 56.389, 66.045 35 9/20/2008 0:32 48.454; 57.003 64.5241 55.506 57.133L 64.3041 47.381 55.005 56.322' 65.832 36 9/20/2008.0:33 48211 57.013 64387' 55.434 57.1561 64.2461 47.418 55.167 56.713; 66.132 37 9/20/2008 0:34. ~~~~~ 48.18, 56.842 64.301! 55.1611 56.8291 64.1191 47.3461 55.02 ....................... 56.591 65.959 38 9/20/2008 0:35 48.1681 56.866 64.5141 55.349 57.121: 64.381 47.453 55.134 56.564. 66.063
......' ........ .....1....... .... ...t.... ...........
S 9/.20.~/-2008 0:361 __I_39 48 128 56.61 64.234' 55.285E 683 406 727 54.9581 6.43 - 65.769-- 40 9/20/2008 0:37 48.173' 56.861 64.257 55227 56.909: 64.011 47.227 54.963 56.267: 65.815 41 9/20/2008_0:38 48.0161 56.63 64.2861 55.292 56.9331 64.192; 47.378 54.867 56.28: 65.903 42 9/20/2008 0:39 48.0631 56.715 64.2871 55.306 56.9511 64.1591 47.314 54.952 56.481: 65.974 43 9/20/2008 0:40 47.974 56.531 64.0611. 55.133 56.6911 63.9031 47.138 54.888 56.239: 65.656 44 8 649603/2 64T15 55.212 56.8061 66.123 45 9/20/2008 0:421 48.498' 57.276! 64.887 55.688 57.31 64.4211 47.466 55.391 56.743: 66.176 46 9/20/2008 0:43 48.5291 57.254 64.7311 55.765 57.4551 64.623' 47.631 55.43 56.858' 66.237 47 9/20/20080:44 48.213 56.891 64.375 5.424 57.067 64222 47.38 55.142 56.58: 65.892 48 9/20/2008 0:45 48.539h 57.184 64.5511 55.6451 57.286t 64.379_ 47.457 55.351 56.703' 66.103 49 9/20/20080:46 48.416, 57.0241- 64.51! 55.61 57.358- 64.485 47.508 55.372 56.819' 66.214 50 9/20/2008 0:47 48.246, 56.917 64.361' 55.132 56.834: 64.1351 47.211 54.961 56.352. 65.945 51 9/20/2008 0:48[ 8.146*' 56.837 64505 55278 57.026 64262 47.3291 55.02 56.478. 66.049 52 9/20/2008 0:49 47.97 "-56.668 64.3281 55.308 57'097 271 47.366 54.94F 52. 65.83 53 9/20/2008 0:50 48.1891 56.895: 64362 55.5041 57.095. 640991 47"271 54.773 56.282. 65.893 54 9/20/2008 0:51' 48.4241 57.075 64.621 55.686 57.36818 64.3861 47.465, 55.249! 56.666M 66.206 55 9/20/2008 0:531 48.3061 56:904 64.4131 55.317 57.0951 64.4091 47.465 54.941 56.558' 66.211 56 57 9/20/20080:54 57 /20/2008 0:655 48.157' 48.098 56.741 56.855 64.225'
---5-63.9-64.2621 55.323 55.159]
56.9331 56.848i 63.884' 398 1- 47.098' 721 501 5.82 . 56.445: 56.3 5.61 6 65.84 6.5 NoI 6 .9M 4. 5.5 5.6'6.81 Pag Noise Page 1
A B C D E F G H I J K 1 BRUNSWICK-I 11,Al 11, 11,C 25,A 25,B 25, C 25,D 13,AI 13,B1 13,C 2 DATE AND TIME (20-21)1 (20-21) (20-21) (36-37) (36-37) (36-37)1 (36-37)1 (36-21)1 (36-21)1 (36-21)
-- ---- --J------ ..------
.. I -----
. .. . .. . I
------.. -I
----- -I .------
58 9/20/2008 0:56 48.0141 56.684 64.413, 55.217 56916 64 1941 47.336 54.8281 5 4 8 26 56.3741 65.902 59 9/20/2008 0:57 47.9581 56.413 63.969 55.043 56.687, 63.7041 47.1571 . - 56.128 65.656 60 9/2012008 0:58 48.1291 56,922 64.4684 55.215 56,915' 64.021 47.217 54.9871 56.4581 65.99 61 9/20/2008 0:59 48.3331 57.034 64.269: 55.311 56.9521, 64.1581 47.353 55.2171 56.551 65.819 62 9/20/2008 1:00 48.4671 57.187 64.58: 55.702 57.403; 64.3811 47.404 55.2661 56.731 66.132 63 9 37 63 9/20/2008 1:01 47.741 56.489 63.825: 55.073 56.881: . 1 47.247 54.6991 56.049! 65.476 64 9/20/2008 1:02 48.0771 56.63 64.229i 55.126 56.7611 63.991 47.201 54.7951 56.3051 65.982 65 9/20/2008 1031 48.2691 57.045 64.494; 55.47 57.189; 64.2651 47.367 55.1741 56.5711 66.18 66 66 9/20 200 ------.. 9/20/2008 1:04. 1:041........ 48.2811 ........56.932 515. 64.5154 7 55.275 57.011: ._....:._3. 64,3861 47.491 ---55.0041 56.509" 66.291 67 9/20/2008 1:05 48.041 56.792 64.4! 55.256 57.036: 64.249I 47.244 54.8651 56.3761 65.872 68 9/20/2008 1:061 48.1561 56.966 64.562: 55.561 57.1981 64.4221 47.5461 55.097, 56.7761 66.279 69 9/20/2008 1:071 48.0651 56.798 64.4: 55.093 56.7561 64.0091 47.277 55.0391 56.5431 66.02 70 9/20/2008'1:08 47.9861 56.738 64.251: 55.098 56.7211 63.9481 47.275 54.8211 56.2781 65.661 71 9/20/2008 1:09 47.699: 56.196 63.839, 54.897 56.49' 63.683 46.942 54.671 56.024 65.485 72 9/20/2008 1:10 48.06! 56.692 , 64.412 55.249 57.096', 64.3221 47.405 54.939---56511 65.97 73 9/20/2008 1:11! 47.9861 56.56 64.129. 55.144 56.8211, 64.0031 47.109 54.55 56.1871 65.749 74 9/20/2008 1:12 48.4461 57.294 64.734; 55.647 57.1811 64.3861 47.533 55.2081 56.6991 65.998 75 9/20/2008 1:131 48.2781 56,996 64.454' 55.512 57.341 64.2941 47.38 55.1771 56.5311 65.992 76 9/20/2008 1:141_ 48.2591 56.827 64.424: 55.364 56.9581 64.187 47.385 55.085 56.5321 65.95 77" - 9/20/2008 1-:1-51 .094 56.615 64.084, 55.184 56.813: 63.917 47.177 54.901- 56.3331 65.711 78 9/20/2008 1:16 48.1791 56.733 64.314. 55.419 56.9911 64.072 47.314 55.098 56.4161 66.015 79 9/20/2008 1:17 48.1091 56.694 64.124. 55.175 56.814: 63.9731 47.153 ::85 24-56.127: 65.464 80 9120/2008 1:18 48.1041 56.79 64.386. 55.386 57.02. 64.161 47.241.......... 65.947 58.o1 655.07 6416i 47.241 57.0181 66.37 81 9/20/2008 1:19 48.481 57.339 64.7. 55.761 57.386' 64.4251 47.563 55.581 57.0181 66.378 82 9/20/2008 1:20 48.3191 57.0571 64.613' 55.495 57.1551 64.291 47.462 55.1031 56.6651 66.083 83 9/20/2008 1:21 48.4191 '57.2151 64.652. 55.57 57.2551 64.3441 47.433 55.0991 5 335 56.592 66.154 84 9/20/2008 1:22 48.434 57.163 64.568! 55.503 57.166 64.3081 47.382 5 . 1 56.629 66026 85 9/20/2008 1:23 48.539 57.248 64.628: 55.547 57.2 64369T 47.479 55.409,_56.911 66.287 86" 9/20/2008 1:241 48.1361 56.867 64.355' 55.157 56.983' 64.271 47.3661 54.871 56.5441 65.986 87 9/20/2008 1:26 47.965! 56.492 64.153:; 54.998 56.605 63.8711 47.227 54.7091 56227 65.74 88 9/20/2008 1:27 48.1151 56.675 64.23; 55.284 56.893 63.986' 47.203 55.0311 56.382i 65.679 89 9/20/2008 1:2 8L 48.102 56.749 64.283: 55.002 56.764- 63915 47.219 51 56.38 65.77 90 9/20/2008 1:291 48.0861 56.799 64.2451 55.119 56.81: 63.902 47.172 54.7761 56.2431 65.81 91 9/20/2008 1:301 48.215 . 6...56786 64.359. 55.25 56.9161 64.0231 47.354 54.9341 56.2591 65.879 92 9/20/2008 1:31 48.1681 56.906 64.402i 55.308 56.963_ 64.111I 47.326 55.1161 56.6481 65.947 93 9/0/00 13 48.161 -.----- 1 ------- 1. _
- 93. ....
9/20/2008 ....... 1:32 ................. 48.2281 ..... ... .. 56.83 ............... 64.517 .. 55.263 56.922* ....... 64.1861 .... 47.328 54.969 56.3961 ....... 65.866 ..... 94 9/20/2008 1:33 48.2921 56.812 64.197i 55.421 57.02: 64.0321 47.209 54.978 56.2731 65.711 95 9/20/2008 1:34 48.1271 56.892 64.526: 55.448 57.1551 64.3291 47.373 55.069 56.4591 65.996 96 9/20/20081:35 48.353- 5 7 .0 9 64.5641 55.453 57.1161 64.1891 47.385 55.1461 56.608i 65.985 97 9/20/2008 1:361 48.337_ 57.042 64.508_ 55.263 57.003 6 47.372 551203 56.4551 65.869 98 9/20/2008 1:3 7 , 548.136 6.8091 64.13! 55.279 56.883! 63.963" 47.207 54.891 56.326 65.86 99 9/20/2008 1:381 47.9821 56.5831 64.04: 55.177 56.698: 63.7791 47.031 54.8261 56.1131 65;505 100 9/20/2008 1:391 48.1791 56.9841 64.406: 55.228 57.0551 64.1691 47.301 55.085 56.633; 65.96 101 9/20/2008 1:40 48.2031 56.88 64.298; 55.023 56.9251 64.1811 47.3091 55.037 56.519' 66097 102 103 AVERAGEI 48.1881 56.8561 64.375. 55.318 56.992 64.1491 47.315 55.015 56.455 65.937 104 STDEVP 0.168i 0.221 0.197! 0.192 0.197 0188 0.126 0.1831 02021 0198 105 lO-- NOISE(%)'
- -- H 0"35%i
.---- .....03 0.35% 0.35%: 0.29%1
- 4. 0.27%/I 0.33%
- 0"36% 0.30%
107 T RMS NOISEI 0.33%3 COUNT". 22541 Noise Page 2
A L M N 0 P Q ! R S T U 1T BRUNSWICK-Il 13,DI 18,A 18,BI 18,C 18%,D 06,A' 06,B 06,C 06,D! 20,A 2 1 DATE AND TIMEI (36-21)1 (28-29)l (28-29)1 (28-29)l (28-29)i (28-13)i (28-13)1 (28-13)1 (28-13)1 (44-29) 3 ---------------- - - 4 9/20/20080:001 49.4441 45.859 55.407 58.915 64.8111 47.971 54.6831 65.173 47.922 72.967 6 9/20/2008 0:021 49.4381 45.949 55.6081 58.829 64.654; 48.0671 54.745i 65.18 47.886: 73.251 7 9/20/2008 0:031 49.4791 45.942 55.672i 58.984 64.7911 48.061 54.745 65.112 47.952i 73.289 8 9/20/2008o004 49.1221 45.607 55.261i 58.577 64.6011 47.8151 54.495 64.916 47.7921 72.649 9 9/20/2008 0:051 49.226' 45.758 55.353i 58.559 64.522: 47.9441 54.651 65.047 47.751 73.02 10 9/20/2008 0-:0 6 4 9.3 75 ,- 45.96 7 55.753 59.071 65.035! 48.1381 54.891 65.385 47.937; 73.247 11 9/20/20080:071 49.2343 45.5961 55.091 58.621 64.5277 47.713 54.3561 64.751 47.623. 72.707 12 9/20/2008 0081 49.371 45.853 55.69 58746 64.842 48.061 54.808 65.073 47.879 73.211 13 9/20/20080:091 49.0321 45.7 5458138 5837 64.141: 47.691 54.281 64.641 47.48, 72.705 14 9/20/20080:101 49.3631 45.866 55.446 58.371 64.6779 48.0831 54.76 65.059 47.8547 73.12 15 9/20/2008 0:115 49.4781 45.95 55.639; 58.913 64.8421 48.0971 54.838 65.2559 47.934' 73.293 16 9/20/2008 0:121 49.3811 45.782 55.388' 58.685 64.684:. 47.8631 54.566 65.0381 47.791. 73.144 17 9/20/20081:7v 49.284 45.727 55.284i 58.639 64.619 47.9061 54.52 64.867 47.739i 72.935 18 9/20/2008 0:14Li.1 49133 45.596 55.0991 58.453: 64.328: 47.8581 5449 64.848 47.6341 72.832 19 9/20/2008 0:15i 49.0831 45.675 55.2281 58.583 64.58* 47.7971 54.5121 64.97 47.7591 72.791 20 9/20/2008 0:161 49.3231 45.605 55.319 58.67 64.631: 47.8061 54.5511 65.022 47.845; 72.806 21 9/20/2008 0:171 49.281 45.669 55.343 58.63 64.6043 47.7651 54.4321 65.045 47.7921: 72.5 22 . 9/20/2008 0:i91 49.15 45.722 55.244; 58.534 64.5258 47.8994 54.554 64.863 47.676;. 73.119 23 9/20/2008 0:201 49.21, 45.757 55.319i 58.655 64.4974 47.891 54.592 64.8381 47.741. 72.916 24 9/20/20080:215 49.611 45.9791 55.591 55 58.902 64.933' 48.14 54.954 65.4021 48.024 73.59 25 9/20/2008 0:22 49.2631 45.701 55.30264i 58.556 64.4981 47.7841 54.419 64.8380 47.699t 73.005 26 9/20/20080:231_ 49.3681 45 69 55.3131 58.715 64.774' 47.8441 54.591 65.0837 47.8431 72.721 27 9/20/2008 0:241 49.1021 45.661 55.197! 58.556 64.442 .47.7821 54.428 64.837 47.686: 72.576 28 9/20/2008 0:251 49.3051 45.5981 55.193i 58.4861 64.52:1 47.7711. 5444 6.8251 47.726: 72.834 29 9/20/2008 0:261 49.2951 45.723 55.3041 *58.5081 64.4681, 47.9041 54.591 65.0071 47.692: 73.045 30 9/20/200 02 9471 45.831 55.558 58.986 64.91 479 461 65.157 47.866: 72.951 31 9/20/200 0:8 -4.24 45.-88 -55.528; 58.809 64.7911 47.961 54.677 65.067 47.8031 73.269 32 9/20/2008 0:291 49.4561 45.906 55.5121 58.861 64.778ý 47.9931 54.809 65.158 48.003. 73.317 33 9/20/2008 0:301 49.4981 45.802 55.4971 58.852 64.96; 47.9111 54.716 65.077 47.924i 73.143 34 9/20/2008 0:31i 49.4141 45.776 55.4241 58.8041 64.79711 47.987; 54.7181 65.151 47.912i 73.019 35 9/20/2008 0:32 49.421L_ 45.936 55.6871 58.8221 64.8454 48.0111 54.814 65.144 47.8861 73.144 36 9/20/2008 0:-3 - 49.4711 45.757 55.167i 58.65- 64.607! 47.9621 54.628 65.0131 47.803 73.172 65.008 47.80' 72.838 37 9/20/2008 0:341 49.3041 45.742 55.363i
.58.707 64.574
........ 47.9541
.. 54.587
.I........... ....... III*] Z*I*I0]7.............
..... Z .* II I*......
II.. I* 38 9/20/2008 0:356 49.5281 45.8761 55.587i 58.8221 64.834- 47.9731 54.6721 55.241 47.9I_. : 73.183 39 9/20/2008 0:36[ 4.. 1-661 . 5ý7ij 7.96415 73.012 40 9/20/2008 0:371-423 571 59 58.71 64.505: 47.9641 54.5631 64.891 47.758' 72.802 41 9/20/2008 0:381 49.3161 456941 55.3711 58.739 64.7871 47.8791 54.566 64.9961 47.804' 72.92 42 9/20/2008 0:39 49.2271 45.7551 55.4061 58.797 64.699: 47.8891 54.489 64.9341 47.664: 72.91 43 9/20/2008 0:40 49.058 55.1 19_45. 58.442 64.3431 47.741 54.311 64.738 47.63:L 72.946 4 9 4 11 6 5 16 6 9/20/2008 0: 4 1l 4 8 0 32 44 . 45.803i 55.426! 58.803 64.708_ . _ 54.811 . L 47.871; 73.126 45 9/20/2008 0:421 49.4881 46.1 55.858' 59.025 65.0081 48.1661 54.924 65.3191 48.05o 73.447 46 9/20/2008 0:431 49.5961 46.063 55.745ý 59.109 65.154! 48.2711 55.0021 65.401 48.069; 73.681 47 9/20/2008 0:44 49.2941 45.795 55.346i 58.655 64.6441 481 54.713 65.165 47.892' 73.347
- 48. . .. . . . .... 0:451 --49.4171 9/20/2008 '---.-..
. . 45.962
. .-.. 55.5361 58.791 64.676. 48.193_ 54.859 65.0821 47.928' 73.508 49 9/20/20080:461 49.572. 46.014 55.719i 59.013 64.898 48.2441 54977- 65.2431 47.988 73.597
............ ..... 8. 6 4 ..I.63..6 .. .............
47 5 "........ 92............................ 5 5 35........................ .. ...06.4 78.. . ...................
....................................... . 927 50 9/20/2008 0:471 49.3951 45.69 55-3531 58.66 64.715: 47.9251 54.6111 65.04*61" 47.8111 72.937 51 9/20/2008 0:48[ 49.3811 45.8071 554381 58.723 64.746' 47.8561 54.6671 65.062 47.8611 73.15 52 "9/20/20080:491 - 49.288 1 45.731 55.286! 58.575 64.47 8.82 54546 . 64.974j 47.8760 72.978 53 9/20/2008 0:501 49.1761 4.871 55.425 58.579 64.5291 47.933- 54.5941 65.0891 47.776 73.093 54 9/20/2008 0:511 49.52 1 46.041 55.8341 59.0081 64.9361 48.2171, 54.9411 65.3371 47.969:* 73.55 55 9/20/2008 0:531 49.4711 45.741 55.391! 58.8421 64.7181 47.9171 54.5841 65.0681 47.843' 73.02 56 9/20/2008 0:54' 49.274' 45.755 55.1681 58.432 64.3061 47.897 54.5344 64.8731 47.704, 72.832 57 9/20---9 --------- 1*- - - - - - - - 4.4p -- 4-8--- -----2.79 57 0:5 4919I4.3 55.3231' 58.626~ 64.584; 5474.3 64.8641 47.651 72.792 Noise Page 3
A L M N 0 P Q R S T U 1 BRUNSWICK-I 13,Dl 18,A 18,Bi 18,C 18,D: 06,A! 06,B 06,CI 06,Di 20,A 2 DATE AND TIMEI (36-21)i (28-29) (28-29): (28-29) (28-29)1 (28-13)1 (28-13) (28-13)1 (28-13)l (44-29) 158 9/02476 3---- ------ ---- --- I--- ---- --- 6.17.9 -- 58 9/20/2008
/0/0805 0:561
-_99 49.331.
4913- 45.727 4"6--5514 55.438. 58.616 5'2----"4" 64.676! -".9* 47.812' *---"3" 54476_ 64.91_ 47.738
-475i7.7 72799 59 64 64 3 9/20/20 45.561 55.124 58.328 64.381: 47.7081 54.328_[ . L- 47.5721 72.847 60 9/20/2008 0:58 49.3511 45.809 55.4191 58.683 64643 47.918i 54.574 65.14 73.072 61 9/20/2008 0:59 49.2331 45.778 55.33' 58.64 64.595' 47.9831 54.657 64.924 47.8361 72.99 62 9/20/2008 1:00 49.466! 46.097 55.8421 59.056 65.023 48.1721 54.823 65.239 47.9871 73.577 63 9/20/2008 1:01_ 48:9591 45.407 54.984' 58.34 64.354! 47.5061 54.162 64.44! 47.5111 72.557 64 9/20/2008 1:02 49.2521 45.603 55.14: 58.42 64.3231 47.827, 54.423 64.8971 47.6341 72.695 65 9/20/2008 1:03 49.445! 45.884 55.532, 58.735 64.7611 48.1131 54.799] 65.2331 47.8681 73.346 66 ........
9/20/2008
~~~~~~~ 1:041
~~~~~~ .9...o 49.478...
~~~~~~~~~.-..-....... i~ .....
~45.864 ~. .-: 55.577. ..... 8- . . - 64.863:
58.853 6.s --447.9611 8 -54.6681z -i........o65.1611 9 , --47.9571 - ,.....73.138 2 67 92/00_:5_4.6. 45.662 55.188' 58.633 64.533' 47.8561 54.611' 64.19 467 72.937 68 9/20/2008 1:06 49.5031 45.917 55.553- 58.819 64.875: 47.9421 54.782 65.136, 47.9711 73.318 69 9/20/2008 1:07 49.36! 45.687 55.337 58.68 6458; 47.9261 54.5991 65.0571 47.8161 72.821 70 9/20/2008 1:08 49.2051 45.687 55.282. 58.5771 64.7631 47.7871 54.472 64.9231 47.6991 72.563 71 9/20/2008 1:09 49.118. 45.486 55.023: 5 8 2 93 64.22i 47.558- 54.108 64.5931 47.5481 72.657 72 9/20/2008 :100 55.619 58.923 -64783! 47.811 54.597 65.07 47.881- 72.876 73 9/20/2008 1:11 49.2681 45.653 55.251 58.569 64.5141 47.7671 54.396 64.8311 47.641 72.703 74 9/20/2008 1:12, 49.421! 45.963 55.733; 58.92 64.941! 48.191i 54.967 65.2881 47.935! 73.406 75 9/20/2008 1:13 49.3991 45.885 55.526i 58.822 64.833ý 48.0341 54.765 65.186! 47.8991 73.259 76 9/20/2008 1:14 49.4131 45.853 55.465' 58.813 64.6941 48.044' 54.711 65.102 47.869. 73.103 77" 9/20/2008 1:15 49.216[ 45.68 55.336i 58.604 64.549 4'831-54.38-6-64-80.8 47.6191" 72.942 78 9/20/2008 1:16! 49.404.1 45.769 55.35i 58.73 64.558i 47.9621 54.6281 65.0481 47.8141 73.222 79 9/20/20081:17 49.0641! 45.714 55.286. 58.368 64.255: 47.8391 54.56 64.747[ 47.6481 7-2801 801 9/20/2008 1:18 .49.29545.805 55.373m 58.635 64.582i 47.8981-54627- 64.9411 47.7847 i 73.141 81 9/20/2008 1:19 49.631 46.073 55.7851 59.117 65.132- 48.3211 55.131 65.4021 48.0891 73.727 82 9/20/2008 1:201 49.498! 45.859 55.4371 58.774 64.851:1 48.0031 54.785 65.1681 47.8981 73.216 83 9/20/2008 1:21! 49.5771 45.948 55.68: 58.91 64.772, 48.123! 54.908 65.3581 47.9051 73.279 84 9/20/20081:22 49.2851 45.976 55.622. 59 64.973 48.127 54.847 65.221 47.9521 73.387 85 9/20/20081:23 49.5571 46.084 55.775 59.0028 6 41-91 54.866 673.469 86 9/20/2008 1:241 49.2931 45.688 55.299' 58.802 64.712 47.921 54.5841 65.112! 47.8171 72.731 87 9/20/2008 1:26 49.1681 45.584 55.198; 58.45 64.428: 47.686! 54.37 64.832' 47.674! 72.74 88 9/20/2008 1:27 49.1711 45.702 55.368; 58.717 64.493' 47.7561 54.565 64.8241 47.658, 72.961 89 9/20/2008 1:28 49.2111 45.695 55.3091 58.679 64.689 47 54.607 64.9611 47.791- 72.696 90 9/20/2008 1:29 49.2441 45.623 55.096' 58.509 64.516: 47.7981 54.444 64.8621 47.694! 72.735 91 9/20/2008 1:30 49.2888! 45.717 55.351' 58.676 64.716 47.8981 54.566 65.034! 47.825 72.923 92 9/20/2008 1:31 49.3981 45.803 55.413' 58.685 . 1. 64.7 47.938! 54.728 65.1121 47.8611 73.083 8 1. 93 .. ..... 4 .2 ..... 513. 45 9/ 0/ 08_:3_........................... . 78 ........ ........
.1.. 5.45.7838 5564.425............58.658....47 ...... .... 572862 . 47......8....5.!4 92 ,.64......614.......47923.........54.6 6 ............... .. .............
1 1 2 6 94 9/20/2008 1:33 49.1271 45.75 55.3171 58.474 64.544' 47.8771 54.525 64.903: 47.702' 72.992 95 9/20/2008 1:34 49.4621" 45.811 55.515' 58.839 64.765' 47.8981 "54.567 65.121 47.846 73.215 -96 9/20/2008 1:35 49.381! 45.9661 55.667' 58.927 64.836' 48.1411 54.84! 65.242! 47.954! 73.113 97 9/20/2008 1:36 49.259_ 45.811 55.44 ! 58.789 64.589' 48.0341 54.6621 65.087! 47.8771 73.171 9-"8" 9/20/20081:37 4 45.725- 55.283, 58.63 64. 479111 54.545-64_855-47.7911 72.888 99 9/20/2008 1:38. 49.062! 45.601 55.125; 58.364 64.373: 47.651! 54.239 64.578 47.534! 72.723 100 9/20/2008 1:39 49.4031 45.811 55.409' 58.786 64.686 47.9951 54.707 65.1791 47.7721 73.194 101 9/20/20081:40 49.39! 45.743 55.407' 58.747 64.686: 481 54.548 .049 47.783] 72836 1021 103 AVERAGE 49.3271 45.781 55.4001 58.7111 64.665'. 47.934!1 54.624 65.0261 47.8071 73.042 104 STDEVP 0.1421 0.141 0.200' 0.186 0.2001 0.1501 0.186 0.1901 0.1281 0.266 105 NOISE(%) 0.29%! 0.31%1 0.36%. 0.32%/ 0.31%/ 031%! 0.34%/ 0.29%_ 0.27%1 0.36% 106 , I I I . . . . .__ 107 Ii ' ' I Noise Page 4
BNA IC v 20,B! 1.1 BRUNSWICK-11 ,I 2C0C 20,D x2, 2 DATE ANDTIMEI (44-29)1 (44-29)1 (44-29) 3 ......
---.....- I ------
4 9/20/20080:00( 64819. 55.051 36.306 64 855 5 9/20/20080:01 L_54.929 36.102 6 9/20/20080:021 64.891 55.129 36.309 7 9/20/2008 0:03 65.177! 55.195 36.272 8 9/20/2008 0:04 64.4451 54.861 36.139 9 9/20/2008 0:05 64.5471 54.819 36.024 10 9/20/2008 0:06 ii-223" 55.286 36.303 11 9/20/2008 0:07 6 544.5_421
.9191 36.112 12 9/20/2008 0:081 64.9961 55.0471 36.215 13 9/20/20080:09 694.5181 54.6 35.98 14 9/20/2008 0:10 64.8331 55.066 36.245 15 9/20/2008 0:11 64.923! 55.218 36.317 16 9/20/2008 0:12 64.7581 54.983 36.153 1"_ 9/20/20080:13 64.7291 54.9 36.141 18 9/20/20080:14 64.3771 54.63 36.01 19 9/20/2008 0:151 64.5091 54.775 36.145 20 9/20/2008 0:16 64.6481 54.868 36.164 21 9/20/2008 0:17 64.5221 54.942 36.152 22 9/20/20080:19 64.7'95 54.951 36.125 23 9/20/2008 0:20 64.612 54.937 36.181 24 9/20/20080:21! 65.275 55.254 36.422 25 9/20/2008 0:22 64.559! 54.782 36.078 26 9/20/2008 0:23 64,6721 54.959 36.219 27 9/20/20080:24 64.2891 54.687 36.048 28 9/20/2008 0:25 64.524! 54.8081 36.122 29 9/20/2008 0:26 64.81 55.033! 36.129 30 9202064.712 54.9841 36.204 31 9/20/20080:28 64.794 54.96 36.131 32 9/20/2008 0:29 65.0051 55.148 36.289 33 9/20/2008 0:30 65.004i 55.057 36.255 34 9/20/2008 0:31 64.6551 55.004 36.234 35 9/20/2008 0:32 64.86511 55.071 36.221 36 9/20/2008 0:33 64.982! 54.944 36.174 37 9/20/20080:34 64.674! 54.961 36.192 38 9/20/2008 0:35 65.1191 55.166 36.287 39 9/20,/200 80.':3"6"- 0 - " .- -64 . ........ 9.14 3.....
6.1.38 40 9/20/2008 0:37! 64.5851 54.832 36.061 41 9/20/2008 0:38i 64.6881! 54.918 36.194 42 9/20/2008 0:391 64.8131 55.019 36.169 43 9/20/2008:0 644'54.735-- 36.025 44 *o5o 9/20/20 9 36.246 45 9/20/2008 0:42! 65.221! 55.2871 36.313 46 9/20/20080:43 65.349! 55.328 36.392 47 9/20/2008 0:44 64.9651 55.09 36.263 48 9/20/2008 0:45 6 5 55.1761 36.278 49 9/20/20080:461 65.121 55.289 36.342 50 9/20/2008 0:471 64.691 54.942 36.218 51 52 9/20/2008 9/20/20080:49 0:481 .... 64.888! 64898" 55.099 54.962 36.291 36.173
. . ... ....... ...2 / .......
0................
............ 0 :......0 ......................
396 4 7 3 54 9 2 3 , 2 53 9/20/2008 0.50~ 64.7531 54.912 36.151 54 9/20/2008 0:511 65.226! 55.2511 36.351 55 9/20/2008 0:53j 64.686! 55.054 36.19 56 9/20/2008 0:54 64.4791 54.651 35.99 57 9/20/2008 0:55/ 64.596l 54.793 36.128 Noise Page 5
A V2 0 W 0 X 1 BRUNSWICK-'1 20,131 20,Cl 20,D 2 1 DATEANDTIMEi (44-29)i (44-29)1 (44-29) 3 ---------- - ------ ------ I 58 9/20/20080:56_ 64.54__54.838 36.119 59 9/20/2008 0:57L 64.3471 54.6391 36.016 60 9/20/2008 0:581 64.7321 54.965 36.157 61 9/20/20080:59 64.6 !54.914 36.115 62 9/2012008 1:00 65.1291 55.153 36.242 63 9/20/2008 1:01 64.375L1 54.663 35.966 64 9/20/2008 1:02 64.4921 54.812 36.109 65 9/20/2008 1:031 64.9881 55.168 36.296 66 9/20/2008 1:041 64.9431 55.034 -36.219 67 . 9/20/20081:05 .6.7291 55.033 36.227 68 9/20/2008 1:061 65.0781 55.309 36.377 69 9/20/2008 1:071 64.561 54.828 36.092 70 9/20/2008 1:08i 64.4711 54.928 36.108 71 9/20/2008 1:091 64.312. 54.598 35.926 72 9/20/2008-1:10 64.853l 55.058 36.264 73 9/20/2008 1:111 64.4651 54.691 36.08 74 9/20/2008 1:12 65.111 55.231 36.355 75 9/20/2008 1:13 64.9121 55.069 36.237 76 9/20/2008 1:14 64.8381 55.052 36.179 77 9/20/2008 1:15 64.591, 54.888 36.107 78 9/20/20081:16 64.9351 55.062 36.265 79 9/20/2008 1:17 64.5851 54.719 36.052 80 9/20/2008 1:181 64.7881 54.913 36.198 81 9/20/2008 1:191 65.4341 55.391 36.435 82 9/20/2008 1:20 65.0271 55.145 36.255 83 9/20/2008 1:21 65.031j 55.125 36.327 84 9/20/2008 1:22 64.94 55.054 36.293 85 9/20/2008 1:23 65.0431 55.162 36.312 86 9/20/2008 1:24 64.7391 55.036 36.197 87 9/20/2008 1:26 64.4181 54.768 36.039 88 9/20/2008 1:27 64.5971 54.753 36.043 89 9/20/2008 1:28.- 64.5251 54.864 36.154 90 9/20/2008 1:29 64.5641 54.774 36.093 9191 ... 1 0 8 11:301 3 ........ 6 . .. 9/20/2008 64.7231 7 2 3 ........... 54999
... 33618 6.:3 . .
6 92 9/20/2008 1:311 .......... .................. 64.8451 ......... .. ... 548.72
... . ..... .... . 36.204 93 9/20/2008 1:32 64.667 . 54.893] 36.195 94 9/20/2008 1:331 64.7021 54.83 36.107 95 9/20/2008 1:341 64.8561 55.075 36.329 96 9/20/2008 1:351 64.8571 55.085 36.297 97 9/20200 9/20/2008 1:3 64.8557 54.961 1:36 I-485[5491 3.2 36.123 98 9/20/2008 1:37 64.74 54.876 36.101 99 9/20/2008 1:38 64.3571 54.634 35.956 100 9/20/2008 1:39 64.7551 54.915 36.161 101 9/20/2008 1:401 64.7561 54.974 36.18 102 _
103 AVERAGE 64.7721 54.970 36.183 104 STDEVPj 0.2471 0.178 0.108 105 NOISE(°/, 0 38%i 0.32% 0.30% 10671--- - " 107 I Noise Page 6
0B21-1305 Revision 1 Page 1 of 18 Attachment 4 LPRM Detector Sensitivity Decay Constant and Uncertainty
A B C D E F G H I J K L 1 _ ; J PPX3/PPX2: 0.9113 Centrafl Below Th.i Above Th. 2 Detector ILevel I(uA)Y PPX2 snvti Cal Date PPX3 snvtV In(l (uA)): PPX3 snvt A (1/snvt)i A(l/snvt) 3---------------------------- .* -. ...-..-.. ............... 6.73! -1.001 - 4 (04-21)
-**i-]....-
5(04-21) A
*.jA--: 839.01 780.01 0.446 9 - 4/419 8/3/1998 2.321 ..............-0.41
- 21 6.6.261 -0.0427i j ..i-------
70 ----------- 6 0-1)IA 620.0 4.970' 6/21/20001 4.53 6.43 3.2-0.0951 o(04-21) A 496.0; 7898 6/25/2001 7.0: 6.1 5.861 00 8 (04-21) A 367:6; 9.962 6/25/2002 9-081
- 9. 5.91 8.14 0
-1593 9 (04-21) A 317.8; 12.7391 6/18/2003 - 11.61! 5.76, 10.34 -0.0575 10 (04-21) _- 280.7! 14.979 6/23/2004 13.65! 5.64 1263 -0.0608 11 (04-21) A 258.0: 17.173' 4/28/2005 1 15.651 5.55 1465 -0.0422
(-04.-21) A ----- ---- 5 6. . - -------- - - --- - - 04-2
........ .. L. . .... .. . .. ... ... ...... ....... . ....
13 12 (04-21)_I.. (0421 ýAA 191.5: 205.21 19.565t 12/14/2006 20.985 /62 ? 17.831 -- - - - 19.12 5.261-53; 18.481* .
-0.0531
-0.1051 14 (04-21) A 150.2; 23.622. 3/11/20081 21.53! 5.01 20.33 -0.1012 15 (04-21)_ B . 8..3 . 0.435. 8/3/1998 1 0.40o 6.78 . -1.00
..{....
-f ) -i --6 .. ...... 9--.............
- 47~ i . ...... .. ..... :4...- ........ .... i....._------------
--------------- : -a s 17 (04-21) IB 669.0;! 4.915' 6/21/2000 4.48i 6.511 3.2-0.0839 18 (04-21) B 5480 7320 6/25/2001 6.671 6.311 5.571 -0.0910 19 (04-21) B 373.1: 9.607: 6/25/2002 8.76 592 7 -0.1844 20 04-21) B 324.5! 11.863i 6/18/2003 _ 10.811 5.788 9.78 _ -0.0679 21 (04-2!).B 275.9! 14.166i 6/23/2004 12.91 562 11.86 0.0773 22 ( .,B- 25421 16.117 4/28/2005 1469 554 13.80 -0.0462 23 (04-21) iB 2324 18.340! 5/16/2006, 16.71i 5.45 ! 15.70 -00443 24 (04-21) IB i 211.5' 19.585! 12/14/2006 17.85 5.35 17.28 -0.0830 25 (0-4-21) " B 169.8: 21.963: 3/11/2008 i 20.01- 5.13 .18.931 0 1011 26 (04-21) IC 850.0;. 0.332: 8/3/1998 0.30- 6.75.,i -1.00 _
27 (04-21) C 870.0: 1.592! 4/14/1999 1.451 6.77' 0.88 0.0202, 28 (04-21) C . 7600! 3.908! 6/21/2000 356 - 6.63! 2.51! -0.0640 2-9 21)... C 635.01 5-793- 5200 . 528 6.45 -4.42 01046 30 (04-21) C 429.41 7.767: 6/25/2002 7.08! 6.061 1 6.181 -0.2175 6 1 8 2 0 03 31 (04-21) C 9.284!
.403.8 / / 8.46! 6.001 7.771 -0.0444 32 (04-21) C - 333.3: 11.214! 6/23/20041 10.22: 5.81' 9.34 -0.1091
..... ...... .... ---l--- - - - ---------
33 (04-21) C 321.5! 12.697! 4/28/2005 11.57 5.77 10.90 -0.0268 34 (04-21) C-- ---- 2-99,-5; ---- 14.631: 5/16/20061 13.33 5.70 12.45 -00402 0 35 (04-21) C 272.51 15.467: 12/14/20061.. 14.09: 5.61 13.71 -0.1240 38 (04-21) 820.0! 0.906 4/14/19991 0.831 6.71 0.50- 0.0471 39 L(04-21).D- 763.01! 2.307 _6/21/20I : 2.10! 6.64: i 1.461 -0.0564-40 (04-21) D 788.0 3.311; 6/25/20011 3.02; 6.67 i 2.561 0.03521 41 (04-21) D- -610.11 4.493' 6/2512002 4.09 6.41 3.56 ! -0.2375 42 (04-2) . D
. . . ................. i 592.79. 5.405
- 5. 6/18/203 2 0
..................... ............ .. 4.93 4 ]......................... 9...6 6.38 16.
....... ........ 4.51
..... 4I/3
.. 4..
.... ............... -0.0348
-. 2 0 43(42) 7.: 6.542 62/00 _ 5.96! 6.16: 5.44j -0.__2201 44 (04-21) D 1 480.8! 7.448; 4/28/2005 6.79 6.181 1 6.37 _ 0.0226 45 (04-21) D - 440.0; 8.757! 5/16/2006 . 7.98 6.09: 7.381 -0.0742 46 (04-21) D ! 422.2: 9.228! 12/14/2006 8.41! 6.05! ! 8.191i -0.0967 47 (04-21) D 382.2i 10.467! 3/11/2008 9.54 5.951 8997 i -0.0880 48 (04-29) A 914.3! 0.268 5/16/2006[ 0.24! 6.82' -1.00!
49 (04-29) A 901.6! 1.396 12/14/2006 1.271 6.801 0.76! -0.01361 50 (04-29) A, 969.71 2.548' 3/11/2008 2.32: 6.88' 1.80 0.0694! 51 (04-29) B 771.2: 0.263-; 5/16/2006 0.24! 6.65; -1.001 52 (04:29) B 774.4: 1.333; 12/14/2006 1.21j 6.65. 0.731 0.0043; 53 (04-29) B 893.5!; 2.839' 3/11/2008 ~ 2.59! 6.801 1.90, 0.10421 - 54 (04-29) C 650.1 0.190' 5/16/2006 i 0.17i 6.481 .00 55 (0_4-29) C 749.51 0.925t 12/14/20061 0.84: 6.62i 0.51 0.2126, 56 (04-29) C i 851.41 2.111' 3/11/20081 1.92-! 6.75 1.381 0.1179i 57 (04-29) D 805.6: 0.0983 5/16/2006 _ 0.09: 6.69' -1.00 58 _(0429 D 766.8! 0.5151 12/14/2006 0.47: 6.64'02 -0.1300 I 59 (04-29) D 963.1; 1.359' 3/11/2008 _ 1.24! 6.871 1 0.851 0.29631 6 2 2 0 02 60 (12-13) A 663.2: 0.854' / 5/ 0.781 6.50' i -1.00i - 61 (12-13) A 531.9: 4.481 6/18/2003. 4.08! 6.284 . .-2-3----00667i LPRM Decay Data Page 1
A IBI C D E F G H I J K I L 62 (12-13) A 406.8i 7.064: 6/23/2004! i 6.441 6.01:1 5.261 -0.1139 63 (12-13) A 352.7i 9.6851 4/28/2005 8.83, 5.87: 7.63[ -0.0597 6 4 - -1 6 3 2121)-0_ 12.344 5/16/2006 11.25. 5.67: 10.04t - . -0.0794 65 (12-13)._[A 62.: 13.887 12/14/2006 . 12.65: 5.57__ .! 11:951 -0.0721 66 (12-13) I 183.3! 17.321 3/11/2008 1 15.78 5.21 14221 -0.1153 67 '(12-13) B 925.9! 0.695! 6/25/20021 0.631 6.83' -1.00I 68 (12-13) ; B 898.9 3576 6/18/2003 3.26 6.80i 1.95 -0.0113i 69 (12-13) B -- 606.71 6.366: 6/23/2004] 580 641 4.531 -0.1546 70(21)B 491.71 8.578' 4/28/200517.82782 6.201 6.81 -0.1042 71 (12-13) B 419.0: 11.112, 5/16/2006] 10.13i 604 8.971 -0.0693 72 (12-13) [B 370.1! 12.558' 12/14/2006 ___ 11.44 5.91' 10.791 -0.0941 73 (12-13) IB 276.2 15499 3/11/20081 14.12! 562 12.78 _ -0.1092 74 (12-13) C 855.0! 0.423s 6/25/200221 1 039 6.75 -1.001 75 (12-13).....C - 913.6: 2.387. 6/18/2003
......... ......... ................ 2.18' 6.821 ..........
..............*. . . ... ... . ... .. . . . .. ... .. .. . .. .... 1.281 0.0370 76 (12-13) C 4783'
.749.3 6/23/2004 _ 4.361 6.62:; 3.271 -0.0908 77 (12-13) C 632.41 6.566, 4/28/2005 5 98 -6.45! 5.171 -01 78 (12-13) C 494.2! 8.803 5/16/2006 8.02! 6.20 7.00[ 0......
.12101 79 12-13) C 442-6 . 9.
9905 -1242006 903 609 8.521 -0.1100 80 (12-13)-IC 312.41 12.616 3/11/2008 11.501 5.74 10.26- - -0.1409 8"*
-!D-...........
1 7 ---3
.........i .-- 5-...............0------- -------2 ------ .......................-0-2 - (---6.8-----.0 ... 0-81 (12-13)ID....947.5; 0.214' 6/25/2002 020 6.85------- ----..... 1.001 - .....- ---- . --
82 . -1062.9- 112:13 1.456T 6/18/2003 133 6.97i i 0.76 0.1016i 83 (12-13) ID 959.6: 2.960W 6/23/2004 i 2.70- 6.871 1 2.01 -0.074611 84 (12-13) D i 936.01 4.099 4/28/2005] 3.74: 6.841 3.22 -0.0240 85 (12-13) D : 728.8: 5.702! 5/16/2006 5.20: 6.59 4.47 -0.1713 86 (12-13) D 699.1' 6.411: 12/14/2006 __ 5.84! 6.55 5.52 -0.0644 87 (12-13) D 536.9: 8.357: 3/11/2008 7.62: 6.29' 6.731 -0.1489 88 (12-21) JA 867.1- 0. 5 9 9L 6/23/20041 055]- 6.77 1.001-- - 89 (12-21) .A. 923.4! 3.061 4/28/2005 2.791 6.83 1 1.671 0.02811 51 90 (12-21) IA 7913! 5.661 5/16/2006] L 67397 05 91 (12-21) A 704.2 7.366 -- ---- 12/14/2006 6.71: 6.56 5.941 0--------7
-0.0750 5-------
92 (12-21) B 850.8i 0.607' 6/23/2004 0.551 6.751 -1.00, 93 (12-21) B 974 715 4/28/20051 247 6.88 1.51 0.0696 94 (12-21) B 867.1 5.279 5/16/20061 4.81;; 6.77 3.64 -0.0491 95 (12-21B 7717.* 6696' 12/14/20061 6.10 - 6.65;i 5.46 -0.0902 96 (122-21) .. C 856.2 0]b517- 6/23/20041 0.47 6.75 -1.00 -- ------ 97 (12-21) C 978.8 2.330i 4/28/2005 2.12: 6.89 1.30, 0.08101 98 (12-21) C 877.8! 4.6661 5/16/2006 _ 4.25; 6.78! 3.19 -0.0511 99 (12-21 C 766.0' 5.798! 12/14/20061 5.281 6.64'. 4.771 -0.1320 100(12-21) ID 856.2! 0.3043 6/23/20041 0.28 6.5. 7 -1.001 i 101 (12-21) D F 1027.4: 1.754: 4/28/2005! 1.60! 6.93: : 0.941 0.13791 102(12-21) D 974.0: 3.696: 5/16/20061 3.37! 6.88: 1 2.481 -0.0301! 1031(12-21) ID 940.1:i 4.507 , 12/14/20061 : 4.11' 6.851 3.741 -0.0480 104(12-29) JA 930.2" 0.641' 6/25/2002 1 0.581 6.84' -1.00i 105 (12-29) A 1 856.8! 3.673 6/18/2003 3.35! 6.751! 1.97! -0.0297T 10(12--29
.. IA-------
".......... ...I -. ....... 5---542 6.113:
. 13 6/23/20043 2 0 5.57! 6.399 :-............. "4.46[
- 46....................... ._ _- -0.1646
_...1__6 _4._ 101-29) [A 10(2 J/82C7710 500.9i 8.549. /820177 .2 600;___,r 6.681 89!! I-0.0769 008 108 (12-29) JA ! 405.4: 11.165! 5/16/20061 10.17! 6.00: i 8.981i -0.0887 109 (12-29) A 372.0! 12.741! 12/14/20061 11.611 5.92 10.89! -0.0598 110 12-29) A 273.3! 15.613: 3/11/20081 14.231 5.61. . .12.921 -0.1178 111 (12-29) .B 875.6i 0.601 6/25/2002! 0.55, 6.77. -1.00 112 (12-29) B 868.61 3.403i 6/18/2003 3.101 6.77; 1.821 -0.0031 . 113(12-29) B 559.8' 6.044 6/23/2004 5.51- 6.33 4.30 -0.1825 114 (12-29) B 489.51 8.108' 4/28/2005 7.39! 6.19 6.451 -0.0714 115 (12-29) B 391.5! 10.670i 5/16/2006[ 9.72! 5.97! 8.56 -0.0957 116 (12-29) B 367.6: 11.9921 12/14/20061 10.931 5.91' 10.33 -0.0522
--~~
1170(12-29) .B ...- - 276.7: 14.839' ........ 3/11/2008
. . .. .. . . .. . . 13.52 . ....................5.62i 12.231 01094 118 12-29) C 929.21 0.473' 6/25/2002 i 0.431 6.83: -1.00 119 (12-29) C ...... :*.... ..6988.5!
.2......................
2 ) --- ---............... C 8 -J _ _ 2.785! 5 3 9 6/18/2003 - 10( 2.54! 6.90! __ 1.48 0.0294:
-- 13 2 0 . 4 ................ -- 3...-- ........ ...............
. 9 01 7 120 (12-2) C - 688.3! 5.309; 6/23/2004 _-! 4.84! 6.53: - 3.691 1 -0.1574 121 (12-29) C 617.6, 7.078! 4/28/2005 _ 6.45! 6.43! 5.64! 1 -0.0672 12_. (C2.-.9) 22 C.. 454.9--- 9.462- 5/16/2006 -.. 62 - . -12 !-.--- _ .54.0.0 . ...........................
123 (12-29) C 4429.7! 10.486' 12/14/20061 9.561 6.06 9.091 -0.0610 LPRM Decay Data Page 2
A B[ C D E F G H IIl J K L 124 (12-29) C 332.5 12.845! 3/11/20081 11.71! 5.81! 10.631 1 -0.1192 125 (12-29) D 828.4! 0.280: 6/25/2002 0.26' 6.72: -1.001 126 (12-29) D 961.2! 1.844i 6/18/2003] 1.681 6.87: 0 0.1043i 127 (12-29)- D 895.9; 3.730 612312004- - 3.40; 6.80' 2.541 -0.0409' 128 (12-29) D 853.5 5.206 4/28/20051 4t 741-
-6:.75. 4.07 -0.0360 129 ( D .2-29 678.9! 7.225- 5/16/2006 6.58! 6.52 i 5.661 -0.1244 130 (12-29) D 627.1 8.055. 12/14/2006 7.34! 6.441 6.961 -0.1049 13112-29) D 470.6. 10.015 3/11/2008 9.13i 6.15. 8.23[ -0.1608 132 (12-37) A 877.5 0.8441 6/25/2002 i 0.77: 6.78' -1.00i _
133 (12-37) A 801.91 4.126' 6/18/2003 3,76: 6.69 2261 -0.0301 134 12-37) A 559.71 6.490 6/23/2004 .... 5.91 6.33 4.846 -..... 0.1669 135(12-37) IA 459.7; 9.017 4/28/2005 i 8.22! 6.13 7.071 -0.0855 136(12-37). . 350.3. 11.820. 5/16/2006 , 10.771 5.86 1 9.49[1 . -0.1064 13"- _ 7-' ......'A 32 6--6 ....... 44 4.12..14 2 ... .0 ....... ... 25. 5..79... ..... ..... 1.5
.............. 00 7 t .....................
137 (137 .12 326.6: 13.4441 12/14/20061 12.25i 5.79 1 11.511 I-0.0473 138 (12-37) A.! 225.1: 16.910! 3/11/2008 _ 15.411 5.42 13.83i -0.1179 139(1237) .. B 765.1! 0.7091 6/25/2002 065 6.64_T 140 (12-37) B : 804.0! 3.505: 6/18/2003 3.19i 6.69 .. i... 92 .. 01-95. 141 12-37) B. 62-5.5 6.218 6/23/2004 5.671 6.44. 4.431 . -0.1016 142 (12-37) B 585.2; 8.379M 4/28/20051 7.641 6.37, 6.65j 00338 143(12-37) B -. --
-- - --472.0; 11.0491
--- 5/16/2006!
....----- 10.07: 6.161, 1 8.85,
...-0.0884 144 (12-37) B 421.8' 12.455: 12/14/20069 11.35! 6.04 1.71 -0.0877 145 (12-37) B 21291.1 . 15.4931 3/11/2008 14.12! 5.67" 12.731 -0.1340 146 (12-37) C 767.0: 0.466! 6/25/2002 0.42: 6.64o -1.001 147 (12-37) C 816.31 2.4821 6/18/2003 2.26: 6.70 1.341 0.03391 148 12-37) C 748.4; 4.972: 6/23/2004 453! 6.62 3.40 .... 0 0383 149 12-37) IC 695.0 6.871: 4/28/2005 6.26! 6.54' 5.401 -0.0427 150 (12-37) IC i 582.2: 9.270:; 5/1 6/2006 ~ 8.45; 6.37 7.50.0810 151 (12-37) C 1 524.61 10.423i ...12/14/2006
----------- ............ ... ................- 1 9.501
------- 6.26:
. ... .- --- 8.97. ..-.- 0.0992 152.(12-37) C ! 365.2' 13.116' 3/11/2008! 11.95 5.90! 10.73, -0.1476 153 (12-37) D i 820.2! 0.258, 6/25/2002 0.24i 6.71 -1.00 154 (12-37) D 932.4i 1.738 6/18/2003 1.581 6.84: 0.91 0.09511 155 (12-37 D. 849.3:! 3456' 6/23/2004 3 15 6_74- . 2.37 -0.0597T 156(12-37) D 823.3_: 4803 4/28/2005 4.38; 6.71 3.761 -0.0253 137 (12-37)ýD 646.9: 6.621' 5/16/2006 6.03. 6.47:. 5.21 -0.1456 158 (1-7 D- -592.6!! 7.398: 12/14/2006 6.74; 6.38 6.9-0.1238 159 12-37) ID - 462.2! 9.395! 3/11/2008 85 6 6.141 7.65' -0.1366 160 (12-45) [A 836.0: 0.631! 6/21/2000 058; 6.7 -1600.
1619(12-45)[A 789.0! 3.178! 6/25/2001 - 2.901 6.67 1.741 -0.02491 " 162 (12-45) A 579.0 5.121! 6/25/20021 4.67 6.36r 3.78I 1748 163 (12-45) A 467.9: 8.111: 6/18/20031 7.39! 6.15' 6.031 00782 164 (1245) IA 365.4: 10.318: 6/23/20041 i 9.40i 5.90! 1 8.401 ------------ .-0.1230 165 (12-45) A _ 321.3: 12.409! 4/28/20051 11.31i 5.771 10.36 -0.0674 166(12-45) [A 276.8! 14.751! 5/16/2006; 13.44: 5.62' 12.38t -0.0699 167 (12-45) A : 261.6! 16.0831 12/14/20061 : 14.661 5.571 14.05 i -0.0464 168 (12-45) [A-: 188.4! 18.899: 3/11/2008 1 17.22! 5.24:' 15.94 _.0.1279 169 (12-45) B 741.0! 0.5871 6/21/20001 - 0.53- 6.61: -1.001 170*012-45) I 764.0; 3.040! 6/25/2001 2.77: 6.64: ; 1.65' 0.0137! 171 (12-45) B ! 589.2! 5.1641 6/25/200.2 4.71! 6.38: : 3.74 1 -0.1342
.. ... .. ... .. ..---.--.- 573 ------.--
--- -_ 00629-------
172 (12-45) B 517.8 7419 6182003 6.76 6.25 . 5.73 -0.0629 173 (12-45) [B 398.6 9.747 6/23/2004 8.881 5.99 7.82 -0.1233 174 124)B 340.5, 11.672' 4/28/2005 _ 10.641 5.83 9.76 -0.0899 175(12-45) B 297.3' 13.863' 5/16/2006 12.63' 5.69' 11.63 -0.0679 176(12-45) B 264.6i 15.211 12/14/2006 _ 1386: 5.58 13.25 -0.0949 177(12-45) B 197.6; 17.761. 3/11/2008 16.19 5.29 15.02 -1256 178 12-45) C 1 808.0i 0.444 6/21/2000 0.401 6.69 -1.00 - 179 (12-45) C 823.0 2.441. 6/25/20011 2.22! 6.71 1.31 0.0101 180 (12-45) C 646.7; 4.368 6/25/2002 1 3.98; 6.47 3.101 -0.1373 181 (12-45) IC . 603.8: 5.852. 6/18/20031 5.33! 6.401 . 4--6.. 0.0508
------------ ------- ------------------------------------ - 6-4-- ---- -0.0508..
182 (12-45) C 487.3! 7.777. 6/23/2004 T7.09 6.19: 6.211 ; -0.1222 183012-45) C
- 453.5! 9.252; 4/28/2005 8.43 6.121 7.761 -0.0535 184(12-45)-45.
.5
'C : 391.2! 11.145i 5/16/2006
----- ----- 1' , .
- 10.161
;1-1 -
5.97! 5 . - 9.29'
- -0
-0.0857 185(12-45) C 351.6' 12.092: 12/14/20061 11.02:; 5.861 : 0.59! -0.1235 LPRM Decay Data Page 3
A cBI C 0D. E _F[ G H I J K L 186 (12-45) C 279.0' 14.2331 3/11/2008 1 12.972 5.63 " 11.991 i -0.1186 187 (12-45) D 655.0: 0.2011 6/21/2000 0.18! 6.48! -1.00i 188(12-45) D ....--. 714.0 1.322: 6/25/2001 1 20! . 6.57T 0.691 ____0.08451 189 (2-45) _l.2!6/25/2002 D 675.9! 2.6 2 ------ - - ----- 2.39i 6.52: 1.801 0043 190 (12-45) D 701.1! 3.517_ 6/18/20031 3.21: 6.551.. 2.80 0.04501 19- !2-45) ..D 572.9 - 4.6371 6/23/20041 42 - 6.353... 1 01978 192 (124) D 576.6! 5 /255200 5.6 0.0078 193 (12-45) D 474.2! 6.822' 5/16/2006j 622! 6.16' 5.64L -0.1686 194 (12-45) D 460.3! 7.3641 12/14/2006 _ 6.71: 6.13 { 6.461 -0.0604 195 (12-45) D 1 412.7': 8.8401 3/11/2008! 8.06 6.02; 7.38! -0.0811 196 20-05 930.0 0.441i 8/3/1998 _ 0.40' 6.84 1.004-197 (20-05) A 900.0! 2.203 4/14/1999 2.01; 6.80! 1.20 -0.0204! 198 (20-05) A 810.0: 4.932o 6/20/2000 449i 6.70J 325 00424 19 (... A.780.0! 7.840. 6/25/2001 .... 7. 14; 6.66. 5 .82............ [5.2-0.0142 6/25/20021__ 200(20-05) IA 627.1: 9.9131 6/25/2002 9.031 6.441 8.09! 10.29
-0.1155
-0.0582 201 (20-05) A 542.1 12659 6/18/2003 11.54! 6.301 T202(20-05) A 1 434.3! 14.885 6/23/2004 1 13.56: 6.07! 12 5 019
-23 20-05) A 388.5; 17093 4/28/2005! 15.58; 5.96 i! 14.571 -0.0553 204 (20-05) IA 1 319.1 19.5001, 5/16/20061 17.77; 5.77! 16.671 -0.0898 20-0~5) 202 0"-* IA ... .2-
...... .0.........
291.8; 8 ..................... 20.7191 7 9 ........ .8 1 12 0 12/14/20061 I
............. 18' 58 68. .... 833 - 00--5 206 j?-5) 'A. 212.9, 23.676; 3/11-2008 . 21 58 . 5.36T -F . 20.23i -0.1170 207 (20-05) -B . 970.0: 0.438, 8/3/19981 040 6.88' ' 1.00!
208 (20-05) IB ! 940.0: 2.1581 4/14/1999 1.97 6.85 i 1.18! -0.0200! 209(20-05) lB 21-....* _- T*......-,i z--6L .... ::0-_[ -67 5*2-- **... 845.0 4.925o 6/20/2000 ... .-- .. ....6: -t-*i 4.49i 6.741 i ----.. ........-----0.0423 3.231 : :i* 210 (20-05) B 774.7007 6/25/2001 6.66! 6.65 57 ___1-0.0404 211 (20-05) -B 574.2! 9.5951 6/25/2002 8.74: 6.35i 7.701 I-0.1432 212(2(20:0 1.22 5) ~._ 20-05.52. B...........----
... ._5-2-6...._2.._-
11... 8.3.2......_.-....6./.1.. 1132 .. 6/803 _8............_.2....0 0...
.. 10 10.78:7 i6
.... 2 6.27 ' 99.761 6 ............-....................
--0.0428
-* .428..
213( 21_I0-20-05)5 BBI--, -- 437.4. 3 87 .8 14.0921 02 1----------6 ..... 6/23/2004
--I..... 0........ ......... 12.84; i.........................................- 6.08 11.81
.................................. . -0.0898 214120-05) B 387.8' 16028 4/28/2005 14.61 59 13.72 -0.0682 215 (20-_05)___B 339.7. 18.266. 5/16/20061 16.651 5.831 15.63 -0.0650 216 -(20-05) B 318.01._ 19.5701 12/14/2006 17.83 5.76' 17.24 -0.0553 21--7 (20-05) B 240.4 22.032 3/1112008 20.08; 5.48- . 18.96. -0.1248
~ ~ ~ IC 218--(20-05) . 970.0: 0.336 .. .i//8/3/1998 9 8 10 0.31:
3 ; . 8 ....* ...... .... - - ..0-uu 6.88 . ............ .... . . . 219 (2005 IC 219 ~~ ~96.-i ~....... i ~D8 ~4" ........ 968.0! 16081 , ~9 4/14/19991 ~ ~ ...... .6.8
.6 -((-J 6.88' ------- 0018 ..... ...
220 (20-05).C -900.0! 3 9230 6/20/20001 3.58! 6.80 2.52 -0.0345_ 221 (20-05) 1C 845.01 5.7901 6/25/2001. . 528: 6.74L 4.43' _ -0.0371 222 (20-05) IC : 679.3 7.7521 6/25/2002 i 7.06i 6.52' 6.17' _ -0.1221 223(20-05) IC 666.5! 9.261! 6/18/20031 8.44 6.50:! 7.75 -0.0139 224 (20-05) IC 555.0o1 11.156. 6/23/20041 10.17! 6.32: 9.301 -0.1059 225 20-05)C ; 513.4! 12.602! 4/28/2005! . 11.481 6.24: i 10.83! -0.0592 226 (20-05)_C . 439.2 14.521; 5/16/20061 ; 13.231 6.08' : 12.36J -.0893 227 (20-05) IC 1 412.9: 15.570! 12/14/2006 1 14.19: 6.02! 13.711 -0.0644 228 (20-05) IC ! 316.8! 17.757i 3/11/2008 16.181 5.76! ' 15.191 -0.1330 229 (20-05) + D I 591.4i 4.4861 6/25/2002 4.09: 6.38i : -1.001 230 (20-05) __23
*i)*_
.[*ii~ D iii_-.--- : 614.4:! ;5.4021
-*-_9-IL
---..... 6/18/2003
------------o _ .......... 4.92!
59- 6.42. 6....t. .. ... . .. 4.51 . .... .....................
--...................-..... .0.0457 0 1 .
231 (20-05) ..ID 536.1. 6.5291 6/23/2004 5.95 6.28 5,441 -0.1328 232(20-05) ID 532.6: 7.398i 4/28/2005! 6.74 6.28! ! 6.351 -0.0082 233 (20-05) 1D !__ 484.8!i'i 8.671' 5/16/2006! 7.9 7.90 1 66.18'18 8. 7.32i1713 1 -0.08126 0.0812 234 ID - 476.3' 9.264. 12/i4/2006i _ - 8.44 6.17-. 8.-7. ---326 235 (20-05) 1D I 416.7! 10.884 3/11/2008 9.92 603 9.181 -, 00904 236 (20-13) A 694.0' 0.7771 6/25/2002 0.71 654! -1.00! 237 (20-13) A 678.3! 3.902, 6/18/2003 3.561 6.52: 2.131 -0.0080' 238 20-13) A 1 573.9' 6.2951 6/23/2004 - 5.74 6.35 4.65 -0.0767 239 (20-13) A 474.2! 8.876; 4/28/2005 i 8.091 6.1669 0.0811 240 (20-13 A 343.8i 11.3871 5/16/20061 10.38. 584". 9.231 -0.1405 241 (20-13) lA 313.7. 12.9721 12/14/2006' 11.82. 5.75' 11.10! -0.0636 242 (20-13-I--A. . 220.2; 16.391 3 /11/ 2 00 8 t 14.941 5.39. 13.38 -0.1136 243 (20-13) B 666.9! 0.730; 6/25/2002 0.67: 6.50 -1.00 244 (20-13) B 672.3! 3.657' 6/18/2003 3.33: 6.51 2.00 0.00301 245(20-13) B 512.1: 6.355' S4 6/23/2004 ! 5.79i 6.24! 4.56 1 -0.1107 6801 246 .(203) B 424.8! 8.579 4/28/2005 i7.82i 6.05' 8.90 .-0.0922
-0.025 247.........(20-13) B 3 . 11. . 5/16/20061
.... 10.12i 5.82' 8.97.. -
LPRM Decay Data Page 4
I-, -~
'.4.
A B C D E F G H I J K I L 248 (20-13) B 307.51 12.550: 12/14/20061 11.44! 5.731; 10.781 1 -0.0663 249 (20-13) B 223.4! 15.520 3/11/2008 14.141 5.41: 12.791 -0.1179 250(20-13) [C 831.91 0.505: 6/25/2002] 0.46! 6.72 . -1.00t I 251 (20-13) .C 919.91 2.723 6/18/20031 2.48i 6.82! 1.47] 0.0497 252 (20-_3) C- -917.4; 5.298- 6/23/2004 4.83i 6.82 .. 3.65. -0.0011 253*(..2.-0-13)-.C _769.7! 7.133 4/28/20051 6.50 665 " 5.661 . -0.1050 254 (20-13) C 569.8i 9.438 5/16/2006 8.60 6.35:! 7.55' 1 -0.1432 255 2_0-13)---- C -- 489.0A 10.660; 12/14/2006 9.71 6.19: 1 9.161 -0.1374 256 (20-13) C 339.71 13.390 3/11/2008 _ 1220, 583 : 10.96 -0.1465 257 (20-13) g i 882.41 0.293 6/25/2002] 0.271 6.781 -1.00 I 258 (20-13)D D 986.81 1.946 6/18/2003 .... 1 77 689: 1.02 .. )0743 . 259 (20-13) D 933.9! 3817 6/23/2004 3.48& 6.84i i 2.63 -0.0324 260(20-13) D 915.7i 5.212. 4/28/2005 1 4.75i 6.821_ 4.111 . . -0.0155 261 {20-.3)D 789.0 7.1371 5/16/2006 6.50: 6.67' 5.63 -0.0849 7 34 2 262 (20-13) D . ' 8.040112/14/2006 1 7.33 .. 6.60!-1 6.921-1 -0.0874 263 (20-13) D : 489.21 10.450 3/11/2008 9.52! 6.191-- I 8.43 -0.1848 264 (?20-21) A 729.0 -0.745:-62120001 . 0.68/ 6-.59: -1.l00 265 20-21) A 669.0: 4.121- 6/25/2001 3.76. 6.51- 2.221 -0.02791 266 (20.21) A 486.5: 6.366' 6/25/2002 : 5.80. 6.19 4.78 -0.1557 267 (20-21) A 366.0! 9.700' 6/18/2003 8.84 5.901 7.32 -0.0937 268 (2_0-21) A 306.0: 11.766 6/23/2004 10.72: 5.72 9.78 -0.0952 269 (20-21) JA 28. 14.129; 4/28/2005 __: 12.88, 5.64: 11.80 -0.0369 270 (20-21) A 228.21 16.3701 5/16/2006 { 14.92! 5.431 13.90 -0.1047 271 (20-21)- .219.21 A.... ... . . ...2I . .. ... .. 17.9690
. ..12/14/2006
.. : 16.38! 5.391 15.65[ . -0.0277 272(20-21) A 163.1: 21.207 3/11/2008 . 19.33! 5.09- 17..85 -0.1001 273 (20-21) B 742.0: 0.643: 6/21/2000 _ 0.591 6.61: i -1.00i 274 (*0-21) B 793.0: 3.667: 6/25/2001 3.34! 6.68: . 1.9 0.0241' 275(20-21) B i 507.8i 6.3741 6/25/2002 5.81; 6.23! . 4.58 -0.1806 27 -21) B 397.51 9.337! 6/18/2003 . 8. 5.599! 7.716 00907 277 (20-21) B 294.91 11.848: 6/23/2004 10.80! 5.69: : 9.651 -0.1304 278 (20-21) .28- B 13.807: 4/28/2005 12.58! 5.64 11.69 -0.0283 2791(20-21) lB _- 2316 16.125: 5/16/20061 14.69 544' 13.641 -0.0906 280 (20-21) _B 222.4: 17.466 12/14/20061 15.92! 5.40! __15.311... -00332 2811(20-21 ,B 17.1 2.3 +i 66 --- 18.62i 5.17 17.271 -0.0877 282 (20-21) C 1 746.01 0.5251 6/21/20001 048 6.611 -1.00 283(20-21) C 841.0: 31601 6/25/2001 2.88 6.73 1.681 0.04991 284 (20-21) C 531.31i 5.8253 6/25/20026.5318 4091 i 0o1890 285 (20-21) C. 434.4!. 8.228 6/18/2003 7.50! 6.07 6.401 .-0.0920 286( 20-21) C 330.3! 10.709i 6/23/2004 9.76! 5.80- 8.63 i -0.1212 287 (20-21) C 312.8! 12.376 4/28/2005 11.28i 5.75 ' 10.521 00358 288(20-21) C 256.2! 14.505 5/16/20061 13.22: 5.55 . 12.25-] .. . ... . -0.1029 289 (20-21) C 245.0; 15.538' 12/14/2006 14.16: 5.50' 13.69! 1 -0.0472 290 (20-21) C t 198.81 18.174 3/11/2008 i 16.56: 5.291 [ 15.361 0.0870 291 (20-21) 293 (.20-21)
IDD 724.0 0.376i 597....................... 9 4.170 6/21/2000 "0.354:1 3.80-6.581
.6.39-
-1.00[
2-.86
.6/25/-2-00 i
0130 1 292 (20-21) [D 764.0' 2.105 6/25/2001 1.92 1 6.64 1.13L 0.03411
.I------
---..... .... ..... i........
294(20-21) D 504.61 6.185' 6/18/20031 _ 5.64 6.22' 4.72: -0.0924 29520-21) D 1 402.3: 8.341! 6/23/2004! 7.60! 6.00. . 6.62! -0.1153 296(20-21) }D " 385.1! 10.031, 4 /2 8 /2 0 0 5 _ 9.14! 5.95 8.371 -0.0284 297 (20-21) D : 314.21 12.008 5/16/2006 10.941 5.75. 10.041 ...---0.113.0 298 (20-29) - A i 723.3: 0.645. 6725/20021 0.59: 6.58: -1.001 . . . ... .. 299 (20-29) A 1 651.1[ 3-877i 6/18/2003, 3.53j 6.481 1 2.06! -0.0357' 300.(20-29) A 1 492.1! 5.899 6/23/20041 5.381 6.20: 4.45! . -0.1519 301 (20-29) A 424.11 8.145' 4/28/2005 i 7.421 6.05: : 6.401 -0.0727 302(20-29) A 365.0: 10.4681 5/16/20061 9.541 5.90,! 8.48 -0.0709 303 (20-29)- 1A-- - 334.14 12.027 12/14/2006 10.96! 5.81 10.25] -0.0622 304 (20-29) JA 231.61 15.188 3/11/2008 i 13.84! 5.441 12.40 - .01272 305 (20-29) B 712.0! 0.645 6/25/2002 0.59! 6.57' -1.00! - 3062029 B 682.01 3.430' 6/18/2003 3.13! 6.53' 1.86M -0.01691 307(20-29) B 478.2i 5.863 6/23/2004 _ 5.34: 6.17: 4.231 -0.1602 308 (20-29) .B 424.3: 7.809 4/28/2005 7.12: 6.05 6.231. -0.0674 30~ JB 358.2i 10.184' 5/16/2006 9.28! 5.88 82!I 08 LPRM Decay Data Page 5
A Il 'i t!f A B C D E F G H II[ J K I L 31n,,(20-29) B_ 339.61 11.4981 12/14/20061 10.481 5.83 i 9.88 _ -0.0445 311 (20-29) B 249.4: 14.433! 3/11/20081 13.15 5.52 _ 11.82 -0.1154 312 (20-29) C---709.0, ~~~~~~~
............... 0.5891 6/25/200211 0.54, 6.56
..... .".....,.................... -1.00 31 31__
(P20-29)
....i ........ -------
719.01
.. 2.897. 6/18/20031
--- ......... 2.64 ........
-----... 6.58 ___ 1.59 0.0066' --------...............
314.(20-29)._. C 545.5i 5.317 6/23/2004 . 4.85: 6.30 3.741 -0.1252 315~. .2 _ C 4 6 .. .. .2
.!1.0 .......... .. . .. . .. ........ ... .... ... .... . . . ... ...... . . ... .. . .. .. ...............
.. ..6.141 3157-29)_ C 4642 7.0391 4/28/2005 642. 563 01028 316 (20-29) C 40441 9.243! 516.061 842. 6.00- 7.42 -0.0687 317 (20-29) _C 373.5; 10.2501 12/14/2006' 9.34; 5.92. 8.88 -0.0867 318 (20-29) C 282.4! 12.8331 3/11/20081 11f69; 5.64-1 10.52 _ _ -0.1187 319_(20-29) DL 708.4! 0.376! 6/25/2002 0.341 6.56' -1.00 320 (20-29 bD 816.0! 26 6/18/20031 2.07! 6.70, 1.20 0.0820' 321 (20-29) D 602.41 4.333! 6/23/2004 3.95! 6.40; 3.01 1 -0.1613 322 (20-29) D 512.41 6.069i 4/28/2005 1 5.53i 6.241 ' 474 -0.1023
~-29 323 (20-29) 32-* " ) D - .20 .... 457.4 4 3..8..
... 8.024: 5/16/20061 9..i.....................04
................. 7.31
..... .. ...1........... ] ; F.........6 6.13' 0!....... _ 6.42
. 8! -0.0637
- . 5 6 324.(20-29) D0 432.8!. 9.0411 12/14/2006 -8.241: 6.071 7.78 ___ -0.0596 325 (20-29)____D 319.9: 11.545. 3/11/20081 10.52! 5.771 . 9.38_ -0.1325 326(20-37) A : 691.0i 0.684; 6/21/2000, 0.62! 6.54: -1.00 . .
327 (20-37) .A 688.0: 3.994' 6/25/2001 3.64. 6.53!! 2.13 -0.0014' 328 (20-37) .A 467.01 6.400 6/25/2002 5.83; 6.151 4.74 -0.1767 329 (20-37) A 381.21 9610- 6/18/2003 8 76- 5.94 7.29 0 0694 330 (20-37) A 3068. 11.708 623/20041 10.67: 5.73- 9.71 -0.1135 331 (20-37) A 279.61 14.093; 4/28/2005 12.84i 5.631 1 11.76 . ...- 0.0427 332(20-37) A 245.9: 16.625i 5/16/2006 : 15.15! 5.501 14.001 -0.0558 333 (20-37) A 225.81 18.2061 12/14/2006 : 16.59: 5.421 15.87 -0.0589 334 (20-37) A 163.11 21.510, 3/11/2008, 19.60! 5.091 18.10 -0.1081 335 (20-37) B 684.0: 0.630; 6/21/2000 : 0.57 - 6.53i i -1.00 _ 3..6. 336(20-37) .2__..__7. B..............................
........B . 7380O ---16/25/2001
_3..:.._o 8..0_-...................... 3.630 .... ..... 6/2..5........... . 3.31'1 6.60 6 i.9 1.94 ......0.0278' 0------- 337 33*8~.20-37)~ ~B ~ ----- 37- 516.8i 4
------- 7-6 6.343
- 9. 0 /. 20 3 ........ i..........85.78i
-66/25/2002j . -- ....... ........ 6.25 . -----
0.... .............
------- 4.544 -----
0-- -0.1441
.................... .........--0--84 338,(20-37) B 417.6! 9108 6/18/2003 8.30' 6.03 7.04 -00846 339 (20-37) B 305.7: 11 587; 6/ 2 3 /2 0 0 4 f 10.56! 5.721 9.43 -0.1381 340(20-37) B .277.0! 13622 4/28/232005 12.411 5.62i 11.49 .0.0532 341 (20-37 B 222.8: '16.116 i 5/16/2006 14.6 9 5.41 i 13.55 -0.0958 342 (20-37) .B 213.7;i 17.4781 12/14/2006 15.93! 5.36. 15.31 -0.0334 343 (20-37) B 172.3 20.440' 3/11/2008{ 18.63 5.15j 17.28 -00799 344(03)I 710.0: 0.516b 6/21/20001 0.47:! 6.571 -1.001 ________
345(20-37) C 813.0:; 3.1021 6/25/20011 2.83; 6.70 1.65 0.0575_ 346 237 C 577.3' 5.735' 6/25/20021 5.23. 6.36: 4.03 ' -0.1427 347 (20-37) Lc . 484.5: 7.935! 6/18/2003! 7.23_ 6.18! ! 6.23 L -0.0875 348(20-37) IC 345.11 10.366. 6/23/2004! 9.45! 5.84 8.34 -0..1531 349 (20-37) C 309.2 12.101 4/28/2005! 11.03! 5.731 10.24 1 -0.0695 350 (20-37) ......... C .. 2 ,248.4 14.329! 5/16/2006 13.06; 5.52 _12.041, -0.1079 351 20-37L C 240.7i 15.401' 12/14/20061 14.03: 5.48' 13.55 -0.0323 352 (20-37). C 181.11 18.094' 3/11/20081 16.49: 5.20! 15.26! -0.1158 353 (20-37) ID 684.01 0.3561 6 2 1 20 0 0
/ / k 0.32! 6.53. -1.00 354 (20:37) LD .........
---------.. I-..-.-.----.-.................................
760.01 2.005 + ................... 6/25/2001, - -. -- 1.83!
....- ----- 6.63 Ti
------------- 1.08 0.0701.
35"- 0-37)__ D 35 .....i............ . 693.4 3.953 6/25/20021... 3.60. -- 6.541 -- --..----- 2.71 .................
-0.0516i .....
i............ 357 20-37) JD 448 81 7.719 6/23/2004! 7.031 6.111 . 6.13 -0.1501 358( - D 402.3! 9.3771 4/28/2005 - 8.55: 6.00: . 7.79 " -....... 0.0723 359 (20-37) _D 311.4 .1435_ 5/16/20061 10.42: 5.74 . 9.48 -0.1366 360 (20-37) ID 308.8i 12.408' 12/14/2006 i 11.31! 5.73: 10.86 -0.0096 361 (20-37) 0 ! 244.0' 14.856i 3/11/20081 13.54; 5.50 i 12.421 -0.1055 362 (20-45L)-_ A 943.4; 0.249/ 5/16/20N 0...23' 6.85.' . .1.0 363 (20-45) lA 957.7! 1.715; 12/14/20061 1.56! Cl.,86 0.891 0.01131 364 (20-45)- A 814.71 5.116. 3/11/2008! 4.66ý 6.701 3.11 : -0.0522 365 (.20-4) B, 334.51 0.290! 5/16/20061 0.26: S.'3i -1.00 366 (20-45) B 904.01 1.765! 12/14/2006! 1.61 681 0.94 0.0595! 367 (20-45) B 843.6i 4.624! 3/11/20081! 4.21: 6.74! 2.91 : -0.0265 368 20 -45 _ C 897.9! 0.235' 5/16/2006 . 0.21: 6.8 - . -1.00................ 369 (20-45) C 928.1: 1.5221 12/14/20061 i 1.39: 6.83 0.80 0.0282L 370(20-45) C 856.51 4.134 3/11/2008' 3.771 6.75 2.58 -0.0337' 371 ------- 1 883.35! 5/16/2006
/0.120i 0.11: 6.781 -1.001 LPRM Decay Data Page 6
A BI C D E G I H [I J K IXL 372 (20-45) D 905.7T 0.892; 1211412006 } 0.81 6.81 - , 0.46 0.0355i 373 (20-45) D 1037.61 3.0051 311/2008 2.741 6.94!: 1.78 0.0706: 374 28-O5) A. 827.6. 0.543i 6/23/20041 .. 0.49. 72i. -1.00 ---- 375 (28-05) A .......... 854.4 2.825 4/28/2005 2.57 6.75 1.53 0.01531 ............. 376(28-05) [A - 749.3T 5.317! 5/16/2006 4.851 6.62 3.71 -0.0578 37280 A 702.4i 6.511l 12/14/20061 5.93i 6.55 5.39 -0.0595 378 (28-05) IA 43401i 9.307 3/11/2008 _______ 8.48 6.07 7.21 0.1889 379 (28-0:P B 844.21 0.545ý 6/23/2004 0.501 6.74 -1.006 380 (28-05) lB 904.3; 2.55114/28/2005_ 2.32! 6.81' 1.41 0.0376' 381 (28-05) B 749.5! 4 950' 5/16/2006 451. 662 3.42 0 0858 382 (28-05) g 690.41 6.3091 12/14/2006 .7 575 6.54 ... 00663
-,.-..5 383 (28-05) B 426.41 8.798i 3/11/2008 _ 8.02: 6.06! .6.88 i -0.2125 384 (28-05) _C 835.7. 0.415' 6/23/20041, 0.38. 6.73i.. -1.00 385(28-05) 908.4: 1.963' 4/28/2005 1.79! 6.81 1.08 0.0592 386 28-05) ,C 815.8!! 4.086-" 5/16/2006 ___ 3.72: 6.70' 2.76 -0.0556' 387 (28-05) C 775.71 5.2651 12/14/2006 4.801 6.65 4.26 -0.0469 388(28-05) _C_ 527.41i 7.659; 3/120 6.98!1 6.27 5.89- 0.1769 3891(28-05) D 864.2!l 0.214i 6/23/2004 __ 0.20: 6.76' 1.00 390(28-05)... D 990.5; 1.1401 4/28/20051 1.04; 6-90 0.62 0.1617 391 (28-05) D 960.81 2.569- 5/16/2006, 2.34' 6.87 1.69. -0.0234:
392 (?8zQ5) ID 944.91 3.2381 12/14/20061 2.95, 6.851 2.651 -0.0274' 3593 (28-05)-- b 772.2! 5.072' 3/11/2008 4.62i 6.65! 3.791 -0.1207 394(28-13) A 760.0; 0.7041 6/21/2000 ! 0.64: 6.63'! -1.00 395 (28-13) A 1 680.0; 4.1611 6/25/2001 3.79: 6.521 1 2.22 -0.03531 396(28-13 A 1 424.6; 6.541! 6/25/2002 __ 5.96' 6.05! 4.88 _ :-0.2171 397 (28-13) A I 343.8: 9.423 6/18/2003 .... 8.59 -584 - 7.27 __-7_ --0.0804 398 (28-13) 1A 291.21 11.734 6/23/2004 10.69; 5.671 9.64 -0.0789 399 (28-13 I 264.0; 13.9561 4/28/2005 12.72' 5.58 1 11.71 -0.0485 400*(28-13) A t 232.91 16.716b 5/16/2006 15.23! 5.45 1-3.98 00498
-0__
401_*28-13) A 219.11 18.246. 12/14/2006 16.63! 5.391 15.93 -0.0437 402 (28-13) A 160.31 21. 594T 3/11/2008 1 19.68 5*08- 18.15 -0.1024 403 (28-13) B 724.0' 0.614! 6/21/2000 0.56'! 6.58- -1.00 404 (28-13) B ;.720.0; 3.500' 6/25/2001 3.19! 6.58; 1.87 -0.00211 405 (28-13) B " 452.11 6.274' 6/25/2002 5.72' 6.11: : 4.45 -0.1840 (28 -13
------ 38 .7 8 ... /2 7..
... 3
.... .....5---------
94-i-
... 7 0 ................ ..... 0 0 3 406,(28-13) B i 381.71 9.189i 6/18/2003 8.37i 5.94: 7.0J -0.0638 407 (28-13) B : 283.1: 11830 612312004 10.78: 5.65; , 9.581 -0.1242 408 (28-13) B 261.0: 13715 4/28120051 12.50 5.56; : 11.64 _ -0.0472 409 (28-13) B 231.0! 16.471 5/16/2006 1501' 5.44: 13.75 -0.0487 4 10(28-) B i 221.11 17.877 12/14/2006 1629 540, 15.65 -0.0340 411 (28-13) B 1 178.1' 20.847' 3/11/2008 19.001 5.183 17.64 -0.0800 412 (28-13) C 722.01 ; 0.6461 6/21/2000 0.591 6.58: -1.001.
4 1..
...... 7 69 0..3.0 - 5 ............
.28..
.. ..2----. .....................
82 6 .6 5 1.7 2 82- ....................... 413(28-133~C 1 769.0: 3.095! 6/25/2001! 2.82:; 6.65' 1.701 0.0282 ____ 414 (28-13) C 530.3' 5.674' 6/25/2002 5.171 6.27: : 4.00 ,_ -0.1582 415 (28-13) IC! 434.91 8.1117 6/18/2003] 7.391 6.08 - 6.28 -0.0893 46(28-13) ~ 332.81 10.693' 6/23/2004] 9.741 5.81: 10 8.7-0.1137 417(28-13) C 298.7 12.341 4/28/20051 11.25 5.70 10.50 -0.0720 418 (28-13) C 253.9; 14.7991 5/16/20061 13.49' 5.54' 12.371 -0.0725 419 (28-13) C 239.5 16.048 12/14/2006. 14.62i 5.48' 14.061 0.0511 420 (28-13) C : 197.2: 18.7261 3/11/2008 17.07: 5.28 1.851 _ -0.0796 421 (28-13)- D - : 684.01 0.327 6/21/2000 0.30! 6.531 -1.001 422(28-13) D 1 780.0; 1.8941 6/25/2001 _1 731 " 6.66! 101 .099i 423 (28-13) D 1 727.7' 3.696 6/25/2002 3.37! 6.591 2.55 -0.0423' 4241 (28-13) D 1 643.4i 5.3833 6/18/2003 _ 4.91 6.47:: 4.14J -0.0800 425 (28-13) D 467.31 7.386, 6/23/2004 i 6.73! 6.15; 5.82j -0.1752 426 (28-13) D i 429.9: 8.668 4/28/2005i 790! 6.06: : 7.32J -0.0715 427 (28-13) .D i 361.8. 10.736; 5/16/2006 9.78' 5.89' 8.84 : -0.0914 428 (28-13) D i 331.7, 11.6981 12/14/20061 10.66. 5.80' 10.221 -0.0992 429(28-13) ID 271.21 14.215i 3/11/2008 1 12.951 5.60:. 11.81 : -0.0877 430 (2 ) *A 787.11 0.624: 6/25/2002 . .. : 0.57 . 6.67: -.... . 1 . . . . . . 431 28-21) A 707.1: 3.789' 6/18/2003 } 3.45: 6.56' . 2.011 -0.0372' 432 .(2.8-21) A 539.01 5.8701 6/23/2004 : 5.35; 6.29! 1 4.401 3 -0.1432 433 (28-21) A 468.61 8.0961 4/28/2005 . 7.38! 6.15: " 6.361 . -0.0690 LPRM Decay Data Page 7 t
I r A BI C D E F G H I J I K I L 434 (28-21) IA 390.21 10.4441 5/16/20061 9.52 5.971 8.451 -0.0855 435 (28-21) IA 364.0! 11.9991 12/14/20061 10.93 5.90: 10.23 -0.0492 436 __~~ ~21)~ ~~IA........ (28 ' i~i i541- .. .. - 15.16211 i[1 .1 2 _3/1_1/20081I__
----. 11 ..1.. ..0... 8 . . 4.
...ii . ... ... ... .....113.82i
..6. ..... . .5.54
.......2. . .... .5 . ...5...; 123 2 ....8i-0
. . ... ... .... . ...... .. -0.1229 1 2 43-7 ( 8-21)jB 792.31 0.628- 6/25/20021- - - - - 5 6.67' ----------- --------- --. ....
438'(28-21) lB 839.21 3.381 6/18/20031 3.08. 6.73 1.83J 0.0229: 439(28-21) B 582.9 5.804' 6/23/2004 5291 6.37' 4.191 -0.1650 44"0 (28-21) B 505.1' 7.712 4/28/20051 T70 6.22- 6.16; -0.0825 441 (28-21) EB 394.01 10.0961 5/16/2006 9,201 5.98 8.11* -0.1143 442(28-21) -B 367.21 11.441 12/14/2006 10.431 5.91 9.81 0-0574 443(28-21) B 266.51 14.4361 3/11/20081 13.161 5.59: 11.79 -0.1175 444 (28-21) C 68.5 0.56212 6/25/2002 051 6 53 -1.00 _ ....... 445 (28-21) C 692.4! 2.849 6/18/20031 2.601 6.54' 1.55 0.0034. 446(28-21) C 5107i 5.2571 6/23/20041 479 62 3.6 01387 447 (28-21)44-:2"' 1i i -j C ..... 448.31
..............6.*2 6.9179
...... T8, - 4/28/2005 ---1-26
.. L........
-- -- 6 ......... 6.30 8--i..........5 6.11. 9) ?3 .
555 . -0.0861
-0.1022--
4481(28-21) C 365.2Z 18 5/16/2006, 8.31 5.90: 7.31 :-0.1022 449'(28-21) C 341.41 10.173i 12/14/2006 9.271 5.83: : 8.79 : -0.0702 450 1(2821) C 263..1 12.874! 3/11/2008 . 11.73! 5.57 10.50. . -0.1060 4511(28-21) D 687.9: 0.359 6/25/2002 . 0.33: 6.53- -1.00 i 452 (28-21) ID 742.8i 2.237 6/18/2003 i 2.041 6.611 1.18 0.0449' 453 (?8-21) 45-]-7--i*16-..........--....... 8* JD .....- 552.41 4.301 Lg T'16/23/2004 I 8--i--- -- . ......- 3.92 ------ 6.31: _-I--...................... 2.981 -0.1575 8 4-54 b?.?).4 4- 48-2".11 6.046, 4/28/2005 5.511 6.18' 4-1.0.0855 455 (28-21) D+ 393.0 7977 5/16/20061 7.271 5.971 6.391 -0.1162 456 (28-21) D 363.4: 9.045 12/14/20061 8.24; 5.90 7.761 -0.0804 457(28-21) ID 1 282.5i 11.646i 3/11/20081 10.61: 5.64 9.43 -0.1063 1 458 (28-29) A I 889.2; 0.292 5/16/2006 0.271 6.79 -1.00_________ 459 (28-29) !A - 879.4i 1.853 12/14/2006 1.691 6.78 0.98 -0.0078 460 28-29)B 1 816.61 0.259 5/16/2.006 0.24! 6.71 -1.001 461 28-29) _B 1 854.71 1630-12/14/20061 149- 6.753 0.86 0.0365' 462 (28-29) IC 899.2 00.225 5/16/20061 0.21! 6.801 -1.00 463 (28-29)46*~IC ~ ~ ~....- ~926.61 ~ ~..)* ~. ~1.3121
*i ~ - ~ 12/14/2006 i]~-----
- i ----- L_*
) --- ---------
- ------ -I1.20'
----- ------..... 6.83i 1-8 O--- 0.701 0.0303' 0 ..................
464 (28-29) lD-i 901: 0.2031 5/16/2006 0. 18i 6.80: -1.001. 465 282) D 997.9' 1.334' 12/14/20061 1.22 6.91: 0.70 0.0985' 4661(28-37) IA 859.0 0.712' 6/25/20021 0651 6.76: : -1.001 4..2837) IA 883.0! 4.053.. 6,/182003. . 3 1 6.78: : 2.17 0.0091 . 468*(28-37) ,A 779.0! 6.197 6/23/2004 5.651 6.66: . 4.671....... : -0.0642 469(28-37) A 658.1: 8.533; 4/28/2005 7.78: 6.49: 6.71 _ -0.0792 470 28-37) A ' 457.1; 11.395' 5/16/2006 10.381 6.12: : 9.081 -0.1396 471 (28-37) IA J 410.6 12.603' 12/14/2006 11.48: 6.02 10.93 -0.0976 4ý72 2-7 A
- +-- -- -- -- - - - -- -- - +- - - ---- -
283.0 15.932'1 3/11/2008: 14.52:
~ 5.65
-- -- 13.00
-0.1227 473(28-37) B , 897.9: 0.681, 6/25/2002 . 0.62: 6.80 -1 00 i 474 (28-37) B 945.3i 3.672 6/18/2003 3.351 6.85 1981..0189 475* 28-37) B 704.6: 6.278: 6/23/2004 i 5.72: 6-56i . .53 0 1237 4761(28-37) lB 577.3' 8.272' 4/28/20051 7.54 6.36i 6.63 -0.1097 477 (28-37) B 453.4! 10.9141 5/16/20061 9.951 6.12'i 8.74 -0.1003 1
478 (28-37) B 44.01 12.119, 12/14/20061 11.041 6.03' .. -0.0828 479 .28-37) _JLB...... 312.5:. 15.104' 3/.ý1.2.08 13.76: 5.74 12.40 -0.1034 480 (28-37) IC 820.5! 0.587' 6/25/2002 0.531 6.71: -1.001 0...... ......... 481 (28-37) IC 868.9! 2.977! 6/18/2003, 2.71! 6.77' 1.621 0.0263' 482 28-*37)C 671.1' 5.531 6/23/2004 5.04! 6.51. _ 3.88 0. 1110 483 (28-37) IC 556.5: 7.273' 4/28/2005 6.63 6.32. 5.83 -0.1181
.......... 4 4 .4 4...............--......... .............
................... 2 0 4 8 7 9 . 1 !7 5 ------- ----------- -/6 -0.114 6 484 (83) C 449.4:i 9.320 t5/16/2006 8.491 6.11 7.56 -0.1146 485 (28-37) C 1 408.0: 10.6261 12/14/2006 : 9.681 6.01: : 9.09 : -0.0812 4861 (28-37) iC 317.8i 13.2961 3/11/20081 ... : 12.121. 5.76- . 10.901 . -0.1026 487 (28-37)D 881.11 0.3691 6/25/2002 0.34! 6.78: -1.00 _
488 (28-37) ID 1 1007.1: 2.2911 6/18/2003! 2.09: 6.91: 1.21 0.0764: 2_ .D L- 893.2: 4.422L __6/23/2004 4.03: 6.79:_ 3.06 -0.0618 49(28- 812.7 6.0811 4/28/2005. 5.541 6.70. 4.79 -0.0624 491 (28-37) 1 ...... D. ..... ...... 620.01. ..... 7.391 5/16/2006 : 6.74'
--..--.-..--.-.--..-.-.------. 6.43 L _ 6.14 .--..---. ..---. .. ..-------:.... .......-0.2268 492 (28.37) D . 571.31 9.159- 12/14/2006 8.35! 6.35. 7.541 _ -0.0508 493 (28-37) D j 410.5! 11.7131 3/11/20081- 10.67! 6.021 : 9.51 1 -0.1420 494 (28-45) ---A 892.9: 0.259i 5/16/2006 0.24. 6.79: -1.00 - -
495 (28-45) A 878.2; 1.7151 12/14/2006 i 1.561 6.78. 1 0.90 . -0.01251 LPRM Decay Data Page 8
A B C D E F G H. I J K I L 496 (28-45) IA 783.01 4.991' 3/11/20081 ! 4.55i 6.66: 3.061 -0.0384 497 (28-45) IB 876.2i 0.260: 5/16/2006 0.241 6.78: -1.00' 498 (28-45) lB 955.0! 1.765: 12/14/2006 I 1.611 6.86: 0.92 0.0628' 499 (28-45) 'B 898.21 4.534 311/2008, 4.13 6.80: 2.871 -0.0243 50-iB-:i . . . ...... 500 (28-45) ~ C ........ i ................... 873.7;.... .......
.I....... . ........
0.2401 ....... .................... 5/16/2006 ............. i............ 0.221
; -........ 6.77i .......
T -.. 1. ..........
]....B............
-1.00 ................. ............ .
501(28-45) C 9776. 1.5221312/14/2006 1.394 6.898 0.80 0.0962i 502 (28-45)
~
504 ~D ...~ q8----- C
~ 9*~ ~~---
9687.
-{;3
-- 5 ----....
4.3.11
-- ;I2 - 0 3/11/2008 j........ ..-.
...... ( 81i..........
3
- 3. 19 6.88 4---------.....(.,-...... b 0.64* ................
2.661 -0.00387 503 1)*L~~I 908.1; 0.130: 5/16/2006] 0,12:! 6.81: -1.00 504 (28-45) 'D 931.31; 0.892' 12/14/2006J_ 0.81: 6.84: 0.471 0.0364: 505 (28-45) ID 11072.4: 3.2301i 3/11/2008] 2.94: 6.98; 1.881 0.0662' 506(36-13)I A 1 859.9' 0.826' 6/25/20021_ 0.75: 6.761: -ioF____ 507(36-13) 11A 774.21 3.935!I 6/18/2003 ___ 3.591 6.65 2.17 -0.0371,____ 508 (36-13) IA 560.41 6.235: 6/23/2004 5.68: 6.33! 4.63 -0.1542 509(36-13) .A i 463.01 9.125: 4/28/2005 8.32: 6.141 7.00 -0.0725 510(36-13) 'A 393.91 11.7461 5/16/2006 10.70! 5.98- 9.51 -0.0676 511 (36-13) A. 350.9' 13.2881 1 2 /1 4 /200 6 F' 12.11! 5.861 11.411 -0.0823
.. . . . . . ... . . . . . . ... .. .. . . . . .. ... . . . .. . .. .. . ,... . . . .. ............... . ................. .T - -- -- -- -- -
5123-3 IA 251.5: 16.667: 3/1 1/2008 i 15.191 5.53136008 513(36-13) lB " 732.21 0.717: 6/25/2002 0.65 6.60 -. 00l _ __~~ ~ B 514 (3.63) ~ ~ ~ ~- 776.41
-/---- .......3.5391 6/18/2003 I ...........
------32 0 3.22!
5-- 6.65: 6 .31 .......... 1.94 0.0228' ... ..................
.-'L----
1-- 515(3613) B 550.7 6.1951 6/23/2004 565' 6.31, 4441 -0.1419 516 B-36--1-3)
-- 446.6&- 8.375 4/28/2005]q 7.63i 6.101 6.64 -0.1055 517 (36-13) B : 372.7T 11.014' 5/16/20061 110.04i 5.92:-- 8.83j . -0.0752 518(36-13) IB 324.4: 12.5431 12/14/20061 1 11.43: 5.781 1 10.731 1 -0.0997 519(36-13) 'B 236.4; 15.469! 3/11/2008 14.10: 5.47 12.76 -0.1187 520(36-13) C 845.4 0.4621 6/25/2002 0.421 6.74' 1 -1.00 _
521 (36-13) C 891.2 2.537: 6/18/2003 2311 6.79 1.37 0.0279' 523-3 'C ....... 11,,..,-, .6..9.......6 63' ....... ......55.027: 02 6 2 / 0 6/23/2004 488 66.54'
.54 -. --- .. ........
4 3.45 .................
.0 = _ . 5.
-0.1105 523 (36-13) 1C.
52*4~~i13 4593.5. 8 .9 6.789' 68--5,----/2 4/28/2005 0.6.....35 ........ ---- 6.191 .... ...... . .... 6.39i i 18 ......... 5.38 7 2 .. ................i.... -0.0971
........... 0 0 )3 5-2-4 36-13) Ic 484.9 9.1681 5/16/2006' __ 8.35: 6.181 7.27 -0.0932 525 (36-13) C
............................. 434.91 10.3931 12/14/2006 9.47t 6.081 8.91 -0.0977
-- 6 --:--
526 (36:13) t C . . . ......306.6i ...........13.229ý 3/11/00 . . . . ....!................. ... ....... 12.061 ... 5.73! ...... .. ................... 10.76 ... .........-0.1352 q527 (36-13) D 748.1! 0.250: 6/25/20021 0.23: 6.62 -1.00 _______ 528 (36-13) 36 3 0 820.8i 1.779! 6/18/20031 1.62: 6.71 1 0.921 0.06651 N29 -1 )_ ID 1 694.8! 3.5331 6/23/2-004 3.22- 6.54- 2.42 -0..1.042'i 530 (36-13) D 6632 476 4/28/2005 4.34 6.5.... 3.78 -00417 531 3-) D 565.9 6.580 5/16/2006 t600 6.34 1 5.171 -0.0957 532 (36-13) D 533.9 7.423: 12/14/20061 6.76: 6.281 6.381 -0.0758 533 (36-13 D 391.5: 9.7331 3/11/2008 8.87: 5.97 7.82 -0.1475 534 36-21) A 743.51 0.5941 6/25/20021 054 6.61 -1.00 535 36-21 A 600.3: 3.6591 6/18/20031 3.33: 6.40 1.94 -0.07661. 536 (6-21.)._A. 470.2! 5.8221 6/23/20041 5.31! 6.15 4.32 01239 537 (36-21 IA 397.1! 8.2541 4/28/2005 7 52: 5.98. 6.411 -0.0763 538 (36-21) IA 1 350.11 10.8031 5/16/2006 _ 9.84: 5.86' 8.68 i -0.0542 539 (36-21) IA 314.81 12.387, 12/14/2006. : 11.29: 5.75. 10.57 ,-0.0737 '54-0 (36-21)_.__l* - 2_.1_7._2 15.707_ 3/11/2008] 14.31 5.38 - . .. 12.80 . -0.1226 541 (36-21).B 655.9: 0.588 6/25/2002 : 0.54: 6.49_ : -1.001 542(36-21) gB 1 611.8: 3.340' 6/18/2003 _ 3.04: 6.42:' 1.79[ -0.0278i 543 (36-21) B 1 442.7; 5.818 6/23/20041 5.301 6.091i 4.171 -0.1432 4 28 2 005 5436-2* 1 B 380.2:; 7.813- / / 7.121 5.94! 6.21 _ -0.0837 545_(36-21) B 313.11 10.353. 5/16/20061 9.44! 5.75 8.28 -0.0839 546 (36-21) !B 292.8: 11.742; 12/14/2006 J 10.70! 5.681 10.071 -0.0529 547(36-21) B 216.51 14.7221 3/11/2008 13.42 - 5.38' 12.06 -0.1112 548(36-21) IC 89891 0.471 6/25/2002 0.43 6.80: -1.00 ..... 549 (36-21) C 1034.51 2.6781 6/18/2003 ' 2.44! 6.941 : 1.43 0.0699 550(36-21) C 919.2:; 5.138i 6/23/2004 4.68: 6.82: : 3.56 -0.0527 551 (36:,21)" IC i 704.0; 6.841 4/28/2005, 6.23 6.561 . 5.46 0 1718 5521 (36-21) IC 535.0' 9.136'! 5/16/20061 ' 8.33: 6.281 7.28 -0.1313 553 (36-21) IC 491.4: 10.280' 12/14/2006 9.371 6.20! t 8.85 -0.0816 554 36-21 IC . 372.11 13.002. 3/11/2008 .11.85: 5.92: . 10.611 . -0.1121 555 (36-21) D 823.0: 0.3221 6/25/2002 I 0.29! 6.711 -1.00 _ 556 (36.-.21) D i 931.7: 2.0971 6/18/20031 1 1.91; 6.841 1 1.10 0.07661 55 (36-21) D 877.5: 4.1021 6/23/20041 3.74! 6.781 , 2.82 : -0.0328 LPRM Decay Data Page 9
AC D E F. G H I J K I L 558 (36-21) D 768.2! 5.6571 4/28/200511 5.16M 6.641 4.451 -0.0938 559 (36-21) ID 534.4i 7.6991 5/16/20061 7.021 6.28: 6.09_ -0.1951 560 (36-21) -- D :) 522.3;' 8.63512/4/2006. 7.87 6.261 7. -0.0268 561 (3_-21)__D 364.1; 11.204' 3/11120081. 10.21i 5.90' - 9.041 i -0.1542 562 (36-29) A 776 7 0.2781 3/3/200619 0.25 ' 6.66 ' -1.001 56*
- i------]* ..............
563 (36-29) .A ......... 774.2. ......... 1.8591 12/14/2006i ...............
* * ... 1I69 ...............
6.65 66
... - 00...........
0.97 -0.0022 ..................... 564 36-2) B' 784.1! 0.2611,.3/3/2006 0.24! 6.66.oJ 565 2(36-29)_-B_ 844.8 1.63911 12/14/2006 1.49i 6.74 0.871 0.05941 566 (36-29) 1C 794.7i 0.2351 3/3/20061' 0;21: 6.68-1 -1.001 56 36-29 567~ 1~ C~ i..8*_3....!_.____2!4206..........
~ 813.3i ~ ~~ 1.3021 6:_)
~~------
12,1/06 -- .i.- 1-19i . .....e6.70i
._.0_
.:9 _........ _0.7o 07 .28 0.0238!
568 36-29) ' 876.2 0.1731 3/3/2006 016 6.78 -1.00 569 36-29) D 940.11 1.130W 12/14/2006 1.031 6.85, 0.591 0.0807!i 570(36-37) A 840.9! 0.722;L. 6/25/20021 i 0.66: 6.73 -1.00 571 i 1(3-7)816.6'; 4.106i 6/18/2003 3.74 i 6.711 2.20 -0.00951 572(36-37)
" A. 755.9! 6.3151 6/23/2004 761 6.63-0. 4.75 .......-. .0384 573 (36-37) A? 627.5' 8.8231 4/28/2005 1 8.041 6.44. 6.90 : -0.0815 574 (36-37) IA : 463.9! 11.395i 5/16/20061 ; 10.381 6.14! : 9.21 " -0.1289
'13.023 12/14/20061 11.3 1 -0.0635 576 @3-37) A 2766 16.403 3/11/20081 i 14.95 5.62: 13.41 -0.1373
*5--*57(6
[ i -[i3B..... ...... *816.31
............... 0.6471
-8 9).... .....
.. 6/25/20021 i~ 6.8 i* -. .................... 0.591
.......... 6.7011
... 1.0
- 838.9, 3.6051 6 3.281 6.73, i 1.94 0.01011 579 36-37) B 650.9 6/23/2004, 5.731 6.481 4.5-1 580 (36-37) IB 1 524.1: 8.3811 4/28/20051 7.64: 6.26' 6.681 -0.1134 581 (3637) lB 381.31 10.9141 5/16/2006! 9.951 5.94 8.79 0 1379 582 i3-37) B 345.6i 12.337- 12/14/2006 11.241 5.851 10.59 -0.0757 583 (36-37) 1B 262.80 15.3011 3/11/2008 13.941 5.57 12.59 -0.1014 584 (36-37) IC 842.T; 0.4891 6/25/2002 0.451 6.74 -1.00 58--5~~~~~ ~ ~ ~ ~ ~ ~ ~1/0 ~ ~~~~~~--
3 ................
-*363
-------- 2-49 ..........
----------------- 4--- .........--- 4-7 -- 0 ----------
585(3-37 C 932.4; 2.73216/18/2003 2.49; 6.8 1. 009 586(36-63-7)---C, 808.1: 5.3121 6/23/2004 4.841 6.69 . 3 0 0609 587 (36-37) C 631.6 6.988: 4/28/2005 6.371 6.45 5.60 -0.1613 588 (36-37) C 460.5i 9.320! 5/1i6/2006 8.491 66.13i 7. 0
-0.1487 589 36-37)-C 430- 10.5161 12/14/20061 9.58: 6.07 9.041 .0613 590 (36-37) C 316.1; 13.362 3/11/2008 12.18 5.76 10.881 -0.1193 591 (36-37) 1D 865.8,; 0.331 6/25/2002, 0.30; 6.76 -1.00; 1 62 591 (36-37) D 1.94! 6.87F 2-0.06231 593 3 6 -3 7) D : 968.5: 4.146: 6/23/20041 3.78! 6.88: 2.86 0.0055 594 (36 -D - 5 4/28/20051i 4.94; 6.85: 4 1 00182 595 (Q6-37) DD _ 668.21 7.3911 5/16/20061 6.74' 6.50: 5.841 -0.1952 596* 36-37) ID 642.4! 8.305! 12/14/2006 7.571 6.47: : 7.151 -0.0472 597 36-37 D 446.41 10.7831 3/11/200811 9.83i 6.10: : 8.70 -0.1611 598 (36-45) A 853.2; 0.492L 6/23/20041 0.45! 6.75 . -1.001.
599 875.3; 2.813: 4/28/2005 : 2.56: 6.77' 1.51 0.0121 _ 600 (36-45) A 1 642.71 5.500 5/16/2006 : 5.011 6.471 1 3.79 -0.1261 6036-45) 1A 576.51 7.035 12/14/2006 I 6.411 6.36 : 5.711 -0.0777
-0236-4A 3622* 10.3931 3/11/2008 9.47,- 5-W8 .[ -0.1519 603-5) lB 809.4 055 62/04J .2 - 7. - 0 604 36-45 lB 865.5. 2.740 4/28/2005' 2.50; 6.76 1.51' 0.0339_
605(36-45) B i 748.4! 5.265 5/16/2006; 4.801 6.62: : 3.65 -0.0632 606(36-45)_B i 664.51 6.815i 12/14/2006, .. 1 6.21i 6. .. 5.50:... -0.0842 607 (36-45))B : 432.4; 9.6211 3/11/2008 , 8.77: 6.07: : 7.49 : -0.1680 608 (36-4 5 )-- C 833.3: 0.4501 6/23/20041 0.41: 6.73' -1.00 609 (36.45) 1C 1 923.11 2.095! 4/28/20051 " 1.91; 6.831 1 1.16 0.06821 613-45) TC.1 800 .0151/06 .2 .1 2.91 ___ -0.0589 611 J36) C 733.0! 5.4841 12/14/20061 5.00 6.60; 4.46 [ 0.1039 612 36-45 IC 490.51 8.0431 3/11/20081 7.331 6.20' 6.161 -0.1723 613- 36-45) _D 821.91 0.2311 6/23/20041 0.21l 6.711 -1.00 614 (36-45) ID 961.21 1.2601-4/28/20051 1.15 6.87 0.681 0.16691 615(36-45) [D 904.31 2.7561 5/16/20061 2.51! 6.81. 1.831 -0.04471 616 (36-) ID 894.5 3.439 12/14/20061 3.131 6.80 2.84 -0.0175 617 36-45) D 676.2: 5.4191 3/11/20081 4.94 6.52 4.04 -0.15501 618I(44-13) A 869.9 0.5431 6/23/20041 0 491 6.77' -1.00 i 6109 (44-13) iA 882.7! 2.9351 4/28/2005i 2.671 6.781 1.58 0.00671 LPRM Decay Data Page 10
A B C D E F G H I J K [ L 620 (44-13) A 7465: 5.301' 5/16/20061 4.83! 6.621 3.751 -0.0777 621 (44-13) IA 665.0i 6.670: 12/14/2006 6.08& 6.501 5,451 -0.0927 622 (44-13) [A 388.3 9.643 3/11/2008 879 5.96ji 7.43[ i -0.1985 62 -13)-. 784.1-- 0-534i- 6/23/20041...
- 0.49 . 6 .66 -1.00 624 44-13) B 919.9 2.468i 4/28/2005 1 2.25! 6.82 1371 0.0906 625 44-13) lB 718.3! 4.744 5/16/20061- 4.32- 6.58 3.291 -0.1193 626 (44-13). IB 618.7i .6.072- 12/14/2006 5531 6.43i . 4.93, -0.1234 627_(44-13) 1 . . . . .-ii ..... 421.0j .......
8.609: 3/11/2008 ...... .. ...... 63 7.85: 6.041 6.69 6-...... ..... ....-0.1665 ...... 628 (44-13) IC 846.3' 0.366: 6/23/2004 r 0.33: 6.741 1.00 629 (44-13) IC 934.9! 1.7671 4/28/2005 1.61V 6.84 0.97j 0.0780-630(44-13) iC - 858.1:1 3.6901 5/16/20061 3.361 6.75 2.49 -0.04901 __ 631 (44-13) C -_808.6 4.662 12/14/2006 425 6.70 1 3 1 -0.0670 632.44-13) C 566.8! 6.878 3/11/20081. 6.27 634 5.26 0-01759 633 (44-13)63---* ilD 1 ~~ ~ 818.87~ 0.180 6/23/2004
~ 9 4 i..............
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....].............(0.16. .9-- 6.711
..................... . -1.00.1 *0- .... .! 2.........
8 .. 634 44-13ý) 'D 969.71 0.9941 4/28/2005 i 0.91: 6.88' 0.531_ 0.22781__ 635(44-13) [D 885.3' 2.245 5/16/2006 205 6.79__ 1.48 -0.0799-636(44-13) -ID
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-2.7988-*- ------- i -6. . . . . . . .. . .3 12/14/2006 99 ......6.811 2.55! *- ...... ....
---- -2.30- ----- --..............
0.0503 ...... 637 (44-13-)---[D 868.0:; 4.3821 3/11/2008 [3.99; 6.77' 3.271 -0.0313 638 (44-21) A 897.2 0730 6/25/2002 0.67 6.80 -1.001 639 (44..-21) A 8627! 36351 6/18/2003 3.31 6. 67! 1.991 -0.0148. 64 (44-21) A 562.7; 6.1911 6/23/2004 : 5.64: 6.33. 4 .481 -0.1834 641 (44-21) IA 457.3 8.843 4/28/2 8.061 6.13 6.85- . -0.0858 642(44-21) IA 3827' 11.546; 5/16/20061 10.52: 5.95 i 9.29 -0.0723 643 (44-21) IA i 347.6 13.067' 12/14/2006
- - l --------. -- -- -.: - - , 11.91;
- -.--.-. 5.851 - -. -------.........----
. 11.22
.. . . .. . . .. . . .. . . .. . . . . .... ,- -- --0.0695 644 44-21) A 1 251.4! 16.345; 3/11/2008 . . 14.891 5.531* 13.40 _ -0.1085 645 (44-21) B 863.0: 0.6231 6/25/2002 _ 0.571 6.76' -1.00 646(44-21) B 944.1: 3.128. 6/18/2003 2.85- 6.85 1.71 0.03941 64744-21_)LB_ 632.2! 5705 6/23/20041 5.20i 6.45! 4.02 -0.1708 648 (44-21) IB 517.6! 7.939- 4/28/20051 723 625 6.22 -0.0983 649(44-21) IB 417.2i 10.558 5/16/2006 962 6.03 8.43 -0.0903 650 44-21)__B 386.2; 12.121312/14/ 200 11.05. 5.96 10.33 -00542 651 (44-21) IB 1 282.9 14.934 3/11/2008 . 13.61- 5.65 12.33. -0.1214 652 (44-21) C 678.7i 0.376. 6/25/20021 .0.34. 6.521 .001.
653(44-21) 'C 744.6' 2.116' 6/18/20031 1.93 --. 661 1.14. 6.0584! 654 (44-21) /C 613.71 4.4066 6i23/2004 6.42- -4.02-2.97 -00927 655 (44-21) j C 540.7: 6.129 4/28/2005 5.59; 6.29, _ 4.80 -0.0807 656 (44-21) C 427.4: 8.4841 5/16/2006 7.731 6.061 6.66 -0.1095 657 (44-21) ,C.1 388.91 9.7351 12/14/2006 8.871 5961 1- 88:301 -0.0830 658 (44-21) -C 276.6! 12.4811 3/11/2008 1 11.371 5.62!1 10.12 . -0.1362 659(44-21) 7D 777.21 0.192: 6/25/20021 0.17 6.66: ; -1.00 ! 660 (44-21) _D 898.21 1.394' 6/18/2003 ; 1.27! 6.80: : 0.721 0.13211 661 (44-21) D 807.5: 2.858' 6/23/2004 i 2.60: 6.691 ; 1.941 -0.07981 662 (44-21) D 801.9i 3.996' 4/28/2005 3.64: 6.69 3.12 -0.0068 663 (44-21) ID 634.1! 5.719 5/16/2006 5.21! 6.45 4.43 -0.1496 E664(f44 -21) .. ...- !_ 600.8: 64586 12/420 5.88' 6.40 5.5[0.0802. 665 (4421) D 458.2; 8.656 3/11/2008 7.89 613 6.891_ -0.1352 666 (44-29) IA 749.1: 0.6651 6/25/20021 0.61: 6.62' -1.00i 66737 (44-29) JA668*... 862.71 7. 3.654' 8 6/18/2003 6-2/ (* ..... 333:
.. . 13
---- 6.76
. 1 ... ........1.97 6-- 4 5 ............... 0.0519'
.i ...... 0 2 3 1
668 (44-29) A 469.71; 6.2851 6/23/2004 _ 5.731 6.151 4.531 -0.2536 669 (44-29) A 393.6: 8.818 4/28/2005ý : 5
*0.0766 6.88 670 (44-29) !A 333.9i 11.443; 5/16/2006 10.43'! 5.81' 9.2.81 -0.0688 671 (44-29) A 1 298.41 12.8871 12/14/2006 : 11.74: 5.701 1 11.09 i -0.0855 672 (44-29) IA 207.91 16.087. 3/11/2008 ... -14.66! 5.34' -13.2[ -0 1239 673(44-29) B 1 702.4! 0.554: 6/25/2002 1 0.511 6.55 1 -1.00 i 6744(44-29) B 720.9 3.203: 6/18/2003 2-6.58' 1.71 0.1 675 (44-29) lB 1 487.0i 5.906! 6/23/2004 - 5.38: 6.191 : 4.15 1 -0.1592 676 (44-29) B I 409.4; 8.149: 4/282005 7.43i 6.011 : 6.40 1 -0.0849 677 _(44-29) B : 343.5! 10.685: 5/16/2006 1 9.74, 5.84 i 8.58 i -0.0760 678 (44-29) B 319.11 12.271- 12/14/2006 11.18: 8_: 5.77 ! 10.46 ...... . -0.0510 679 (44-29) B i 236.7! 15.0381 3/11/2008 13.70: 5.71 12.441 I -0.1185 680 _(44.-29) C i 692.2: 0.3681 6/25/2002 0.34 6.54 1.
681 (44-29) C 778.2! 2.366! 6/18/2003 . .2.16. 6.66: : 1.251 0.0643! LPRM Decay Data Page 11
A
~ ~'.
A B C D E F G H I JI K L 682 (44-29) C I 577.51 4.792" 6/23/20041 4.371 6.36 3.261 -0.1349 683 (44-29) _C 507.51 6.478: 4/28/2005 5.90! 6.231 5.141 -0.0841 684 ( C4429)
. . 396.01 8.934 5/16/2006 . 8.14; 5.981 .... 7.02.... 0.1108 685 (44-29)i - 375.8i 10.226: 12/14/2006 9.3--- - 5.93 .. 8.7-3 -0.0445 686(44-29)
*- .4_ ..IC! -- I -- 272.6 6---2 13.014 i . _3/11/2008
.... ./ 0 . 2 ..... ... ......... 11.8610 ] -............-5.611 *3 . .... ..10.59 -0.1264 1 i0- -#j .........................................................
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687 (44-29) ID) 682.4 0.199 6/25/2002 0.18 653 1.001. 1688 442)D----833.9; 1.466; 6/18/2003 ___ 1.34 6.73? 0.76 0.17371____ 689 (44-29) D - 781.3 3.0961 6/23/2004 2 82 6.66' 2.08 -0.0439 690 (4 4 -2 9 ) D 812.2: 4.1601 4/28/2005 _ 3.79:; 6.70' 3.31i 0.0400 691 (44-29) _D : 696.71 5.993 5/16/2006 5.46: 6.55 4.63 -0.0919 692 (44-29) D 657.21 6.7641 12/14/2006 -6 6 16: 6.49 5.81i _ -0.0830 693 (44-29) D i 485.7: 9.072. 3/11/2008 8.27 6.191i 7.22, -0 1437 694 443)A883.7' 0.5W6/2/04 0.46i 6.78. 10 695 - A 910.81 ...........2.419; 0-
.-..-4/28/2005 5......2....
..... 2.204
...... ..... .......6.81 6... 70 0.0174i 0. 4 664-37) 'A : 812.71 5.096'. 5/16/2006 4.4 3.4270 -0.0467 697(44-37) A - 718.6 6.7542/14/2006 6.161 6.58' 540 i -0.0815 698*(44-37) A 396.6!. 10.174- 3/11/2008 9.27: 5.98.i t1. 0 699(44-37) B r 862.7: 0.584i 6/23/200-4 0.531 6.76 -1.001 --
700 (44-37) B 899.6i 2.384 4/28/2005 2.17; 6.801 1.35 0.0255 701 (44-37) lB 724.0: 4937-5/16/2006 4.50- 6.58 - 3.34 .- 0.0933 70 1 ( , - )- -B 702 (4-7 B
... .. ... ..*72 - .4,f 632.4!
4.945 3 - 12/14/20061
-*7 7-7 . ......... .84-- ........ 6.45!
9----'-, --- ------..--- --.5.19 -........
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-0.0980 703(44-37) B 398.4 9.285 3/11/2008i 8.46i 5.991 7.17 01790 704 (44-37) C 1 764.3; 0.4551 6/23/2004 0.41 6.641 -1.001 705(44-37) IC 827.31 1.748' 4/28120051 1.59% 6.721 1.00' 0.0672 706 44-37) C3.990, C 61.6i 5/16/2006 3.64. 6.48- 2.61 -0.1168. ....
707(44-37) C 587.71 5.136 12/14/2006 4L.68, 6.38 4.16 0. 0990 708 (44-37) C 419.4 7724 3/11/2008 7.04 6.04 5.86 -0.1431 709 (44-37) ID 828.4i 0.231, 6123/2004 0.21; 6.72!! -1.001 710* 44-37) 1D 953.1' 0.9871 4/28/2005 ... 0.901 6.86- 0.561 0.2033i 711 (44-37) D 1 847.2: 2.496: 5/16/2006 2.27! 6.74 1 1.591 -0.0858i 712 (44-37) D 840.6 3.139: 12/14/2006 - 2.86: 6.73 2.57L -0.01,321 7 44-37) 0 637.1 5.076 3/11/2008 : 4.63: 6.46 1 3.741 -01571 714 (. ....45) 831.0! 0.267. 1/6/1997 0.241 6.72 -1.00 715(44-45) 670 2-613.
.i 8/3/1998 238 651 131 -01007 716 (44-45) IA . 556.0! 3.4921 4/14/19991 3.18: 6.321 2.78~ -0.23291 717 '44_45) 530.01 5.126i 6/20/2000 4.67 6.27 . 3.93 -0.0322 718 44-45) A 432.01 6.589' 6/25/2001 _ 6.00; 6.071 ! 5.34 I -0.1534 719(44-45) IA 442.3_1 7.694' 6/25/2002 7.01i 6.09 i 6.511 0.0234 720 ý44-445) IA 373.5i 9.806' 6/18/2003 ___ 8.94! 5.99, 7.971 -0.0879 721 44-45 IA 325.6i 11.3111 6/23/2004 _ 10.31: 5.79 9.62 -0.1000 722 (44-45)_A_ 305.6i 12.763i 4/28/20051 11.63; 5.72 1097. 0.0479 723 (44-45) !A 305.0: 14.362! 5/16/20061 13.09: 5.723..' 12.36 -0.0014 724 (44-45) !A 289.5 15.404' 12/14/20061 14.04: 5.67' 13.56 -0.0548 725 (44-45) A 1 234.6 17.410; 3/11/2008 15.87; 546 14.95j -0.1151 726 ,4 --5)- [B - 808" i 0.272' 1/61997 0.25' 6.69 ................
- --1.00.
727 (44-45) 1B 70 2839 8/3/1998 2.59 6.57 1.42 -0.0553' 728 (44-45) 1B 615.0' 3.8921 4/14/19991 3.55: 6.42 3.071 -0.1497 729 (44-45) B 551.01 5 874. 6/20/20001 5.35 6.3'1' 4.451 -0.0608 730 (44-45) B' 434.01 7.675, 6/25/2001 6.991 6.07 6.i ... 0 1454 731 (44-45) B . 379.91 9.051 6/25/2002 - 8.251 5.94 7.62I -0.1062 7321(44-45) B 353.2: 10.940' 6/18/2003 . . 9.97: 5.87 9.111 -0.0423 733(44-45) B 277.5: 12.807; 6/23/2004
..... .. . . . . 11.67:
-. -'- 5.631
. .. . . .. .- . . 10.82
--'-' .. . . . .. . . . . .. . . . .. . . . . .. . . . . ... . .- -.0 1418 734 (44-45) B 262.5: 14.3481 4/28/2005 i 13.08!. 5.571 12 37 -0.0396 735 (44-45) B 255.11 16.1301 5/16/2006, 14.701 5.541 _ 13.89 -0.0175 736 (44-45) B 1 242.4; 17.244; 12/14/20061 15.71: 5.491 15.21 i 00502 198.91 19.2451 3/11/20081 175 529 16.63 01085 737 (44-45) 73'
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738(44-45) IC 811.0 0.235! 1/6/1997_ 0.21 6.70 -1.00 739 (44-45) IC 720.0 2.4321 8/3/1998 2.221 6.58! 1.22, -0.05941 740 (44-45) 1C 675.0: 3.389: 4/14/1999 3.09' 6.51 2.65 -0.0740! 741 (44-45) C 636.0i 5.154' 6/20/2000 i 4.70: 6.461 3.89 1 -0.0370 7421(44-45) IC 518.01 6.7871 6/25/2001 6.19; 6.25' 5.44, 1 -0.1379 743 (44-45) IC 42i971 8.2151 6/25/2002. 7 6.06 6.841- - -0. 1-43 6 LPRM7Decay Data5/age21 LPRM Decay Data Page 12
V A B C D E F G H I J K L 744 (44-45) C 422.81 9.5061 6/18/20031 _ . 8.661 6.051 8.071 -0.139 745(f44-45) C 328.4! 11.126: 6/23/2004 10.141. 5.791 9.401 -0.1712 746 (44-45) C 74-- 3,286-3,i............;i-2-2e,8i--4--*'-8 3284/ (4 -4 5)1 ._ ( ....... 12.2881 4128120054] 20-0-............------0
........ 11.201 5.79. : 0-.67. -- 0--3 00003 747 (.44 .__ _. . ..... .C 306.5 13.895' 5/16/2006 [... ... . . .... ..12.661
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....... .. .......... 0.0470 748 (44-45) C 1 293.5i 14.733' 12/14/20061 13.431 5.68' 13.041 -0.0568 749~4-5 C I 250.8' 16.489 3/11/20081 15.03i 5.52 14.231 -0.0982 750 ( 4 4 -. 45 ) OD 673.0! 0 137 1/i/1997 i 0.121 6.51- -1.001 __ _
7511_44-45) D 610.0: 1.586! 8/3/1998 1 44: 6.41 0.78. -0.0745;_. 752 (44-45) ID 710.0; 2.1991 4/14/1999 2.00: 6.57' 1.721 0.27171 753 (44-45) D _ 666.0! 3.350! 6/20/2000 3.051 6.50i 2.531 -0.0610 . 754 (44-45) -663-.0- 4. 383 62 0 - 3..991 3...... 6.506 3.520 . . -0.0048 755 (44-45) D 548.4! 5.5051 6/25/20021 5.02 6.31 - 4.511 -0.1855 756 (44-45) D 599.1 6.2841 6/18/20031 5.73i 6-40 5.371 0.1244 757 (44-45) D 452.0 7.276 6/23/20041 6.63;; 6.11 6.18 -0.3117 758(44-45) D- 4935 79.46 , 051 T 7.24! 6.20- 6.94 ! 0.1441 759 (44-45) D 423.1! 9.0281 5/16/20061 8.231 6.05.. 7.73 -0 1562 760(44-45) D 427.01 9.490 1214200 865 6.06 8.441 0.0219 761 4-4:45)D 406.5r 10.777 3/11/20081 9.82- 6 .01 9 00419 762 (04-37) A 746.0 0.2721 1/6/19971 0.25 6-611 -1.00 .. 763 (04-37) A 650.0:_ 3.025- 8/3/19981 2.76-; 6.48 . 501 -0.05491 764 (04-37)_ A 600.0, 4.378, 4/14/1999j 3.99, 6.40 3.371 -0.0649 765 (04-37) A 477.0! 6.5891 6-02000..6.00 . 6.171 -5.00 -0.1139 766 (04-37) JA 393.01 8.6541 6/25/20011 7.89: 5.971 6.95 -0.1030 767(04-37) [A 342.4: 10.3101 6/25/2002 , 9.40; 5.84 8.64 -0.0913 7604 37 A_ 294.4 - --------------- 768 (04-37) [A 294.4t 12.7361 6/18/2003 1 11.611 5.68 10..50 .... 00683 769 (04-37) JA 243.11 14.585i 6/23/2004 13.29: 5.491! 12.451 -.0.1136 4/28/2005 14.92: 5.42' 14.10 00439
.226.41 770 (04-37) [A................ 16.3671 18...............
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36...................1..-.4..-0.067 0.0080 772(0-7 213.1! 19.401 12/14/2006, 17.68! 5.361 17.141 -_0.0678 773 (04-37) A 181.1 21.280 3/11/20081 19.39 5201 18.54 -0.0951 77-4 -0437-B-00 0,93 1/6-*)-97O- 0.27; 6.68 1.00} 775 4-37)-[B . 771- 0 3175 8/3199-8 289 6.65 1.581 -0.0141 776 (04-37) B 700.01 4.600 4/14/19991 4.19 6.55' i 3.54 -0.0744 ý77 7(9-7 317.7 11.026' 6/25/20021 10.05 5.76i 7.121 -0.1349 778(04-37) lB 292.81 13.114 6/18/2003 11.95 568T 11-1 0.0428 779* 04-37) IB 230.5:; 15.2441 6/23/2004 E13.89 5.44 12.921__ -0 1233 780 (04-37) iB 213.4; 17.05 4/28/20051 15.54? 5.36- 14.721 _0. 00466 781(04-37) [B _ 215.0! 19.0601 5/16/2006 17.37 5.37 16.461 0.0041 782 (04-37) .B 201.71 20.2.241 12/14/2006 18.43: 5.311 17.901 -0.0603 783 (04-37) B 172.8! 22.235. 3/11/20081 20.26: 5.15 1 19.351 0.0844 784 (_.37) C 651.0; 0.2671 1/6/1997[ 0.24: 6.48. -:1.0 785*04-37* C 485.7 9.2821 6/25/20021 8.46! 6.19 4.351 -.... 0.0356 786(04-37) C 460.6' 10.6951 6/18/20031 i 9.751 6.13 - 9.101 -0.0413 7804-37) C 361.21 12.5121 6/23/20041 i 11.401 5.89 . 10.57 . -0.1468 78-8 (04-37) C 333.8! .39§56 - T i-1.72: 5.81, 12.061 0099 789 4-37) IC 330.5: 15.770!51/06 14.37 5.801 00-005 .9 790 (04-37) C 308.0' 16.612! 12/14/20061 15.14: 5.73' 14.751 -0.0922 791 (04-37) C 265.61 18.223 3/11120081 16.61: 5.58 15.871 0.1008 792 (04-37) D 688.-. 0 148` 1/6/-997
-014- 615-6/
.53.. -1.00.
793 (04-37) D 680.0: 1.615 8/3/199811 1.47: 6.521 0.800 -0.0088 794 (04-37)- D 745.0 2.232 4/14/1991 i 2.03:, 6.61-- 1.75- 0.1624-795 (04-37) D 684.0. 3.4731 6/20/20001 3.161 6.53i 2.60 -0.0755, 1 (04-37) 796 79,6 37)-- D D* - 687.... . - 4.459 6-25/2001L 4.06 4687.0 66 6--.53 ." 3.611 1 0.0049 797(04-37) tD 545.01 5.577 6/25/2002; 5.081 6.301 1 4.57 " -0.2273 798 (04-37) D-- 536.3: 6.453' 16/18/2003, -58*- 6.281 5.48 1 -0.0200 799 4-3 D 4317 7.5551 6/23/20041 6.88: 6071 1 6.38 -0.2162 (04-37) D 43.7; . .. ~ 6....81....... .... . . . 026 800 (04-37) D 452.1; 8.4391 4/28/20051. 7.69! 6.111 1' 7.2910.0574 801 (04:37) D . . .. 401.11 9.7131
... . .. .
- 5/16/20061
.... ... ... .... ... .... ...4- ....... ..÷.1. . ... 8.851
. ...... .,-.............. ...5.99
.........- -.- +-........ . .. . . 8.27,
. . .. . .. --- -0:1029 802 (04-37) D 1 394.8' 10.174; 12/14/2006' 9.271 5.981 i 9.06 . -0.0378 803 (04-37) D : 377.9: 11.286i 3/11/20081 10.28i 5.931, 9.781 " -0.0432 804 (36-05). A I ....................---
878.5: 0.2001 ... 5/16/2006' 0.1817 6.78 6.7 -1.00! -.--0.68 - 805 (36-05) A 1 874.0. 1.285i 12/14/2006 i,.- 1.171! 6.771 0.681 -0.00521 LPRM Decay Data Page 13
A B C D E F m HI 1 J K L 8061(36-05) !A 816.6 3.512i 3111120081 3.201 6.71'; 2.191 -0.0335: 807 876-05) 4 B 768.51 0.2351 5/16/20061 0.21 6.64 -1.00 ý08 (3-5 B1.341 6.64 L 0.78 -0.0023ý ý 0-9 809(~P.5.1 70.7 3-6361 3/11/20081 33' 65:2.331 -0.0455: 810 (36-05) .C . 771.2: 0.1741 5/16/20061 0.161 6.65 i -1.00 61-1 81 (36-(5)-- 772.0! 1.167 1 "/14/20061 1.066 6.65- 0.61 1 0.00111--- ............ 612 36-05)Ic 811.61 3.117 3/11/2008 2.84 6.70 . 1.95 0.0282' 813 8136 )--------i906.71 0.083; 5/16/2006 0.081 6.81 _ -1.00 (36-05) ID 9904.01 0.6351 12/14/2006 : 0:58i 6.81 0.33 -0.0060' F8151(36-05) D 1 1068.11 2.115; 3/11/2008 : 1.931 6.97 1 1.25 0.1237i LPRM Decay Data Page 14
R S T U V W X 2 Max snvt: 21.58 3 4 snvt < threshold of 2.8 snvt > threshold of 2.8 5 Avg A (1/snvt) 0.0195 Average A (1/snvt) ..- 0.0931 6 StDev (1/snvt) 0.0731 StDev (1/snvt) 0.0508 7 CA below (l/snvt) 0.0926 O'A above (l /snvt) 0.0508 8 Point slope count 166 Point slope count, 522 9 10 For low snvt exposures: 11 In(1)=6.677+0.071 11 s-0.02096s2 12 1 13 A(s)=dln(I)/ds=0.07111-0.04192s 14 2 15 Abeow=\above/ at s= 2.8 16 Abelow*Aabove at s= 3.9 .17 LPRM Decay Data Page 15
R S T U V W X 20 1 9° ......... °7.5 *:* .*k:::::*
.i* . ***:* ~ ::* ..
........ 2........
22 23 T6 "*U ..................... ....... ' ...................... ......... .... . ..... ' ..... 24 L ......L...
.. .. *.................... . . .. L ."- . .
25 6.0 26 4 28 u~ 29 2 . 30 _
.- 4.5 32 4 4 .0 ......-. + . +- .* - . - - *+ * ** **...+ .. .... *.
+..*.*.*. + + - +
0 5 10 15 20 25 35 LPRM Exposure (snvt) 371I 38 429 "* 7.5 .y 206+0
. .. . .E x 02 ............+ . 00 42 02x2 + 1.11 E7ý0 1 44 U . .. '.* . * , ; _.......... *.............*...... .- - ..- ....*........-
43 4
.. .6.5 L96 .5 .. .. ..... +' ++: + : * + .......
"'0- . .................................... . .... .. .. . . .........
52 6. ......
..* ............ * ". ..-t .......
. ... * . . +.. ., . . ......... * ..o.* ...
S 5 1 2 3 4 T5--5 LPRM Exposure (snvt) 56 LPRM Decay Data Page 16
z I AA I AB AC I AD I AE AF I AG AHI Al I AJ AK 2 Ln(I) Least Squares Regression stdevs NormDistl pltstdev' A<threshold' NormDist __ A>thresholdi NormDist 3 For snvt > threshold -5.0 > 2- Ei 0- - 4 -4.51 3.1 E-06. --. 75 00 0.001 : 0 0.00 5 LINEST-StDev: ... 0.0400 -4.0: 2.8E-051 -4.25[ 0-61; 0.01 1 6 Note: StDev = StErr*sqrt(N) -3.5 2 OE-04 -3.75 - 0- 0031 0! 0.10,
---------- -3.01 1 1E-031 -3251 1 0.191 0.51
-2.51 4.9E-031 -2.751 0 0.81 i 3. 2.54l 9 Se se bi -2.0i 0.0171 -2.25 V1 2.751 9i 8.631 10 r2l S -1.5! 0.0441 -1.751 3! 7.31-- 21 23.00L.....
11 F dfl -1.0[ 0.092 -1.25 17T 15.25 i 39t 47.941 12 ss regq ss resid, -0.5! 0.150 -0.75 28' 24.88 741 78.24 13 LINEST out ut arra i 0.0 0.191 -0.25 _ 37i 31.78 100i 99.94 14 -0.0940 6.9221 0.5. 0.191 0.25 33 31.78 117 9994 0 00 1 5 15 . 6 0.01600o .1.0o 0.150. 0.75 27; 24.88 ! 90' 78.24 16 0.8471 0.168i 1.5. 0.0921 1.25 8: 15.251 42ý 47.94 17 32271 5831 2.0' 0.044. 1.75. 4 7.31' 17 23.001 18 90.639 16.377 ... . 2-5' 1.7E-02[ 2.2.5 2; 2.751 3 8.63j 3.01 4.9E-031 2.751 . 3. 0.811 3 2541 20- - . .1 35 1.1E-031 3.215 0.19 0 0.581 L1 4.0 2E-04. 3.75 1 0.03 0 0.10 22 45 2.8E-051 4.25 0.001 1 0.01 23 24 5.0; 3.1E-06 4 4.75. 0:0oo
-- 1 0 ...
25 26
- 2. ._ _ _
.*...............i...............*.......................j..... Totals:!
___ 0.99999971
*......................... . 14 166! 165.99991 I 5221 .521 9997f-27 40 -140-28 29 35 120 30 -#* it*
31- 30 - - 4 100 32 25 -00 342 2 .... .. - . 35 w C 60 539'
' 15 2-r .....................
0 .................... ............. 10 38 400 414 4"-'_ _ .0.0 '.. 42 -5 -4 -3 -2 -1 0 1 2 3 4 5 -5 -4 -3 -2 -1 0 1 2 3 4 5 43 44 Standard Deviations Standard Deviations 45 46 -- *-°X<threshold /NormDist -- *- -X>=threshold -NormDist 47111 1 LPRM Decay Data Page 17
0B21-1305 Revision 1 Page 1 of2 Verification
ATTACHMENT 2 Sheet 1 of 1 Record of Lead Review Document: 0B21-1305 Core Monitorine LPRM Uncertainty and Sensitivitv Decay Rev 1 The signature below of the Lead Reviewer records that:
- the review indicated below has been performed by the Lead Reviewer; - appropriate reviews were performed and errors/deficiencies (for all reviews performed) have been resolved and these records are included in the design package; - the review was performed in accordance with EGR-NGGC-0003.
[ Design Verification Review -- Engineering Review F-- Owner's Review M Design Review
-- Alternate Calculation
[-D :Qualification Testing D Special Engineering Review' F-E YES F-- N/A Other Records are attached. Stroupe, Charles 2009.03.18,06:28:02 Charles Stroupe/ NE -04'00',,/ I Lead Reviewer (print/sign) Discipline Date Item Deficiency Resolution No. None noted. FORM EGR-NGGC-0003-2-10 This form is a QA Record when completed and included with a completed design package. Owner's Reviews may be processed as stand alone QA records when Owner's Review is completed.}}