ML102020332
| ML102020332 | |
| Person / Time | |
|---|---|
| Site: | Oyster Creek |
| Issue date: | 05/20/2009 |
| From: | - No Known Affiliation |
| To: | Office of Information Services |
| References | |
| FOIA/PA-2009-0214 | |
| Download: ML102020332 (3) | |
Text
G A M M A S P E C T R U M A N A L Y S I S OYSTER CREEK NUCLEAR GENERATING STATION CHEMISTRY DEPARTMENT
- ctor Name
- DET02
.rt Generated On tral Data File Name
,le Title le Description
- ID
,le Type le Geometry Locate Threshold i Locate Range (in channels)
- Area Range (in channels)
Ltification Energy Tolerance
- 5/19/09 3:10:22 AM
- C:\\PCNT2K\\CAMFILES\\RPFILPET\\2100068.CNF
- RP Filter Petri
- AS#54209 CST Scaffold
- GNT
- 21
- RP Filter Petri 3.00 1 -
4096 100 -
4096 1.000 keV ile Size
- 1200000.00 cc
)le Taken On tisition Started
.y Time 5/18/09 3:25:00 PM 5/19/09 2:53:40 AM 6.89E+002 Minutes
- Time Time I Time 1000.0 Seconds 1000.1 Seconds 0.01 %
Energy Calibration Used Done On Efficiency Calibration Used Done On
- 3/21/08
- 10/11/06
\\ /
, round Subtract Report 5/19/09 3:10:22 AM Page 2
eak analysis results available to perform background subtract on.
N U C L I D E I
D E N T I F I C A T i O N R EPORT Sample
Title:
RP Filter Petri Nuclide Library Used: C:\\GENIE2K\\CAMFILES\\ANLOO2.NLB IDENTIFIED NUCLIDES uclide Id Energy Yield Activity Activity ame Confidence (key)
(%6)
(uCi/cc
)
Uncertainty
= Energy line found in the spectrum.
@= Energy line not used for Weighted Mean Activity Energy Tolerance :
1.000 keY Nuclide confidence index threshold =
0.30 Errors quoted at 1.000 sigma
,ý "I "I fee..
R k'ference Corrected Activity Report 5/19/09 3:10:22 AM Page 3
I N T E R F E R E N C E C O R R E C T E D R EPORT
- W'WWWWWWWW*****************************W W******************
Nuclide Nuclide Id Name Confidence Wt mean Activity (uCi/cc Wt mean Activity Uncertainty Total Activity
- 0. OOE+000
?
= nuclide is part of an undetermined solution X = nuclide rejected by the interference analysis
@ = nuclide contains energy lines not used in Weighted Mean Activity Errors quoted at 1.000 sigma eak search results available for nuclide analysis.