ML16123A321: Difference between revisions
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MAIN STEAM LINE BREAK (MSLB) RADIOLOGICAL ANALYSIS - INTACT SG STEAM RELEASE RATE | MAIN STEAM LINE BREAK (MSLB) RADIOLOGICAL ANALYSIS - INTACT SG STEAM RELEASE RATE | ||
Time (hours) Intact SG Steam Release ( | Time (hours) Intact SG Steam Release (lb m) 0 - 8 800,000 8 - 720.0 0 | ||
FSAR CHAPTER 14 - SAFETY ANALYSIS TABLE 14.15-8 Revision 28 Page 1 of 1 SGTR RADIOLOGICAL ANALYSIS - 40 CI/GM D.E. I-131 ACTIVITIES Isotope Activity Ci/gm) Iodine-131 33.2194 Iodine-132 7.6660 Iodine-133 34.4971 Iodine-134 3.0025 Iodine-135 14.6932 | FSAR CHAPTER 14 - SAFETY ANALYSIS TABLE 14.15-8 Revision 28 Page 1 of 1 SGTR RADIOLOGICAL ANALYSIS - 40 CI/GM D.E. I-131 ACTIVITIES Isotope Activity Ci/gm) Iodine-131 33.2194 Iodine-132 7.6660 Iodine-133 34.4971 Iodine-134 3.0025 Iodine-135 14.6932 | ||
FSAR CHAPTER 14 - SAFETY ANALYSISTABLE 14.17.3-2Revision 30 Page 1 of 1ASYMMETRIC LOADS ANALYSIS - REACTOR VESSELINTERNAL COMPONENT STRESS MARGINSComponent LocationPercent Margin | FSAR CHAPTER 14 - SAFETY ANALYSISTABLE 14.17.3-2Revision 30 Page 1 of 1ASYMMETRIC LOADS ANALYSIS - REACTOR VESSELINTERNAL COMPONENT STRESS MARGINSComponent LocationPercent Margin | ||
(%)*Core Support BarrelUpper Flange 6Upper Cylinder 7Center Cylinder 11Lower Support StructureSupport Columns | (%)*Core Support BarrelUpper Flange 6Upper Cylinder 7Center Cylinder 11Lower Support StructureSupport Columns 2Beams 3Core Support Plate 13 Upper Guide StructureGrid Beams 1*Percent margin is computed as (Sallow - Scalc) (100%) / Sallow, where Scalc is thecalculated component stress and Sallow is the ASME Code allowable stress. | ||
X/Q (1) bounding X/Q values used for FHA, SLBOC and SFCD (2) bounding X/Q values used for SGTR | X/Q (1) bounding X/Q values used for FHA, SLBOC and SFCD (2) bounding X/Q values used for SGTR | ||
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MAIN STEAM LINE BREAK (MSLB) RADIOLOGICAL ANALYSIS - INTACT SG STEAM RELEASE RATE | MAIN STEAM LINE BREAK (MSLB) RADIOLOGICAL ANALYSIS - INTACT SG STEAM RELEASE RATE | ||
Time (hours) Intact SG Steam Release ( | Time (hours) Intact SG Steam Release (lb m) 0 - 8 800,000 8 - 720.0 0 | ||
FSAR CHAPTER 14 - SAFETY ANALYSIS TABLE 14.15-8 Revision 28 Page 1 of 1 SGTR RADIOLOGICAL ANALYSIS - 40 CI/GM D.E. I-131 ACTIVITIES Isotope Activity Ci/gm) Iodine-131 33.2194 Iodine-132 7.6660 Iodine-133 34.4971 Iodine-134 3.0025 Iodine-135 14.6932 | FSAR CHAPTER 14 - SAFETY ANALYSIS TABLE 14.15-8 Revision 28 Page 1 of 1 SGTR RADIOLOGICAL ANALYSIS - 40 CI/GM D.E. I-131 ACTIVITIES Isotope Activity Ci/gm) Iodine-131 33.2194 Iodine-132 7.6660 Iodine-133 34.4971 Iodine-134 3.0025 Iodine-135 14.6932 | ||
FSAR CHAPTER 14 - SAFETY ANALYSISTABLE 14.17.3-2Revision 30 Page 1 of 1ASYMMETRIC LOADS ANALYSIS - REACTOR VESSELINTERNAL COMPONENT STRESS MARGINSComponent LocationPercent Margin | FSAR CHAPTER 14 - SAFETY ANALYSISTABLE 14.17.3-2Revision 30 Page 1 of 1ASYMMETRIC LOADS ANALYSIS - REACTOR VESSELINTERNAL COMPONENT STRESS MARGINSComponent LocationPercent Margin | ||
(%)*Core Support BarrelUpper Flange 6Upper Cylinder 7Center Cylinder 11Lower Support StructureSupport Columns | (%)*Core Support BarrelUpper Flange 6Upper Cylinder 7Center Cylinder 11Lower Support StructureSupport Columns 2Beams 3Core Support Plate 13 Upper Guide StructureGrid Beams 1*Percent margin is computed as (Sallow - Scalc) (100%) / Sallow, where Scalc is thecalculated component stress and Sallow is the ASME Code allowable stress. | ||
X/Q (1) bounding X/Q values used for FHA, SLBOC and SFCD (2) bounding X/Q values used for SGTR}} | X/Q (1) bounding X/Q values used for FHA, SLBOC and SFCD (2) bounding X/Q values used for SGTR}} |
Revision as of 12:18, 8 July 2018
ML16123A321 | |
Person / Time | |
---|---|
Site: | Palisades ![]() |
Issue date: | 04/18/2016 |
From: | Entergy Nuclear Operations |
To: | Office of Nuclear Reactor Regulation |
Shared Package | |
ML16120A302 | List:
|
References | |
PNP 2016-015 | |
Download: ML16123A321 (115) | |
Text
FSAR CHAPTER 14 - SAFETY ANALYSIS TABLE 14.11-3 Revision 32 Page 1 of 1
in
FSAR CHAPTER 14 - SAFETY ANALYSIS TABLE 14.14-7 Revision 28
Page 1 of 1
MAIN STEAM LINE BREAK (MSLB) RADIOLOGICAL ANALYSIS - INTACT SG STEAM RELEASE RATE
Time (hours) Intact SG Steam Release (lb m) 0 - 8 800,000 8 - 720.0 0
FSAR CHAPTER 14 - SAFETY ANALYSIS TABLE 14.15-8 Revision 28 Page 1 of 1 SGTR RADIOLOGICAL ANALYSIS - 40 CI/GM D.E. I-131 ACTIVITIES Isotope Activity Ci/gm) Iodine-131 33.2194 Iodine-132 7.6660 Iodine-133 34.4971 Iodine-134 3.0025 Iodine-135 14.6932
FSAR CHAPTER 14 - SAFETY ANALYSISTABLE 14.17.3-2Revision 30 Page 1 of 1ASYMMETRIC LOADS ANALYSIS - REACTOR VESSELINTERNAL COMPONENT STRESS MARGINSComponent LocationPercent Margin
(%)*Core Support BarrelUpper Flange 6Upper Cylinder 7Center Cylinder 11Lower Support StructureSupport Columns 2Beams 3Core Support Plate 13 Upper Guide StructureGrid Beams 1*Percent margin is computed as (Sallow - Scalc) (100%) / Sallow, where Scalc is thecalculated component stress and Sallow is the ASME Code allowable stress.
X/Q (1) bounding X/Q values used for FHA, SLBOC and SFCD (2) bounding X/Q values used for SGTR
FSAR CHAPTER 14 - SAFETY ANALYSIS TABLE 14.11-3 Revision 32 Page 1 of 1
in
FSAR CHAPTER 14 - SAFETY ANALYSIS TABLE 14.14-7 Revision 28
Page 1 of 1
MAIN STEAM LINE BREAK (MSLB) RADIOLOGICAL ANALYSIS - INTACT SG STEAM RELEASE RATE
Time (hours) Intact SG Steam Release (lb m) 0 - 8 800,000 8 - 720.0 0
FSAR CHAPTER 14 - SAFETY ANALYSIS TABLE 14.15-8 Revision 28 Page 1 of 1 SGTR RADIOLOGICAL ANALYSIS - 40 CI/GM D.E. I-131 ACTIVITIES Isotope Activity Ci/gm) Iodine-131 33.2194 Iodine-132 7.6660 Iodine-133 34.4971 Iodine-134 3.0025 Iodine-135 14.6932
FSAR CHAPTER 14 - SAFETY ANALYSISTABLE 14.17.3-2Revision 30 Page 1 of 1ASYMMETRIC LOADS ANALYSIS - REACTOR VESSELINTERNAL COMPONENT STRESS MARGINSComponent LocationPercent Margin
(%)*Core Support BarrelUpper Flange 6Upper Cylinder 7Center Cylinder 11Lower Support StructureSupport Columns 2Beams 3Core Support Plate 13 Upper Guide StructureGrid Beams 1*Percent margin is computed as (Sallow - Scalc) (100%) / Sallow, where Scalc is thecalculated component stress and Sallow is the ASME Code allowable stress.
X/Q (1) bounding X/Q values used for FHA, SLBOC and SFCD (2) bounding X/Q values used for SGTR