Document: NUREG-0800
Document ID: b761625e-90fd-41e3-a3ae-acaea1aabf84
Document Type: srp
Title: should still be met.
Source: NUREG-0800
Source URL: https://www.nrc.gov/docs/ML0520/ML052070476.pdf
Revision Date: 2023-06
Chapter: 6
Section ID: 6.5.1
CFR Part: 
CFR Title: 

Content:
ission Report, WASH-1232, September 1972. 65. Ice Condenser Containment Model; memo from R. Zavadoski to files, U.S. Atomic Energy Commission, June 19, 1972. 27 76. Review of Topical Report WCAP-7426; memo from H. R. Denton to R. C. DeYoung, U.S. Atomic Energy Commission, November 24, 1972. 28 47. C. C. Lin, "Chemical Effects of Gamma Radiation on Iodine in Aqueous Solutions," Journal of Inorganic and Nuclear Chemistry, 42, pages 1101-1107 (1980). 58. D. D. Malinowski and L. F. Picone, "Iodine Removal in the Ice Condenser System," Nuclear Technology, 10(4), pages 428-435 (1971). SRP Draft Section 6.5.4 Attachment A - Proposed Changes in Order of Occurrence 6.5.4-9 DRAFT Rev. 4 - April 1996 Item numbers in the following table correspond to superscript numbers in the redline/strikeout copy of the draft SRP section. Item Source Description 1. Current PRB names and Editorial change made to reflect current PRB names abbreviations. and responsibilities for this SRP section. 2. Current PRB names and Editorial change made to reflect current PRBs abbreviations. assigned secondary review responsibility for this section. 3. Current PRB names and Editorial change made to reflect current PRBs abbreviations. assigned secondary review responsibility for this section. SRP Draft Section 6.5.4 Attachment A - Proposed Changes in Order of Occurrence Item Source Description DRAFT Rev. 4 - April 1996 6.5.4-10 4. NOTE to reviewers regarding source In the SRM for SECY 93-087, the Commission term implications and the disposition directed the NRC staff to modify regulations, of PI-24250. regulatory practices and the review process, as appropriate, to reflect the information resulting from source term research. Section 15A.3.1 of the Final SER for the CE80+ documents a staff review of the form of iodine released from the core during an accident as predicted in recent source term research. In Regulatory Guide 1.4, the chemical form of iodine is specified to be predominantly elemental iodine