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논문 기본 정보
- 자료유형
- 학술저널
- 저자정보
- 발행연도
- 2015.1
- 수록면
- 596 - 607 (12page)
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In this paper, we describe a computer program, iBEST (inverse Burnup ESTimator), that wedeveloped to accurately estimate the burnup histories of spent nuclear fuels based onsample measurement data. The burnup history parameters include initial uraniumenrichment, burnup, cooling time after discharge from reactor, and reactor type. Theprogram uses algebraic equations derived using the simplified burnup chains of majoractinides for initial estimations of burnup and uranium enrichment, and it uses theORIGEN-S code to correct its initial estimations for improved accuracy. In addition, wenewly developed a stable bisection method coupled with ORIGEN-S to correct burnup andenrichment values and implemented it in iBEST in order to fully take advantage of the newcapabilities of ORIGEN-S for improving accuracy. The iBEST program was tested usingseveral problems for verification and well-known realistic problems with measurementdata from spent fuel samples from the Mihama-3 reactor for validation. The test resultsshow that iBEST accurately estimates the burnup history parameters for the test problemsand gives an acceptable level of accuracy for the realistic Mihama-3 problems.
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참고문헌 (15)
참고문헌 신청
/ 1998 / HELIOS Methods / Studsvik Scandpower
A. Glaser / 2008 / Nuclear Forensics: Capabilities, Limits, and the CSI Effect / Presentation Material at the Conference on Science and Global Security
D. Y. Kim / 2014 / Development of Inverse Estimation Program of Burnup Histories for Nuclear Spent Fuel Based on ORIGEN-S / Transactions of the Korean Nuclear Society Autumn Meetin
J.Y. Cho / 2007 / DeCART v.1.2 User's Manual
K. S. Kim / 2011 / KARMA 1.2 Code Methodology Manual, S06NX08-A-2-TR-07 Rev.01 / Korea Atomic Energy Research Institute
A. Glaser / 2008 / Nuclear Forensics: Capabilities, Limits, and the CSI Effect / Presentation Material at the Conference on Science and Global Security
D. Y. Kim / 2014 / Development of Inverse Estimation Program of Burnup Histories for Nuclear Spent Fuel Based on ORIGEN-S / Transactions of the Korean Nuclear Society Autumn Meetin
J.Y. Cho / 2007 / DeCART v.1.2 User's Manual
K. S. Kim / 2011 / KARMA 1.2 Code Methodology Manual, S06NX08-A-2-TR-07 Rev.01 / Korea Atomic Energy Research Institute
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