Handbook for value-impact assessment
S.W. Heaberlin, J. Burnham, Raymond Hv Gallucci, M.F. Mullen, Ronald J. Nesse, Leslie A. Nieves, Jack J. Tawil, M.B. Triplett, Steven A. Weakley, A.R. Wusterbarth
Abstract
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S.W. Heaberlin, J. Burnham, Raymond Hv Gallucci, M.F. Mullen, Ronald J. Nesse, Leslie A. Nieves, Jack J. Tawil, M.B. Triplett, Steven A. Weakley, A.R. Wusterbarth
Abstract
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The basic purpose of this handbook is to document a set of systematic procedures for providing information that can be used in performing value-impact assessments of Nuclear Regulatory Commission (NRC) regulatory actions. The handbook describes a structured but flexible process for performing the assessment. Chapter 1 is an introduction to the value-impact assessment process. Chapter 2 describes the attributes most frequently affected by proposed NRC actions, provides guidance concerningthe appropriate level of effort to be devoted to the assessment, suggests a standard format for documenting the assessment, and discusses the treatment of uncertainty. Chapter 3 contains detailed methods for evaluating each of the attributes affected by a regulatory action. The handbook has five appendixes containing background information, technical data, and example applications of the value-impact assessment procedures. This edition of the handbook focuses primarily on assessing nuclear power reactor safety issues.
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The basic purpose of this handbook is to document a set of systematic procedures for providing information that can be used in performing value-impact assessments of Nuclear Regulatory Commission (NRC) regulatory actions. The handbook describes a structured but flexible process for performing the assessment. Chapter 1 is an introduction to the value-impact assessment process. Chapter 2 describes the attributes most frequently affected by proposed NRC actions, provides guidance concerningthe appropriate level of effort to be devoted to the assessment, suggests a standard format for documenting the assessment, and discusses the treatment of uncertainty. Chapter 3 contains detailed methods for evaluating each of the attributes affected by a regulatory action. The handbook has five appendixes containing background information, technical data, and example applications of the value-impact assessment procedures. This edition of the handbook focuses primarily on assessing nuclear power reactor safety issues.
Key concepts: Impact assessment, Nuclear power, Process (computing), Value (mathematics), Computer science, Set (abstract data type), Risk analysis (engineering), Engineering