Selection of Inspection Sample Sizes 4.4.1Ĥ.4.1.1 Attributes Inspection Sample Size in Given StratumĤ.4.1.2 Attributes Inspection Sample Sizes Over All Strata 4.4.1.3 Game Theoretic ResultsĤ.4.2.1 Variables Inspection Sample Size -Attributes Mode 4.4.2.2 Variables Inspection Sample Size-Variables ModeĮvaluation of Inspection P l a n - I n d i v i d u a l Tests 4.5.1 4.5.2Ĥ.3.2.2 Criteria for Variables Inspection in Variables Mode, Using D~ĭistinction Between Principal and Supplemental Tests 213-214 Attributes.Inspection Tests 214-216 Purpose of Inspection Inspection ActivitiesĪttributes Inspection Activities Variables Inspection ActivitiesĪttributes Inspection Criteria Variables Inspection CriteriaĤ.3.2.1 Criteria for Variables Inspection in Attributes ModeĤ.3.2.3 Criteria for Variables Inspection in Variables Mode, Using (MUF-D)Ĥ.4.
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the Difference Statistic 3.5.1 3.5.2ģ.1 Definition of Error Propagation 3.2 Error Propagation Additive Model 3.3 General Error Propagation Taylor's Series 3.4 Calculation of Variance of MUFĭefinition of, D Variance of D by Direct Application of Error Propagation Formulas Variance of D by General ApproachĪssumptions Notation, Random Error Variance of D A Systematic Error Variance of DĪpplication of (MUF-D) Variance of (MUF-D) Variance of Cumulative MUF Variance of Isotope MUF by General Approachģ.4.5.1 Variance of Isotope MUF Due to Measurement Errors in Bulk and Element Measurements 3.4.5.2 Variance of Isotope MUF Due to Errors in Isotope MeasurementsĮffects of Other Factors on MUF and its Varianceģ.5 Calculation of Variance of D. Single Standard Reference Material Several Samples Non-Standard Materials Laboratory-Dependent Random Error Distribution of Inspection Samples to Several Laboratoriesĭefinition of MUF Direct Application of Error Propagation Formulas Variance of Element MUF by General ApproachĪssumptions Notation Random Error Variance of MUF Systematic Error Variance of MUF Case of Constant Absolute Errors Replicate Measurements Analysis of Variance Duplicate Measurements Paired Differences Grubbs' Analysis Two Measurement Methods Grubbs' Analysis More than Two Measurement Methods with Constant Relative Bias 2.6.3.5 More than Two Measurement Methods with Non-Constant Relative Bias 2.6.3.6 Combining Parameter Estimates from Different ExperimentsĮrror Estimation in the Presence of Rounding Errors Inter!aboratory Test Data SAM-2 Calibration for Percent U-235 Several Calibration Data Sets Linear Model Linear Calibration Cumulative Model Several Calibration Data Sets Cumulative Model 2.
Linear Calibration Constant Variance Linear Calibration Non-Constant Variance Single Point Calibration Random Errors Systematic Errors Biases Short-term Systematic ErrorsĢ.3.1 Additive Model 2.3.2 Other Models 2.4Ģ.5.1 Effect on Facility MUF 2.5.2 Effect on Inspector-Operator ComparisonsĢ.6.1 Measurement of Standards 2.6.1.1 Single Standard 2.6.1.2 Several Standards 2.6.1.3 Measurement at Different TimesĢ.6.2 Calibration of Measurement Systems 2.6.2, 1 2.6.2, 2 2.6.2, 3 2. Statistical Sampling Error Bulk Measurement Error Material Sampling Error Analytical Measurement Error Other Errors Statistical Sampling Distributions Printed by the IAEA in Austria March 1982Ģ.1 Definition of Errors 2.2 Sources of Error
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IAEA SAFEGUARDS TECHNICAL MANUAL PART F: STATISTICAL CONCEPTS AND TECHNIQUES, VOLUME 3 IAEA, VIENNA, 1982 Appreciation is also extended to Erlinda Go and Jere Bracey, IAEA, for their efforts in editing and correcting the draft and to Virgilio Castillo, IAEA, and Charlotte Jennings, Exxon Nuclear, USA, for the very difficult task of typing and correcting the manuscript. Avenhaus, Hochschule der Bundeswehr München, Neubiberg, FRG, for their extensive efforts and collaboration to produce this improved volume of Part F, Statistical Concepts and Techniques. Box 100 A-1400 Vienna, Austria Orders should be accompanied by prepayment of Austrian Schillings 100, in the form of a cheque or in the form of IAEA microfiche service coupons which may be ordered separately from the INIS Clearinghouse.Īppreciation is extended to J. However, microfiche copies of these reports can be obtained from INIS Clearinghouse International Atomic Energy Agency Wagramerstrasse 5 P.O.
The IAEA does not normally maintain stocks of reports in this series. IAEA SAFEGUARDS TECHNICAL MANUAL PART F STATISTICAL CONCEPTS AND TECHNIQUES VOLUME 3Ī TECHNICAL DOCUMENT ISSUED BY THE INTERNATIONAL ATOMIC ENERGY AGENCY, VIENNA, 1982
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