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The rapid estimation and control of precision by duplicate determinations
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The rapid estimation and control of precision by duplicate determinations (1973)The rapid estimation and control of preci…Thompson–Howarth error analysis: unbiased alternatives to the large-sample method for assessing non-normally distributed measurement error in geochemical samples (2008)Thompson–Howarth error analys…Quality Control of Assay Data: A Review of Procedures for Measuring and Monitoring Precision and Accuracy (2008)Quality Control of Assay Data…Average Relative Error in Geochemical Determinations: Clarification, Calculation, and a Plea for Consistency (2007)Average Relative Error in Geo…On the special application of Thompson–Howarth error analysis to geochemical variables exhibiting a nugget effect (2006)On the special application of…THPLOT.M: A MATLAB function to implement generalized Thompson–Howarth error analysis using replicate data (2003)THPLOT.M: A MATLAB function t…ESTIMATES AND REALITY (2002)ESTIMATES AND REALITYModelling measurement uncertainty as a function of concentration: an example from a contaminated land investigation (2001)Modelling measurement uncerta…Monitoring the precision of routine analyses by using duplicate determinations (1986)Monitoring the precision of r…Dupan 3, a subroutine for the interpretation of duplicated data in geochemical analysis (1978)Dupan 3, a subroutine for the…Duplicate analysis in geochemical practice. Part I. Theoretical approach and estimation of analytical reproducibility (1976)A new approach to the estimation of analytical precision (1978)Quality assurance of chemical measurements (1989)Modern Analytical Facilities 2. A Review of Quality Assurance and Quality Control (QA/QC) Procedures for Lithogeochemical Data (2014)Tracing the provenance of unfired ancient Egyptian clay figurines from Saqqara through non-destructive X-ray fluorescence spectrometry (2018)Geochemical and petrographic assessment of clay outcrops and archaeological ceramics from the pre-hispanic site of Aguas Buenas (cal 400–1250 CE), Central Nicaragua (2020)Regression methods in the comparison of accuracy (1982)Duplicate analysis in geochemical practice. Part II. Examination of proposed method and examples of its use (1976)Variation of precision with concentration in an analytical system (1988)Estimation of measurement uncertainty from field sampling: implications for the classification of contaminated land (1997)Sampling as a source of measurement uncertainty: techniques for quantification and comparison with analytical sources (1998)The importance of precision in sampling sludges, biowastes and treated soils in a regulatory framework (2004)Measurement uncertainty in the determination of total petroleum hydrocarbons (TPH) in soil by GC-FID (2007)Understanding the Quality of Chemical Data from the Urban Environment – Part 2: Measurement Uncertainty in the Decision‐Making Process (2011)The Method of Multiple Working Hypotheses (1965)The origins of kriging (1990)An Introduction to Applied Geostatistics (1991)Is Non-destructive Provenancing of Pottery Possible With Just a Few Discriminative Trace Elements? (2016)
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Cited by

  • 2007Average Relative Error in Geochemical Determinations: Clarification, Calculation, and a Plea for Consistency71 cited
  • 2008Quality Control of Assay Data: A Review of Procedures for Measuring and Monitoring Precision and Accuracy68 cited
  • 2006On the special application of Thompson–Howarth error analysis to geochemical variables exhibiting a nugget effect34 cited
  • 2001Modelling measurement uncertainty as a function of concentration: an example from a contaminated land investigation26 cited
  • 2003THPLOT.M: A MATLAB function to implement generalized Thompson–Howarth error analysis using replicate data22 cited
  • 1986Monitoring the precision of routine analyses by using duplicate determinations22 cited
  • 1978Dupan 3, a subroutine for the interpretation of duplicated data in geochemical analysis16 cited
  • 2008Thompson–Howarth error analysis: unbiased alternatives to the large-sample method for assessing non-normally distributed measurement error in geochemical samples12 cited
  • 2002ESTIMATES AND REALITY0 cited

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