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Duplicate analysis in geochemical practice. Part I. Theoretical approach and estimation of analytical reproducibility
0 references·16 citing·27 second hop
Duplicate analysis in geochemical practice. Part I. Theoretical approach and estimation of analytical reproducibility (1976)Duplicate analysis in geochemical practic…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…Assessing element variability in small soil samples taken during forensic investigation (2004)Assessing element variability…THPLOT.M: A MATLAB function to implement generalized Thompson–Howarth error analysis using replicate data (2003)THPLOT.M: A MATLAB function t…Optimised uncertainty in food analysis: application and comparison between four contrasting ‘analyte–commodity’ combinations (2002)Optimised uncertainty in food…Modelling measurement uncertainty as a function of concentration: an example from a contaminated land investigation (2001)Modelling measurement uncerta…Sampling as a source of measurement uncertainty: techniques for quantification and comparison with analytical sources (1998)Sampling as a source of measu…Measurement Uncertainty Arising From Sampling: Implications for the Objectives of Geoanalysis† (1997)Measurement Uncertainty Arisi…Estimation of measurement uncertainty from field sampling: implications for the classification of contaminated land (1997)Estimation of measurement unc…An objective assessment of analytical method precision: comparison of ICP-AES and XRF for the analysis of silicate rocks (1995)An objective assessment of an…Limit of discrimination, limit of detection and sensitivity in analytical systems (1994)Limit of discrimination, limi…Objective evaluation of precision requirements for geochemical analysis using robust analysis of variance (1992)Objective evaluation of preci…An analytical study, using inductively coupled plasma (ICP) spectrometry, of samian and colour-coated wares from the Roman town at Colchester together with related continental samian wares (1987)An analytical study, using in…Monitoring the precision of routine analyses by using duplicate determinations (1986)Monitoring the precision of r…A new approach to the estimation of analytical precision (1978)A new approach to the estimat…Certified reference materials (1980)Quality assurance of chemical measurements (1989)Modern Analytical Facilities 2. 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(1996)Analytical Bias: the Neglected Component of Measurement Uncertainty† (1997)A practical approach to assessment of sampling uncertainty (2002)The rapid estimation and control of precision by duplicate determinations (1973)Regression methods in the comparison of accuracy (1982)Thompson–Howarth error analysis: unbiased alternatives to the large-sample method for assessing non-normally distributed measurement error in geochemical samples (2008)COMPOSITION OF THE LEZOUX, IYON AND AREZZO SAMIAN WARE (1971)Duplicate analysis in geochemical practice. Part II. Examination of proposed method and examples of its use (1976)AN EXAMINATION OF THE HIGH GLOSS SURFACE FINISHES ON GREEK ATTIC AND ROMAN SAMIAN WARES (1982)Trace-element analysis of an inhumation from Sutton Hoo, using inductively coupled plasma emission spectrometry: An evaluation of the technique applied to analysis of organic residues (1989)An Assessment of the Acid-Extraction Approach to Compositional Characterization of Archaeological Ceramics (1996)Mineralogical and chemical composition of transport amphorae excavated at Locri Epizephiri (southern Italy) (2001)An uncertainty budget for trace analysis by isotope-dilution ICP-MS with proper consideration of correlation (2003)Uncertainty functions, a compact way of summarising or specifying the behaviour of analytical systems (2011)Is Non-destructive Provenancing of Pottery Possible With Just a Few Discriminative Trace Elements? (2016)
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  • 1978A new approach to the estimation of analytical precision175 cited
  • 1995An objective assessment of analytical method precision: comparison of ICP-AES and XRF for the analysis of silicate rocks151 cited
  • 1998Sampling as a source of measurement uncertainty: techniques for quantification and comparison with analytical sources145 cited
  • 1992Objective evaluation of precision requirements for geochemical analysis using robust analysis of variance135 cited
  • 1997Estimation of measurement uncertainty from field sampling: implications for the classification of contaminated land130 cited
  • 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
  • 1997Measurement Uncertainty Arising From Sampling: Implications for the Objectives of Geoanalysis†48 cited
  • 2006On the special application of Thompson–Howarth error analysis to geochemical variables exhibiting a nugget effect34 cited
  • 1987An analytical study, using inductively coupled plasma (ICP) spectrometry, of samian and colour-coated wares from the Roman town at Colchester together with related continental samian wares29 cited
  • 1994Limit of discrimination, limit of detection and sensitivity in analytical systems29 cited
  • 2002Optimised uncertainty in food analysis: application and comparison between four contrasting ‘analyte–commodity’ combinations

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27 cited
  • 2004Assessing element variability in small soil samples taken during forensic investigation26 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