In situ applications of x ray fluorescence techniquesfinal report of a coordinated research project, 2000-2003
Vienna, Austria
International Atomic Energy Agency
c2005
251 p. : ill.
IAEA-TECDOC,1101-9824
1456
"September 2005."
Includes bibliographical references
International Atomic Energy Agency
Influence of sample reparation on the analytical performance of FPXRF in connection with geochemical mapping requirements -- analytical protocols for sampling extended areas: comparing simulated field analysis to laboratory analysis for metal characterization of soils -- Novel quantitative procedures for in situ X ray fluorescence analysis -- In situ applications of FPXRF techniques in mineral exploration -- Quality control in metal scrap soring and finished product analysis -- In situ characterization of paint layers of large art and archaeological objects -- Optimization of portable systems for energy dispersive X ray fluorescence analysis of paintings -- Standardization of non-destructive XRF alloy analyser for in-service inspection -- Possibility of in situ SRF analysis of soil using a radiometric head with Si-PIN detector and annular Pu-832 radioisotope source -- In situ XRF elemental composition analysis for art and archaeological objects: transportable facility and measurement procedures in a museum environment -- Development of the quantification procedures for in situ XRF analysis -- Performance of CRP laboratories in round 31 of the GeoPT international proficiency programme -- append. Complete operating procedures for selected in situ applications