Rapid Screening of Metals Using Portable High-Resolution X-Ray Fluorescence Spectrometers
INSTRUMENTATION - SR95_140008
ANALYSIS - SR95_140009
EXPERIMENTAL - SR95_140010
Table 6. Detection limit estimates and intensity counts
Table 8. Analysis of commercial reference materials from the Resource Technology Corporation
Figure 2. Lead concentrations (g/g) established for spiked soils by both RF/Comp
Table 10. Concentrations (g/g) of Cr, Cu, Zn, As, and Pb determined for spiked soil matrices by response factor
Table 11. Concentrations (g/g) of Co, Ni, Hg, Tl, and Se determined for spiked soil matrices by response factor
Table 13. Concentrations (g/g) of Cr, Cu, Zn, As, and Pb determined by fundamental parameter analysis using the Spectrace 9000
CONCLUSIONS - SR95_140017
LITERATURE CITED - SR95_140018
LITERATURE CITED-continue - SR95_140019
Report Documentation Page - SR95_140020
SR95_14
INSTRUMENTATION - SR95_140008
ANALYSIS - SR95_140009
EXPERIMENTAL - SR95_140010
Table 6. Detection limit estimates and intensity counts
Table 8. Analysis of commercial reference materials from the Resource Technology Corporation
Figure 2. Lead concentrations (g/g) established for spiked soils by both RF/Comp
Table 10. Concentrations (g/g) of Cr, Cu, Zn, As, and Pb determined for spiked soil matrices by response factor
Table 11. Concentrations (g/g) of Co, Ni, Hg, Tl, and Se determined for spiked soil matrices by response factor
Table 13. Concentrations (g/g) of Cr, Cu, Zn, As, and Pb determined by fundamental parameter analysis using the Spectrace 9000
CONCLUSIONS - SR95_140017
LITERATURE CITED - SR95_140018
LITERATURE CITED-continue - SR95_140019
Report Documentation Page - SR95_140020
SR95_14
