Analytical And Diagnostic Studies of An Icp-Excited Icp Fluorescence Spectrometer
Analytical And Diagnostic Studies of An Icp-Excited Icp Fluorescence Spectrometer
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Resonance Monochromator Detection Limits (mg/L) and Comparative Upper Linear Concentrations (mg/L) .
Element ICP-ICP-RM Upper Linear Concentration LOD ICP-ICP-RM HCL-ICP-AFS^ ICP-AES Ba 1 5,000 ~ 100 Ca 1 3,000 90 20 Cr 2 5,000 500 150 Cu 3 5,000 75 150 Mg 3 10,000 20 50 Na 20 2,000 10 200 Zn 4 5,000 20 150 Reference 45.
Reference 43.
43 spectral line begins to broaden, the emission spectrometer only views the line center. When self-absorption begins to occur, it affects the line center while t...he wings of the broadened line continue to increase in intensity, but this is not seen by the detector. A similar spectral bandpass limits the LDR of HCL-ICP-AFS; however, in this instance, the narrow source profiles of the HCLs are the limiting factor. The HCLs, because they are at low pressure and at a significantly lower trans- lational temperature than the atoms in the TCP, have a much narrower emission profile than the absorption profile of the atoms in the ICP.
Therefore, even though a wide spectrometer (filter) bandpass can be employed without increasing the effect of spectral interferences, only the line center is being measured as in AES.
What to read after Analytical And Diagnostic Studies of An Icp-Excited Icp Fluorescence Spectrometer?
You can find similar books in the "Read Also" column, or choose other free books by Krupa, Robert Joseph, 1960- to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
Resonance Monochromator Detection Limits (mg/L) and Comparative Upper Linear Concentrations (mg/L) .
Element ICP-ICP-RM Upper Linear Concentration LOD ICP-ICP-RM HCL-ICP-AFS^ ICP-AES Ba 1 5,000 ~ 100 Ca 1 3,000 90 20 Cr 2 5,000 500 150 Cu 3 5,000 75 150 Mg 3 10,000 20 50 Na 20 2,000 10 200 Zn 4 5,000 20 150 Reference 45.
Reference 43.
43 spectral line begins to broaden, the emission spectrometer only views the line center. When self-absorption begins to occur, it affects the line center while t...he wings of the broadened line continue to increase in intensity, but this is not seen by the detector. A similar spectral bandpass limits the LDR of HCL-ICP-AFS; however, in this instance, the narrow source profiles of the HCLs are the limiting factor. The HCLs, because they are at low pressure and at a significantly lower trans- lational temperature than the atoms in the TCP, have a much narrower emission profile than the absorption profile of the atoms in the ICP.
Therefore, even though a wide spectrometer (filter) bandpass can be employed without increasing the effect of spectral interferences, only the line center is being measured as in AES.
What to read after Analytical And Diagnostic Studies of An Icp-Excited Icp Fluorescence Spectrometer?
You can find similar books in the "Read Also" column, or choose other free books by Krupa, Robert Joseph, 1960- to read onlineMoreLess
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