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301 - 320 of 15523 results
Describes the transfer of analytical data from a SpectrAA series atomic absorption spectrometer to an IBM PC/AT personal computer.
The determination of Hg by cold-vapor atomic absorption was first proposed by Poluektov et. al. [1] in 1963. In this method...
The widespread use of metals in modern industry has meant that traces of many elements are found throughout...
Describing an alternate method of determining metals in chlorinated hydrocarbons.
Presents the cold vapor atomic absorption technique for measuring trace amounts of mercury in environmental samples.
From the mid 1960s the importance of selenium in animal nutrition became evident. By 1970, the necessity for selenium...
There are, of course, a large number of factors which affect the analytical performance of graphite tube atomizers...
Coupled with the MCA-90, learn how to determine mercury at a parts per trillion level, in drinking water, using AAS.
By measuring instrument zero and blank absorbance separately, the SpectrAA series allows the operator to monitor the level of blank absorbance.
Mercury in various forms constitutes a serious environmental pollutant; 1,2 hence there is the need for its detection and determination, particularly at trace levels...
Describes the use of an EPA digestion method in AAS analysis for determining trace levels of mercury in environmental samples by the MCA-90 (Mercury Concentration Accessory).
This document is an evaluation of the Mark-VI Spray Chamber for flame atomic absorption spectrometry.
Hardware configuration, software, data output and interaction with other software packages, are all discussed when using a SpectrAA-300/400 & PC.
Evaluates a HNO3/L-cysteine method to find trace levels of tin (Sn) in digested environmental samples using hydride generation AAS.
Presents results using the CRA-90 to determine Ag, As, Be, Cd, Cr, Pb, Sb, Se, Tl, Cu, Zn, Ni levels of pollutants in various environmental samples.
With good agreement with certified values and excellent long term signal stability, learn how using the AGM-1 by ICP-OES can be used to determine lead in unleaded gasoline.