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Whether atomization off the tube wall or atomization off the platform is better when determing Al, As, Cd, Co, Cr, Cu, Fe, Mn, Mo, Ni, Pb, Sb, Se, Ti, Tl, & V.
A brief walk-through of running an experiment using AA to detect selenium in steel.
Construction, description and installation instuctions for using a pyrolytic graphite platform with a GTA-95 graphite tube atomizer to analyze inorganic matrices.
Describes atomic absorption multi-element analysis in flame furnace and hydride modes using the SpectrAA system.
The analysis of used engine oils by spectrometric techniques for the early detection of machine component failure...
Examines using the GTA-95 to determine levels of vanadium in industrial fuel oil. Using air as an ashing aid to reduce matrix interferences was investigated.
The determination of Hg by cold-vapor atomic absorption was first proposed by Poluektov et. al. [1] in 1963. In this method...
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.
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...
Hydride generation techniques are used routinely for the determination of As, Se, and Sb in environmental samples...
Application note explaining a technique for determining the concentration of base metals in mining ores.
| Publication Part Number | 5990-9014EN | ||
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490-GC can be used for analyses of mine gas, especially carbon monoxide at low level which is essential for the safety of mine workers.
| Publication Part Number | SI-02235 | |||
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The 8800 Triple Quadrupole ICP-MS operating with a single acquisition method to successfully to measure all REE impurities in high-purity REE materials.
This application note describes a method for fast on-site analysis of mine gases in less than 100 seconds using the Agilent 490 Micro GC.
| Publication Part Number | 5991-0438EN | |||
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| Publication Part Number | 5990-8975EN | ||
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Gas chromatography with a four-channel Agilent 490 Micro GC separates constituents of mine gas, including carbon monoxide, in 120 seconds.
| Publication Part Number | A01789 | ||
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