Application Notes - Atomic Spectroscopy

Sep 01, 2016
Application Notebook
Jun 01, 2016
Spectroscopy
Spectrochemical analysis is a comparative technique; therefore, unknown samples are best analyzed against reference materials of similar composition.
Jun 01, 2016
Spectroscopy
Miniature X-ray sources reached the development level that is appropriate for their use in the handheld and portable X-Ray diffraction (XRD) instruments. This note describes the application of X-ray sources for the residual stress measurements using XRD.
Apr 01, 2016
Spectroscopy
Miniature X-ray sources reached the development level that is appropriate for their use in the hand held and portable X-Ray diffraction (XRD) instruments. This note describes the application of X-ray sources for the residual stress measurements using XRD.
Oct 01, 2015
Spectroscopy
Data for a handheld LIBS device (SciAps Z-500) is presented demonstrating in-field measurement of several elements critical for geochemical applications. In some cases these elements have never before been measured with a handheld device.
Sep 01, 2015
Application Notebook
Elemental ratio determinations in foraminiferal calcite require the measurement of trace levels of Na, Mg, Sr, and ultra-trace levels of Li, B, Ba, Cd, Mn, U in a calcium rich matrix and ratioed to calcium.
Sep 01, 2015
Application Notebook
In the agri-food sector it is important to not only study the soil composition and use of fertilizers, but also the uptake of nutrients and potentially toxic elements within the plants and crops themselves.
Sep 01, 2015
Application Notebook
Inks and pigments with optically unique properties can provide quick visual verification of authenticity, and can be difficult to replicate.
Sep 01, 2015
Application Notebook
The TSI® LIBS Desktop Analyzer laser induced breakdown spectroscopy (LIBS) instrument allows simultaneous determination of all detectable elements present in the material being analyzed.
Sep 01, 2015
Application Notebook
The majority of environmental laboratories are currently using traditional techniques like cold vapor atomic absorption to analyze samples for mercury content.
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