Icp-oes and icp-ms induction current

G - Physics – 01 – N

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G01N 21/73 (2006.01)

Patent

CA 2509525

In a method of spectroscopically analyzing a sample (104), a plasma (116) is generated. A magnetic field is generated by a magnetic dipole wherein the plasma is confined within the magnetic field. Sample atoms are introduced into the plasma wherein energized atoms of the sample are confined. The spectral composition or mass-to-charge ratio of the energized sample atoms is analyzed. In a spectroscopic system a magnetic dipole has an associated magnetic field. A plasma is confined within the magnetic field and a sample of energized atoms introduced into the plasma. A spectrometer (120) analyzes the energized atoms for the mass-to-charge ratio or for their spectral composition.

Dans un procédé d'analyse par spectroscopie d'un échantillon est généré un plasma. Un champ magnétique est généré par un dipôle magnétique, le plasma étant confiné dans le champ magnétique. Des atomes d'échantillon sont introduits dans le plasma où sont confinés les atomes excités de l'échantillon. La composition spectrale ou rapport masse/charge des atomes excités de l'échantillon est analysée. Dans un système spectroscopique, un dipôle magnétique a un champ magnétique associé. Un plasma est confiné dans le champ magnétique et un échantillon d'atomes excités sont introduits dans le plasma. Un spectromètre analyse les atomes excités pour déterminer le rapport masse/charge ou leur composition spectrale.

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