The current status of the analysis of high-purity volatile substances is considered. Two types
of impurities in high-purity volatile substances were distinguished: molecularly dissolved …

A method has been developed for the direct analysis of pollutant elements in gases, using a
classical analytical inductively coupled plasma (ICP). The direct injection of a gaseous …

Atomic Emission Spectra of Xenon, Krypton, and Neon: Spectra from 200 to 900 nm by Sealed
Inductively Coupled Plasma/Atomic Emis Page 1 Atomic Emission Spectra of Xenon, Krypton …

A sealed inductively coupled plasma was used to determine the concentration of Fe and Ni
in electronic grade chlorine. Since the discharge was formed inside a quartz container …

Eighty-seven atomic chlorine lines and chlorine molecular spectra emitted in the 200–900
nm wavelength range are identified in a pure chlorine discharge generated at atmospheric …

Collection and Determination of Metal Contaminants in Gases A Review Page 1 Collection
and Determination of Metal Contaminants in Gases A Review URSULA TELGHEDER*a …

Anhydrous hydrogen chloride at concentrations of up to 100% has been introduced into a
sealed inductively coupled plasma system for quantitative spectrochemical analysis. Vapour …

A mathematical model for an enclosed inductively coupled plasma (EICP) is developed for
configurations important for spectrochemical analysis. The model, based on steady state …

Techniques are described toquantify both the particulate and vapor phase impurities in
electronic-grade chlorine. A particle counter was used in tandem with the sealed inductively …

An enclosed inductively coupled plasma (EICP) discharge is simulated with argon and
neon, and the thermodynamic and fluid flow fields are calculated for a sealed discharge. The …