High-Temperature Gas–liquid Chromatography

Abstract

A simplified simulation of an arc response is carried out by using energy balance and a rate equation for electrons with ionization and recombination coefficients. A n argon arc gap is supposed to be submitted to a re-ignition voltage, which generates a fast Increase of the electronic temperature. A comparison Or calculated results with arc measurements shows that such an analysis may be useful in order to determine characteristics cf re-ignition processes. Demitriades S T and Argyropoulos G S 1966 Phys. Fluids 9 Desai S and Corcoran V 1969 J. Quanf. Spcctmsc Radiat Devoto R S 1973 Phys. Fluids 16 5 Kafrouni H, Bagneux J M, Gleims A and Mquie S 1979 1 @ant. Specmsc Radat. Tmnsfer 21 457 Katsonis K 1976 %?se d' ifat no 1637 Universiti de Paris X V Cenlre d'0rs.y Lesueur H, Czernichowski A and Chapelle J 1990 Eumpean Congress on ntermai Plnsma Processes, Colloque 5 OdeiUo (Les Ulis: Les Editions de Physique) p 49 Rutgers W R 1988 Ly Int. Conj on Gar Discharges a d fheir Applicalions, Venizia (Padova: Benetton) pp 103-5 Shamin A and Wooding E R 1971 Phys. Leu. 34A 219 R Soc. A 267-97