
%0 Journal Article
%A Elford, MT 
%A Sasaki, S 
%A Ness, KF 
%T Drift Velocity and DT/m Ratio for Electrons in a 0.5% Hydrogen?Xenon Mixture at 295 K
%J Australian Journal of Physics
%D 1994/06/01
%V 47
%N 3
%P 253-264
%K 
%R https://doi.org/10.1071/PH940253
%U https://www.publish.csiro.au/paper/PH940253 
%X The momentum transfer cross section for electrons in xenon, am, has been studied using electron transport coefficient measurements for a dilute hydrogen-xenon mixture (0·47% H2- 99 ·53% Xe). Drift velocity measurements were made using the Bradbury-Nielsen time-of-flight method at E/N values from 0 ·12 to 2·50 Td, pressures from 10·3 to 94·0 kPa and a temperature of 295 K (E is the electric field strength and N the gas number density; 1 Td == 10-17 Vcm2). The ratio DT/f.t (where DT is the transverse diffusion coefficient and {£ the electron mobility) was measured using a Townsend-Huxley diffusion chamber at E/N values from 0·035 to 1· 70 Td, pressures from 13·4 to 40·3 kPa, and a temperature of 294 K. Three recently published Urn values for xenon have been tested and shown to be incompatible with both the present drift velocity and DT / f.t measurements. 
