Gaseous ion mobility measurements: Ne+ and Xe+ in argon
β Scribed by T.T.C. Jones; J.D.C. Jones; K. Birkinshaw
- Publisher
- Elsevier Science
- Year
- 1981
- Tongue
- English
- Weight
- 261 KB
- Volume
- 82
- Category
- Article
- ISSN
- 0009-2614
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The mobilities of N2H + ions drifting through both helium and argon buffer gases have been measured in a flow drift-tube apparatus at a temperature of 295 K as a function of the ratio of the electric field strength to the buffer gas number density (E/N) in the ranges 3-130 and 3-100 X 10 -17 V cm 2,
The mobilitics of mass-identified Nr' and NC; ions in neon have lxcn measured by the "four-guuzc" clectricol shutter method at 300Β°K. The reduced zero-field mobilities of Nc+ and NC; ions, corrcctcd to 273Β°K. are 4.13iO.04 and 6.2OtO.07 cm\*V-'xc-' rcspectivcly. The reaction raw coefticicnt i-or th
Ionic mobilities of the simplest atomic ion, H+, are computed for its mixtures with neutral rare gases, He and Ne, using accurate pair potentials recently determined from crossed-beam scattering experiments. The computations are carried out at room temperature as a function of the ionic energy param