Second-kind collisions of electrons with excited Cd+, Ca+, Ga+, Tl+and Pb+ions
Author:
Publisher
IOP Publishing
Subject
Atomic and Molecular Physics, and Optics
Link
http://stacks.iop.org/0022-3700/8/i=9/a=015/pdf
Reference11 articles.
1. A comparison of the methods of determining electron densities in afterglow plasmas from langmuir probe characteristics
2. Collisional excitation and destruction of excited Zn II levels in a helium afterglow
3. The production of excited metal ions in thermal energy charge transfer and Penning reactions
4. Production of 2537 Radiation and the Role of Metastable Atoms in an Argon‐Mercury Discharge
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1. Kinetics of active media of He-Zn<formula><sup><roman>+</roman></sup></formula>, He-Cd<formula><sup><roman>+</roman></sup></formula>, He-Tl<formula><sup><roman>+</roman></sup></formula>, and Ne-In<formula><sup><roman>+</roman></sup></formula> hollow cathode lasers and new laser lines;SPIE Proceedings;2004-05-03
2. Linewidth studies on Cd+ 636.0 nm and 537.8 nm lines excited in a He-Cd hollow cathode discharge;Applied Physics B;2001-07
3. The performance of the hollow-cathode discharge continuous-wave multicolour He-Cd+laser;Journal of Physics D: Applied Physics;1995-05-14
4. State-specific mobility of excited cadmium and calcium ions in a discharge plasma measured by a tunable diode laser;Physical Review E;1993-01-01
5. Determination of the rate constants for population of the individual Cd+* levels in thermal Penning and charge transfer reactions of He*(23S1) and He+with cadmium;Journal of Physics B: Atomic and Molecular Physics;1985-09-14
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