Articles citing this paper
Measurements of Townsend's Energy Factor k1 for Electrons in Carbon Dioxide
JA Rees
17(4) pp.462 - 471
21 articles found in Crossref database.
Gaseous Electronics (2005)
Case Studies in Atomic Collision Physics (1972)
Data Needs for Modeling Low-Temperature Non-Equilibrium Plasmas: The LXCat Project, History, Perspectives and a Tutorial
Carbone Emile,
Graef Wouter,
Hagelaar Gerjan,
Boer Daan,
Hopkins Matthew M.,
Stephens Jacob C.,
Yee Benjamin T.,
Pancheshnyi Sergey,
van Dijk Jan, Pitchford Leanne
Atoms. 2021 9(1). p.16
The Ratio of Lateral Diffusion Coefficient to Mobility for Electrons in CO2 Laser Mixtures
Braglia G. L.,
Romanò L., Roznerski W.
Beiträge aus der Plasmaphysik. 1984 24(2). p.113
Prediction of the electron kinetics relevant for CO2 splitting using in situ propellant production technology: Effect of the gas composition
Zhang Bin, Zhang Xiaobing
Journal of Applied Physics. 2020 128(8).
Semiempirical analysis of electron scattering cross sections in N2O and CO2
Wróblewski T.,
Karwasz G. P.,
Nowakowska H.,
Mechlińska-Drewko J.,
Novaković V. T., Petrović Zoran Lj.
Czechoslovak Journal of Physics. 2004 54(S3). p.C742
Simulation of electron swarm parameters in carbon dioxide and nitrogen for high E/N
Kucukarpaci H N, Lucas J
Journal of Physics D: Applied Physics. 1979 12(12). p.2123
Ratio of the lateral diffusion coefficient to the mobility for electrons in carbon monoxide and carbon dioxide
Roznerski Włladysłlaw, Mechlinska-Drewko Jadwiga
Physics Letters A. 1979 70(4). p.271
Monte Carlo photoelectron transmission efficiency in CO2 and Ar-CO2 mixtures
2008 IEEE Nuclear Science Symposium Conference Record (2008)
Gaseous Electronics (2005)
Monte Carlo calculation of electron transport coefficients in counting gas mixtures
Fraser G.W., Mathieson E.
Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment. 1986 247(3). p.566
Electron Attachment to Halogenated Aliphatic Hydrocarbons
Blaunstein R. P., Christophorou L. G.
The Journal of Chemical Physics. 1968 49(4). p.1526
Electron-Impact Dissociation of CO2 (a Review)
Lebedev Yu. A., Shakhatov V. A.
Plasma Physics Reports. 2022 48(4). p.415
Measurement of electron drift velocities and Lorentz angles in fast gas mixtures
Kiselev O.,
Prokofiev O., Vorobyov A.
Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment. 1995 367(1-3). p.306
Time-of-Flight Investigations of Electron Transport in Some Atomic and Molecular Gases
Wagner E. B.,
Davis F. J., Hurst G. S.
The Journal of Chemical Physics. 1967 47(9). p.3138
Electron-neutral scattering cross sections for CO2: a complete and consistent set and an assessment of dissociation
Grofulović Marija,
Alves Luís L, Guerra Vasco
Journal of Physics D: Applied Physics. 2016 49(39). p.395207
Electron transport parameters in carbon dioxide for the attachment region
Roznerski W, Mechlinska-Drewko J
Journal of Physics D: Applied Physics. 1994 27(9). p.1862
Electron cloud sizes in gas-filled detectors
Den Boggende A.J.F., Schrijver C.J.
Nuclear Instruments and Methods in Physics Research. 1984 220(2-3). p.561
Momentum-Transfer and Inelastic-Collision Cross Sections for Electrons inO2, CO, and CO2
Hake R. D., Phelps A. V.
Physical Review. 1967 158(1). p.70
The Rate Constant of Electron Impact Dissociation of Carbon Dioxide (Analytical Review of Calculation Methods and Known Results)
Lebedev Yu. A., Shakhatov V. A.
High Energy Chemistry. 2021 55(6). p.419
Diffusion and ionization studies for electron swarms in carbon monoxide and carbon dioxide
Lakshminarasimha C S,
Lucas J, Kontoleon N
Journal of Physics D: Applied Physics. 1974 7(18). p.2545
