Articles citing this paper
The Momentum Transfer Cross Section for Electrons in Argon in the Energy Range 0–4 eV
HB Milloy, RW Crompton, JA Rees and AG Robertson
30(1) pp.61 - 72
173 articles found in Crossref database.
Kinetics of the Ar‐Hg Plasma of Fluorescent Lamp Discharges. I. Model — Basic Equations — Hg Partial Pressure Variation
Winkler R. B.,
Wilhelm J., Winkler R.
Annalen der Physik. 1983 495(2-3). p.90
An investigation of electron attachment to CHCl2F, CHClF2 and CHF3 using an electron-swarm mass spectrometric technique
Jarvis G.K.,
Mayhew C.A.,
Singleton L., Spyrou S.M.
International Journal of Mass Spectrometry and Ion Processes. 1997 164(3). p.207
Cross sections for ultra-low-energy electron scattering from atoms and molecules
(2016)
Breakdown electric fields in dissociated hot gas mixtures of sulfur hexafluoride including teflon: Calculations with experimental validations and utilization in fluid dynamics arc simulations
Yousfi M.,
Merbahi N.,
Reichert F., Petchanka A.
Journal of Applied Physics. 2017 121(10).
Gaseous Electronics (2005)
Scattering of electrons from argon atoms
Dasgupta Arati, Bhatia A. K.
Physical Review A. 1985 32(6). p.3335
Hot electron thermalisation in fluid argon — The effect of the Ramsauer-minimum
Sowada U., Warman J.M.
Journal of Electrostatics. 1982 12 p.37
Excitation of the O2(a 1Δg) state by low energy electrons
Tachibana K., Phelps A. V.
The Journal of Chemical Physics. 1981 75(7). p.3315
Transient electron mobility in pulse-irradiated gaseous argon under a steady field
Tembe B. L., Mozumder A.
The Journal of Chemical Physics. 1984 81(5). p.2492
The Coupling of Ion-Enhanced Field Emission and the Discharge During Microscale Breakdown at Moderately High Pressures
Li Yingjie,
Tirumala Rakshit,
Rumbach Paul, Go David B.
IEEE Transactions on Plasma Science. 2013 41(1). p.24
Quasielastic state-changing collisions of high-Rydberg atoms with rare-gas atoms
Sasano Kunitaka,
Sato Yutaka, Matsuzawa Michio
Physical Review A. 1983 27(5). p.2421
On the existence of a steady electron distribution for systems with electron attachment: ArCCl4 mixtures
Kowari Ken-ichi, Shizgal Bernie
Chemical Physics Letters. 1996 260(3-4). p.365
Theory of the density dependence of electron drift velocity in gases
Braglia G. L., Dallacasa V.
Physical Review A. 1978 18(2). p.711
Two-electron-group model and Boltzmann calculations for low-pressure gas discharges
Morgan W. L., Vriens L.
Journal of Applied Physics. 1980 51(10). p.5300
Boundary conditions at the ablative walls in two-temperature modelling of thermal plasmas with reactive working gas
Pekker Leonid, Murphy Anthony B
Journal of Physics D: Applied Physics. 2016 49(37). p.375202
Modelling of an argon plasma jet generated by a dc arc
Kaminska A,
Lopez B,
Izrar B, Dudeck M
Plasma Sources Science and Technology. 2008 17(3). p.035018
Modeling and diagnostics of the structure of rf glow discharges in Ar at 13.56 MHz
Makabe Toshiaki,
Nakano Nobuhiko, Yamaguchi Yukio
Physical Review A. 1992 45(4). p.2520
Relation between low-energy-electron scattering andl-changing collisions of Rydberg atoms
Hickman A. P.
Physical Review A. 1979 19(3). p.994
High-Density Helicon Plasma Science (2022)
Density dependence of electron mobility in dense gases
Bagheri A.,
Baluja K. L., Datta Savita M.
Zeitschrift für Physik D Atoms, Molecules and Clusters. 1994 32(3). p.211
The relation between internal and external parameters of a spectrochemical inductively coupled plasma
van de Sande M.J.,
van Eck P.,
Sola A., van der Mullen J.J.A.M.
Spectrochimica Acta Part B: Atomic Spectroscopy. 2002 57(5). p.829
Photoelectron-initiated avalanches in low-pressure glow discharges
Mitchell Annette,
Scheller Geoffrey R.,
Gottscho Richard A., Graves David B.
Physical Review A. 1989 40(9). p.5199
The influence of the Ramsauer-Townsend effect on free-free absorption coefficients of the negative argon ion at far infrared wavelengths
John T L
Journal of Physics B: Atomic, Molecular and Optical Physics. 1998 31(1). p.65
Computer simulation of electron avalanches in argon-methane filled wire chambers
Groh Jan,
Schenuit Eduard, Spitzer Hartwig
Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment. 1990 293(3). p.537
Backward propagated ion-acoustic instability in collision-dominated argon plasma
Žigman Vida J
Physica Scripta. 1995 51(1). p.104
Collision frequency and transport properties of electrons in the ionosphere
Aggarwal K.M.,
Nath Nardsder, Setty C.S.G.K.
Planetary and Space Science. 1979 27(6). p.753
Elastic scattering of positrons and electrons by argon
Nahar Sultana N., Wadehra J. M.
Physical Review A. 1987 35(5). p.2051
Electron energy loss rates in gaseous argon determined from transient microwave conductivity
Shimamori Hiroshi, Sunagawa Takeyoshi
The Journal of Chemical Physics. 1997 106(11). p.4481
Bremsstrahlung of low-energy electrons on neutral atoms
Dallacasa V, Leonardis B
Journal of Physics B: Atomic and Molecular Physics. 1980 13(17). p.L537
Low-energy electron drift and scattering in krypton and xenon
Hunter S. R.,
Carter J. G., Christophorou L. G.
Physical Review A. 1988 38(11). p.5539
High-resolution total-cross-section measurements for electron scattering from Ar, Kr, and Xe employing a threshold-photoelectron source
Kurokawa M.,
Kitajima M.,
Toyoshima K.,
Kishino T.,
Odagiri T.,
Kato H.,
Hoshino M.,
Tanaka H., Ito K.
Physical Review A. 2011 84(6).
Momentum transfer cross sections for low-energy electrons in krypton and xenon from characteristic energies
Koizumi T,
Shirakawa E, Ogawa I
Journal of Physics B: Atomic and Molecular Physics. 1986 19(15). p.2331
Absolute measurements of the continuum radiation to determine the electron density in a microwave-induced argon plasma
Iordanova E,
de Vries N,
Guillemier M, van der Mullen J J A M
Journal of Physics D: Applied Physics. 2008 41(1). p.015208
Average-atom approach for transport properties of shocked argon in the presence of a magnetic field
Wetta Nadine, Pain Jean-Christophe
Physical Review E. 2024 110(1).
Analytic approach to modified effective-range theory for electron and positron elastic scattering
Fedus K.,
Karwasz G. P., Idziaszek Z.
Physical Review A. 2013 88(1).
Longitudinal electron diffusion coefficients in gases: Noble gases
Pack J. L.,
Voshall R. E.,
Phelps A. V., Kline L. E.
Journal of Applied Physics. 1992 71(11). p.5363
Generalized Einstein relations for electron diffusion in monatomic gases
Uribe F.J., Mason E.A.
Chemical Physics. 1989 133(3). p.335
Electron momentum-transfer cross section in cesium: Fit to the experimental data
Stefanov B.
Physical Review A. 1980 22(2). p.427
Comment of the possibility of Ramsauer-Townsend minima ine-H2ande-N2scattering
Crompton Robert W., Morrison Michael A.
Physical Review A. 1982 26(6). p.3695
On the differences between ionizing helium and argon plasmas at atmospheric pressure
Jonkers Jeroen,
Sande Marco van de,
Sola Antonio,
Gamero Antonio, Mullen Joost van der
Plasma Sources Science and Technology. 2003 12(1). p.30
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.544
Ultra-low-energy electron scattering cross section measurements of Ar, Kr and Xe employing the threshold photoelectron source
Kitajima M.,
Kurokawa M.,
Kishino T.,
Toyoshima K.,
Odagiri T.,
Kato H.,
Anzai K.,
Hoshino M.,
Tanaka H., Ito K.
The European Physical Journal D. 2012 66(5).
Transient microwave conductivity of electrons in helium and argon
Viehland L. A.,
Ranganathan S., Shizgal B.
The Journal of Chemical Physics. 1988 88(1). p.362
Electrical Breakdown and Discharges in Gases (1983)
Numerical study on thermal non-equilibrium of arc plasmas in TIG welding processes using a two-temperature model
Konishi K.,
Shigeta M.,
Tanaka M.,
Murata A.,
Murata T., Murphy Anthony B.
Welding in the World. 2017 61(1). p.197
Moment theory of electron drift and diffusion in neutral gases in an electrostatic field
Lin S. L.,
Robson R. E., Mason E. A.
The Journal of Chemical Physics. 1979 71(8). p.3483
Kinetic theory of transport processes in weakly ionized gases
Van Odenhoven F.J.F.
Physica B+C. 1984 123(3). p.328
Pseudopotential calculations for elastic scattering of slow electrons (0–20 eV) from noble gases. I. Argon
Plenkiewicz B.,
Plenkiewicz P., Jay-Gerin J.-P.
Physical Review A. 1988 38(9). p.4460
Effect of Cl2 additions to an argon glow discharge
Bassett Nancy L., Economou Demetre J.
Journal of Applied Physics. 1994 75(4). p.1931
Low energy electron collision cross sections for silane
Nagpal Rajesh, Garscadden Alan
Journal of Applied Physics. 1994 75(2). p.703
Creating a global plasma model using Disturbed Bilateral Relations
Broks B H P, Mullen J J A M van der
Journal of Physics: Conference Series. 2006 44 p.53
Electron–Molecule Interactions and their Applications (1984)
Elastic scattering of electrons from neon and argon
McEachran R P, Stauffer A D
Journal of Physics B: Atomic and Molecular Physics. 1983 16(21). p.4023
Pseudopotential approach to low-energy (0–3 eV) elastic electron-argon scattering
Plenkiewicz B.,
Plenkiewicz P.,
Baillargeon P., Jay-Gerin J. -P.
Physical Review A. 1987 36(5). p.2002
Swarms of Ions and Electrons in Gases (1984)
Electric field dependence of transient electron longitudinal and transverse diffusion coefficients in rare-gas moderators
McMahon D R A,
Ness K, Shizgal B
Journal of Physics B: Atomic and Molecular Physics. 1986 19(17). p.2759
Fundamental Electron Interactions with Plasma Processing Gases (2004)
Modeling of non-equilibrium argon–oxygen induction plasmas under atmospheric pressure
Atsuchi Nobuhiko,
Shigeta Masaya, Watanabe Takayuki
International Journal of Heat and Mass Transfer. 2006 49(5-6). p.1073
Electron attachment kinetics coupled to electron thermalization in SF6/Ar mixtures
Shizgal Bernie D, Kowari Ken-ichi
Journal of Physics D: Applied Physics. 2002 35(10). p.973
Elastic scattering of electron in neutral plasma: Interaction model and plasma environment effects
Quan W. L.,
Sun X. W., Chen Q. F.
Physics of Plasmas. 2020 27(11).
Collision integrals in transport properties calculation of air
Lázničková I.
Czechoslovak Journal of Physics. 2006 56(S2). p.B890
Calculation of electron scattering lengths on Ar, Kr, Xe, Rn and Og atoms
Syty Paweł,
Piłat Michał P, Sienkiewicz Józef E
Journal of Physics B: Atomic, Molecular and Optical Physics. 2024 57(17). p.175202
Drift properties of electrons in methane and methane noble gas mixtures
Schmidt B.
Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment. 1986 252(2-3). p.579
Rarefied Gas Dynamics: Space-Related Studies (1989)
Discharge characteristics of an atmospheric-pressure capacitively coupled radio-frequency argon plasmas
Li Shou-Zhe,
Lim Jin-Pyo, Uhm Han S.
Physics Letters A. 2006 360(2). p.304
Electron transport in gaseous and liquid argon: Effects of density and temperature
Huang Sam S.-S., Freeman Gordon R.
Physical Review A. 1981 24(2). p.714
Accurateab initiocalculations on elastic scattering of low-energy electrons by argon atoms
Saha H. P.
Physical Review A. 1991 43(9). p.4712
Gaseous Electronics (2005)
Electron density fluctuations in collisional dusty plasma with variable grain charge
Momot A. I.,
Zagorodny A. G., Momot O. V.
Physical Review E. 2019 99(1).
Thermal collisions between high-Rydberg atoms and rare-gas atoms
Matsuzawa M
Journal of Physics B: Atomic and Molecular Physics. 1979 12(22). p.3743
Gaseous Electronics (2005)
Development and Characterization of an Ion Source to Simulate Low Earth Orbit Plasma Environment in a Vacuum Chamber
AIAA SCITECH 2024 Forum (2024)
Calculations of drift velocity of electrons in inert gases at low E/N
Hayashi M., Ushiroda S.
The Journal of Chemical Physics. 1983 78(5). p.2621
A two-dimensional nonequilibrium model of cascaded arc plasma flows
Beulens J. J.,
Milojevic D.,
Schram D. C., Vallinga P. M.
Physics of Fluids B: Plasma Physics. 1991 3(9). p.2548
Cross Section Data (1994)
The influence of electron attachment to halocarbons on the zero-field electron mobility in argon
Schmidt R., Stiller W.
Chemical Physics Letters. 1986 130(5). p.448
Dissociative electron attachment to some chlorine-containing molecules
Petrović Z. Lj.,
Wang W. C., Lee L. C.
The Journal of Chemical Physics. 1989 90(6). p.3145
Calculation of time-dependent electron velocity distributions and rate coefficients for electron attachment to chlorofluoroethanes
Schmidt R., Stiller W.
Chemical Physics Letters. 1985 118(6). p.564
Measurements of differential cross sections fore-Ar, Kr, Xe scattering atE = 0.05 − 2 eV
Weyhreter M.,
Barzick B.,
Mann A., Linder F.
Zeitschrift für Physik D Atoms, Molecules and Clusters. 1988 7(4). p.333
Theoretical treatment of collisions of Rydberg atoms with neutral atoms and molecules. Semiquantal, impulse, and multistate-orbital theories
Flannery M. R.
Physical Review A. 1980 22(6). p.2408
Nonequilibrium Effects in Ion and Electron Transport (1990)
Diffusion in equilibrium mixtures of ionized gases
Murphy A. B.
Physical Review E. 1993 48(5). p.3594
Computer simulation of the electron avalanche in cylindrically symmetric electric fields
Groh J.,
Schenuit E., Spitzer H.
Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment. 1989 283(3). p.730
Quasielastic state-changing collisions of high-Rydberg atoms with rare-gas atoms. II. Collisions with heavier rare-gas atoms
Sato Yutaka, Matsuzawa Michio
Physical Review A. 1985 31(3). p.1366
Contribution of electron-atom collisions to the plasma conductivity of noble gases
Rosmej S.,
Reinholz H., Röpke G.
Physical Review E. 2017 95(6).
A study of the relaxation of electron velocity distributions in gases
Braglia G. L.,
Caraffini G. L., Diligenti M.
Il Nuovo Cimento B Series 11. 1981 62(1). p.139
Electron attachment to F2
McCorkle D. L.,
Christophorou L. G.,
Christodoulides A. A., Pichiarella L.
The Journal of Chemical Physics. 1986 85(4). p.1966
A new design of a bright cascaded arc light source: measurements and simulations
Zijlmans R A B,
Schram D C, Engeln R
Journal of Physics D: Applied Physics. 2007 40(7). p.2055
Measurement of plasma flow and electron energy probability function in radio frequency plasma thruster with a magnetic cusp
Furukawa T.,
Yarita Y.,
Aoyagi H., Nishida H.
Journal of Applied Physics. 2022 131(17).
Theory of electron mobility in dense gases
Braglia G. L., Dallacasa V.
Physical Review A. 1982 26(2). p.902
New experimental techniques in the study of electron swarms in gases and their impact on the determination of low energy electron scattering cross sections
Schmidt B,
Berkhan K,
Götz B, Müller M
Physica Scripta. 1994 T53 p.30
Total cross sections for electron scattering from noble-gas atoms in near- and below-thermal energy collisions
Kitajima M,
Shigemura K,
Hosaka K,
Odagiri T,
Hoshino M, Tanaka H
Journal of Physics: Conference Series. 2015 635(1). p.012030
Elastic and inelastic e-C2F6and e-C3F8cross sections from swarm data
Pirgov P, Stefanov B
Journal of Physics B: Atomic, Molecular and Optical Physics. 1990 23(16). p.2879
Accurate solution of the Boltzmann transport equation
Biagi S.F.
Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment. 1988 273(2-3). p.533
Numerical simulation of RF discharges for plasma processing
Goedheer W.J., Meijer P.M.
Journal of Nuclear Materials. 1993 200(3). p.282
Calculation of the ionization rate and electron transport coefficients in an argon rf discharge
Meijer P. M.,
Goedheer W. J., Passchier J. D. P.
Physical Review A. 1992 45(2). p.1098
The coupling of electron thermalization and electron attachment in CCl4/Ar and CCl4/Ne mixtures
Kowari Ken-ichi,
Leung Ki, Shizgal Bernie D.
The Journal of Chemical Physics. 1998 108(4). p.1587
Momentum transfer cross section of argon deduced from electron drift velocity data
Suzuki M,
Taniguchi T, Tagashira H
Journal of Physics D: Applied Physics. 1990 23(7). p.842
Electron–Molecule Interactions and their Applications (1984)
Einstein Relation for Electrons in an Electric Field
Uribe F. J., Velasco R. M.
Journal of Statistical Physics. 2016 162(1). p.242
Transport coefficients of helium and argon-helium plasmas
Murphy A.B.
IEEE Transactions on Plasma Science. 1997 25(5). p.809
Modeling of non-equilibrium argon–hydrogen induction plasmas under atmospheric pressure
Watanabe Takayuki,
Atsuchi Nobuhiko, Shigeta Masaya
Thin Solid Films. 2007 515(9). p.4209
Electron transport parameters in argon and its momentum transfer cross section
Nakamura Y, Kurachi M
Journal of Physics D: Applied Physics. 1988 21(5). p.718
The influence of de-Maxwellization on a fluorescent lamp simulation
Hartgers A,
Dijk J van,
Heijden H W P van der, Mullen J A M van der
Journal of Physics D: Applied Physics. 2003 36(18). p.2269
A kinetic description of ion-acoustic waves in collisional dusty plasma: Effects of grain charge fluctuations
Momot A. I.,
Zagorodny A. G., Momot O. V.
Physics of Plasmas. 2018 25(7).
Monte Carlo simulation of electron thermalization in gases. VII. Imaginary component of microwave conductivity of Ar
Koura Katsuhisa
The Journal of Chemical Physics. 1987 87(2). p.1248
Kinetic phenomena in electron transport in radio-frequency fields
Petrović Z.Lj.,
Raspopović Z.M.,
Dujko S., Makabe T.
Applied Surface Science. 2002 192(1-4). p.1
Electrical conductivity of noble gases at high pressures
Adams J. R.,
Reinholz H.,
Redmer R.,
Mintsev V. B.,
Shilkin N. S., Gryaznov V. K.
Physical Review E. 2007 76(3).
Fundamental Electron Interactions with Plasma Processing Gases (2004)
Rayleigh scattering on a microwave surfatron plasma to obtain axial profiles of the atom density and temperature
Hübner S.,
Iordanova E.,
Palomares J.M.,
Carbone E.A.D., van der Mullen J.J.A.M.
The European Physical Journal Applied Physics. 2012 58(2). p.20802
Transport Characteristics of Electron Swarm in Model Ramsauer Gases under Electric Field
Ikuta Nobuaki,
Takeda Akihide, Yamamoto Kohji
Journal of the Physical Society of Japan. 1988 57(7). p.2401
Electron transport studies of gas mixtures for use in e-beam controlled diffuse discharge switches
Hunter S. R.,
Carter J. G., Christophorou L. G.
Journal of Applied Physics. 1985 58(8). p.3001
A study of dust grain screening in a weakly ionized plasma based on the numerical solution of the Vlasov-Bhatnagar-Gross-Krook kinetic equations
Semenov I. L.,
Zagorodny A. G., Krivtsun I. V.
Physics of Plasmas. 2011 18(10).
Variations in electron transport in argon with temperature near the Ramsauer-Townsend minimum
Makabe T, Mori T
Journal of Physics D: Applied Physics. 1982 15(8). p.1395
Electric-field-dependent bimodal distribution functions for electrons in argon, xenon, and krypton owing to the Ramsauer-Townsend minima in the electron-atom momentum-transfer cross sections
Shizgal Bernard
Physical Review A. 2022 106(2).
Calculation of electron transport coefficients in counting gas mixtures
Mathieson E., El Hakeem N.
Nuclear Instruments and Methods. 1979 159(2-3). p.489
(2001)
A microwave plasma model for a PCVD setup
Donker Michiel van den,
Dijk Jan van,
Stralen Mathé van,
Broks Bart,
Vries Nienke de,
Janssen Ger, Mullen Joost van der
Journal of Physics D: Applied Physics. 2006 39(12). p.2553
Monte Carlo simulation of electron thermalization in gases. VIII. Thermalization distance and microwave conductivity in rare gases
Koura Katsuhisa
The Journal of Chemical Physics. 1987 87(11). p.6481
Electrostatic plugging of leaks in a multidipole device
Hershkowitz Noah,
Hendricks Kyle, Carpenter R. T.
Journal of Applied Physics. 1982 53(6). p.4105
Grain in weakly ionized plasma in the presence of an external magnetic field: Charging by plasma currents and effective potential
Momot A. I.
Physics of Plasmas. 2013 20(7). p.073703
Particle-in-cell modeling of laser Thomson scattering in low-density plasmas at elevated laser intensities
Powis Andrew T., Shneider Mikhail N.
Physics of Plasmas. 2018 25(5).
The total cross section for low-energy electron scattering from krypton
Buckman S J, Lohmann B
Journal of Physics B: Atomic and Molecular Physics. 1987 20(21). p.5807
Collision cross sections and electron swarm parameters in argon
Puech V, Torchin L
Journal of Physics D: Applied Physics. 1986 19(12). p.2309
Nonequilibrium Thermodynamics and Fluctuation Kinetics (2022)
Electron attachment to SF6 in gaseous Ar and Xe; comparison to results in liquid Ar and Xe and energy of excess electrons
Christophorou L.G.,
Hunter S.R., Carter J.G.
International Journal of Radiation Applications and Instrumentation. Part C. Radiation Physics and Chemistry. 1989 34(5). p.819
A new approach to the problem of electron-atom collision cross section measurements in the low-energy range
Golovanisky K.S., Kabilan A.P.
Physics Letters A. 1980 80(4). p.249
Electron-potassium-atom momentum transfer cross section: fit to the experimental data
Stefanov B, Zarkova L
Journal of Physics B: Atomic and Molecular Physics. 1987 20(10). p.2281
The scattering of low-energy electrons by argon atoms
Bell K L,
Scott N S, Lennon M A
Journal of Physics B: Atomic and Molecular Physics. 1984 17(23). p.4757
Electron thermalization in gases. III. Epithermal electron scavenging in rare gases
Mozumder A.
The Journal of Chemical Physics. 1981 74(12). p.6911
Einstein relation for electrons in high-density argon
O’Malley T. F.
Physical Review A. 1987 36(6). p.2838
e--Ar scattering length from drift velocities measured in argon-hydrogen mixtures
Petrovic Z L,
O'Malley T F, Crompton R W
Journal of Physics B: Atomic, Molecular and Optical Physics. 1995 28(15). p.3309
Comments on electron transport in gases with particular reference to argon
Brennan M. J., Ness K. F.
Il Nuovo Cimento D. 1992 14(9). p.933
Feasibility of using a high-Rydberg atom in a collision experiment as a probe to scattering of an extremely slow electron by a rare-gas atom
Sasano K, Matsuzawa M
Journal of Physics B: Atomic and Molecular Physics. 1981 14(3). p.L91
Attachment of low-energy electrons to HCl
Petrović Z. Lj.,
Wang W. C., Lee L. C.
Journal of Applied Physics. 1988 64(4). p.1625
The possibility for a voltage measurement technique using paraelectric behavior of capacitively coupled plasmas
BURM K. T. A. L.
Journal of Plasma Physics. 2013 79(5). p.467
Diffusion tensor of electron swarm in electric field in gases. II. The influence of the conservative inelastic collisions
Makabe T, Shimoyama M
Journal of Physics D: Applied Physics. 1986 19(12). p.2301
Electron interactions with plasma processing gases: present status and future needs
Christophorou Loucas G, Olthoff James K
Applied Surface Science. 2002 192(1-4). p.309
Training an artificial neural network for recognizing electron collision patterns
Nam Jaehyun,
Yong Hwanmoo,
Hwang Jungho, Choi Jongeun
Physics Letters A. 2021 387 p.127005
Gaseous Electronics (2005)
Application of linear response theory to magnetotransport properties of dense plasmas
Adams J. R.,
Reinholz H., Redmer R.
Physical Review E. 2010 81(3).
Ion drag force on a dust grain in a weakly ionized collisional plasma
Semenov I. L.,
Zagorodny A. G., Krivtsun I. V.
Physics of Plasmas. 2013 20(1).
Assessment of the self-consistency of electron-THF cross sections using electron swarm techniques: Mixtures of THF–Ar and THF–N2
de Urquijo J.,
Casey M. J. E.,
Serkovic-Loli L. N.,
Cocks D. G.,
Boyle G. J.,
Jones D. B.,
Brunger M. J., White R. D.
The Journal of Chemical Physics. 2019 151(5).
Gaseous ion mobility and diffusion in electric fields of arbitrary strength
Viehland Larry A, Mason E.A
Annals of Physics. 1978 110(2). p.287
Gas kinetic approach for electron mobility in dense media
Kaneko Kazuyo,
Usami Yoshiyuki, Kitahara Kazuo
The Journal of Chemical Physics. 1988 89(10). p.6420
On the effect of ion-neutral collisions on dust grain screening in a low-pressure gas discharge plasma
Semenov I. L.,
Zagorodny A. G., Krivtsun I. V.
Physics of Plasmas. 2012 19(4).
Monte Carlo simulation of electron thermalization in gases. VI. Microwave conductivities of He and Ar
Koura Katsuhisa
The Journal of Chemical Physics. 1986 84(11). p.6227
Momentum-transfer cross sections for electron collisions with atoms and molecules
Itikawa Yukikazu
Atomic Data and Nuclear Data Tables. 1978 21(1). p.69
Comparison of atmospheric-pressure helium and argon plasmas generated by capacitively coupled radio-frequency discharge
Li Shou-Zhe,
Lim Jin-Pyo,
Kang Jung G., Uhm Han S.
Physics of Plasmas. 2006 13(9).
Numerical Investigation of a Local Oxygen Injection Effect on Argon Induction Plasmas Using a Chemically Non-Equilibrium Model
Shigeta Masaya,
Atsuchi Nobuhiko, Watanabe Takayuki
JOURNAL OF CHEMICAL ENGINEERING OF JAPAN. 2006 39(12). p.1255
Elastic electron scattering from the noble gases including dynamic distortion
Mimnagh D J R,
McEachran R P, Stauffer A D
Journal of Physics B: Atomic, Molecular and Optical Physics. 1993 26(11). p.1727
Time evolution of electron distributions to bimodal steady states for electrons dilutely dispersed in theinert gases Ar, Kr, and Xe with deep Ramsauer Townsend minima in themomentum transfer cross section
Huang Yin, Shizgal Bernard
Physica Scripta. 2023 98(5). p.055403
Influence of relaxation processes on the structure of a thermal boundary layer in partially ionized argon
Dongen M. E. H. Van,
Van R. B.,
Van Eck P.,
Hagebeuk H. J. L.,
Hirschberg A.,
Hutten-Mansfeld A. C. B.,
Jager H. J., Willems J. F. H.
Journal of Plasma Physics. 1981 26(1). p.147
Kinetic theory of the high-frequency part of the slow electromagnetic mode in weakly ionized gas-discharge argon plasma with inelastic collisions
Žigman V. J., Milić B. S.
Journal of Plasma Physics. 1987 38(2). p.223
Argon 4sand 4pExcited States Atomic Data Applied in ARC-JET Modeling
Katsonis K.,
Berenguer Ch.,
Kaminska A., Dudeck M.
International Journal of Aerospace Engineering. 2011 2011 p.1
Low energy electron attachment to SF6 in N2, Ar, and Xe buffer gases
Hunter S. R.,
Carter J. G., Christophorou L. G.
The Journal of Chemical Physics. 1989 90(9). p.4879
Simple but accurate calculations on the elastic scattering of electrons and positrons from neon and argon
Nakanishi Hiroshi, Schrader D. M.
Physical Review A. 1986 34(3). p.1823
Axial mercury segregation in direct current operated low-pressure argon–mercury gas discharge: Part II. Model
Gielen John W A M,
Groot Simon de,
Dijk Jan van, Mullen Joost J A M van der
Journal of Physics D: Applied Physics. 2004 37(14). p.1925
The Hall Effect in Dense Noble Gas Plasmas
Adams J. R.,
Reinholz H.,
Redmer R.,
Shilkin N. S.,
Mintsev V. B., Gryaznov V. K.
Contributions to Plasma Physics. 2007 47(4-5). p.331
The influence of nitrogen entrainment on argon plasmas created by the `Torche à Injection Axiale' (TIA)
Jonkers J,
Hartgers A,
Selen L J M,
Mullen J A M van der, Schram D C
Plasma Sources Science and Technology. 1999 8(1). p.49
Recommended Collision Integrals for Transport Property Computations Part 1: Air Species
Wright Michael J.,
Bose Deepak,
Palmer Grant E., Levin Eugene
AIAA Journal. 2005 43(12). p.2558
Relativistic coupled-cluster-theory study for low-energy electron scattering with argon
Cheng Yongjun,
Liu Shi,
Zhang Song Bin, Tang Yong-Bo
Physical Review A. 2020 102(1).
Use of numerical optimization algorithms to obtain cross sections from electron swarm data
Morgan W. Lowell
Physical Review A. 1991 44(3). p.1677
Theory of excess-electron mobility in compressed argon
Gryko J., Popielawski J.
Physical Review A. 1980 21(5). p.1717
Equation of state of dense, partially degenerate, reacting plasmas
Rogers F. J.
Physical Review A. 1981 24(3). p.1531
Electron attachment to the perfluoroalkanes n-CNF2N+2 (N=1–6) using high pressure swarm techniques
Hunter S. R., Christophorou L. G.
The Journal of Chemical Physics. 1984 80(12). p.6150
The diffusion and drift of electrons in gases
Braglia G.L., Baiocchi A.
Physica B+C. 1978 95(2). p.227
Advances in Atomic and Molecular Physics Volume 20 (1985)
Thermodynamic properties and transport coefficients of arc lamp plasmas: argon, krypton and xenon
Murphy Anthony B, Tam Eugene
Journal of Physics D: Applied Physics. 2014 47(29). p.295202
Free burning stationary arc in a cesium seeded argon plasma
Wetzer J.M.
Physica B+C. 1985 128(1). p.101
Elastic and inelastice-CF3OCF3 cross sections from swarm data
Pirgov P., Stefanov B.
Plasma Chemistry and Plasma Processing. 1991 11(2). p.287
Transport coefficients of argon, nitrogen, oxygen, argon-nitrogen, and argon-oxygen plasmas
Murphy A. B., Arundell C. J.
Plasma Chemistry and Plasma Processing. 1994 14(4). p.451
Comparisons of sets of electron–neutral scattering cross sections and swarm parameters in noble gases: I. Argon
Pitchford L C,
Alves L L,
Bartschat K,
Biagi S F,
Bordage M C,
Phelps A V,
Ferreira C M,
Hagelaar G J M,
Morgan W L,
Pancheshnyi S,
Puech V,
Stauffer A, Zatsarinny O
Journal of Physics D: Applied Physics. 2013 46(33). p.334001