Register      Login
Australian Journal of Physics Australian Journal of Physics Society
A journal for the publication of original research in all branches of physics

Articles citing this paper

The Chapman?Enskog Solution of the Boltzmann Equation: A Reformulation in Terms of Irreducible Tensors and Matrices

Kallash Kumar
20(3) pp.205 - 252


44 articles found in Crossref database.

The significance of high momentum-transfer collisions in ionized gases
Robson R E
Journal of Physics B: Atomic and Molecular Physics. 1972 5(4). p.839
Transport coefficients of ternary gas mixtures
Singh K, Dham A K, Gupta S C
Journal of Physics B: Atomic and Molecular Physics. 1983 16(2). p.245
Spatially periodic structures in electron swarms: ionization, NDC effects and multi-term analysis
Li B, White R D, Robson R E
Journal of Physics D: Applied Physics. 2002 35(22). p.2914
Anisotropic solutions of the Einstein-Boltzmann equations: I. General formalism
Ellis G.F.R, Matravers D.R, Treciokas R
Annals of Physics. 1983 150(2). p.455
A spectral solution of the Boltzmann equation for the infinitely strong shock
Philosophical Transactions of the Royal Society of London. Series A, Mathematical and Physical Sciences. 1990 330(1611). p.217
Kinetic theoretical and fluid modelling of plasmas and swarms: the big picture
Robson R E, Nicoletopoulos P, Li B, White R D
Plasma Sources Science and Technology. 2008 17(2). p.024020
A study of the mass ratio dependence of the mixed species collision integral for isotropic velocity distribution functions
Garrett A. J. M.
Journal of Plasma Physics. 1982 27(1). p.135
Mass effects of light ion swarms in ac electric fields
White R. D.
Physical Review E. 2001 64(5).
Shear-stress function approach of hydration layer based on the Green-Kubo formula
Kim Bongsu, Kwon Soyoung, Moon Geol, Jhe Wonho
Physical Review E. 2015 91(3).
Development of swarm transport theory in radio-frequency electric and crossed electric and magnetic fields
White R.D., Ness K.F., Robson R.E.
Applied Surface Science. 2002 192(1-4). p.26
Multiterm spherical tensor representation of Boltzmann’s equation for a nonhydrodynamic weakly ionized plasma
Robson R. E., Winkler R., Sigeneger F.
Physical Review E. 2002 65(5).
Higher order contributions to the transport coefficients of binary gas mixtures
Dham A K, Gupta S C
Journal of Physics B: Atomic and Molecular Physics. 1975 8(17). p.2898
Macroscopic model and truncation error of discrete Boltzmann method
Hwang Yao-Hsin
Journal of Computational Physics. 2016 322 p.52
Coefficients of Talmi and of Moshinsky and Smirnov for the harmonic oscillator basis
Hassan M H
Journal of Physics A: Mathematical and General. 1980 13(6). p.1903
Matrix representation of the kinetic theory differential operator
Weinert Ulrich
Journal of Mathematical Physics. 1979 20(11). p.2339
Gaseous Ion Mobility, Diffusion, and Reaction (2018)
Viehland Larry A.
On the Evaluation of Kinetic Theory Collision Integrals: Diamagnetic Diatomic Molecules
Chen F. M., Moraal H., Snider R. F.
The Journal of Chemical Physics. 1972 57(1). p.542
Multiterm solution of a generalized Boltzmann kinetic equation for electron and positron transport in structured and soft condensed matter
White R. D., Robson R. E.
Physical Review E. 2011 84(3).
Computation of electron transport and relaxation properties in gases based on improved multi-term approximation of Boltzmann equation
Cai X. J., Wang X. X., Zou X. B., Lu Z. W.
Physics of Plasmas. 2018 25(1).
The mobility of potassium ions in gas mixtures
Milloy H B, Robson R E
Journal of Physics B: Atomic and Molecular Physics. 1973 6(6). p.1139
Stress tensor for a fully ionised collisionless plasma in time dependent electric field
Midha J M, Gupta S C
Plasma Physics. 1971 13(10). p.933
Boltzmann’s equation at 150: Traditional and modern solution techniques for charged particles in neutral gases
Boyle G. J., Stokes P. W., Robson R. E., White R. D.
The Journal of Chemical Physics. 2023 159(2).
Kinetic theory of a nonequilibrium plasma: Evaluation of the vectorized collisional Boltzmann equation
Morgenthaler Ann W., Hagelstein Peter L.
Physics of Fluids B: Plasma Physics. 1993 5(5). p.1453
Is the classical two-term approximation of electron kinetic theory satisfactory for swarms and plasmas?
White R D, Robson R E, Schmidt B, Morrison Michael A
Journal of Physics D: Applied Physics. 2003 36(24). p.3125
Velocity distribution function and transport coefficients of electron swarms in gases: Spherical-harmonics decomposition of Boltzmann’s equation
Robson R. E., Ness K. F.
Physical Review A. 1986 33(3). p.2068
Transport coefficients of multicomponent gas mixtures
Singh Kuldip, Dham A.K., Gupta S.C.
Physica A: Statistical Mechanics and its Applications. 1989 159(3). p.369
Gaussian basis functions in kinetic theory
Weinert Ulrich
Physica A: Statistical Mechanics and its Applications. 1983 121(1-2). p.150
Interaction integrals in the kinetic theory of gases
Ness K. F., Robson R. E.
Transport Theory and Statistical Physics. 1985 14(3). p.257
Unified solution of the Boltzmann equation for electron and ion velocity distribution functions and transport coefficients in weakly ionized plasmas
Konovalov Dmitry A., Cocks Daniel G., White Ronald D.
The European Physical Journal D. 2017 71(10).
Monte Carlo analysis of field-dependent electron avalanche coefficients in nitrogen at atmospheric pressure
Nguyen H. K., Mankowski J., Dickens J. C., Neuber A. A., Joshi R. P.
Physics of Plasmas. 2017 24(12).
Symmetry and invariance properties of the Boltzmann equation on different groups
Massot J. N., Bacis R.
Journal of Mathematical Physics. 1976 17(8). p.1392
Matrix elements of the Boltzmann collision operator for gas mixtures
Lindenfield Michael J., Shizgal Bernard
Chemical Physics. 1979 41(1-2). p.81
Velocity distribution function and transport coefficients of electron swarms in gases. II. Moment equations and applications
Ness K. F., Robson R. E.
Physical Review A. 1986 34(3). p.2185
The Grad’s solution of the boltzmann equation in terms of irreducible spherical tensors and talmi coefficients
Midha J. M., Gupta S. C.
Il Nuovo Cimento B Series 11. 1972 7(2). p.185
A Timoshenko-like model for the study of three-dimensional vibrations of an elastic ring of general cross-section
Forgit Cédric, Lemoine Benoit, Le Marrec Loïc, Rakotomanana Lalaonirina
Acta Mechanica. 2016 227(9). p.2543
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
Electron relaxation properties of Ar magnetron plasmas
CAI Xinjing, WANG Xinxin, ZOU Xiaobing
Plasma Science and Technology. 2018 20(3). p.035405
Computation of electron and ion transport properties in gases
White R.D., Robson R.E., Ness K.F.
Computer Physics Communications. 2001 142(1-3). p.349
Recent advances in the application of Boltzmann equation and fluid equation methods to charged particle transport in non-equilibrium plasmas
White R D, Robson R E, Dujko S, Nicoletopoulos P, Li B
Journal of Physics D: Applied Physics. 2009 42(19). p.194001
Multi-term solution of the Boltzmann equation for electron swarms in crossed electric and magnetic fields
Ness K F
Journal of Physics D: Applied Physics. 1994 27(9). p.1848
Generalized Wronskian theorem and integral representations for phase shift differences
Moraal H.
Physics Letters A. 1973 46(1). p.71
Multi-temperature generalized moment method in Boltzmann transport theory
Weinert Ulrich
Physics Reports. 1982 91(6). p.297
Spherical tensor representation
Weinert Ulrich
Archive for Rational Mechanics and Analysis. 1980 74(2). p.165
Spherical-harmonics decomposition of the Boltzmann equation for charged-particle swarms in the presence of both electric and magnetic fields
Ness K. F.
Physical Review E. 1993 47(1). p.327
Abstract PDF (13.1 MB) Export Citation

Share

Share on Facebook Share on Twitter Share on LinkedIn Share via Email