Physico-chemical models for high enthalpy and plasma flow - hardcover - VKI LS 2002-07

Physico-chemical models for high enthalpy and plasma flow
June 4-7, 2002; D. Fletcher, T. Magin, J.-M. Charbonnier, G.S.R. Sarma

hardcover

• KOLESNIKOV, A.F. – Institute for Problems in Mechanics RAS, Russia
  General formulation of the multicomponent: plasma transport equations
• NAGNIBEDA, E. A. & KUSTOVA, E. - St-Petersburg University, Russia
  Kinetic theory of transport processes and thermodynamics, transport collision integrals
  Kinetic theory of transport processes and thermodynamics, poly-atomic molecules
• ERN, A.¹ & GIOVANGIGLI, V.² – ¹CERMICS, Ecole Nationale des Ponts et des Chaussées & ²CMAP, Ecole Polytechnique, France
  Multicomponent transport algorithms
• LOSEV, S. - Moscow State University, Russia
  Chemical kinetics: reaction rates, multitemperature models and relaxation processes
• CAPITELLI, M.^1,2; CACCIATORE, M.²; CELIBERTO, R.³; ESPOSITO, F.²; LARICCHIUTA, A.²; RUTIGLIANO, M.² – ¹University of Bari, ²IMIP CNR sezione di Bari, ³Politecnico di Bari, Italy
  Elementary processes in non-equilibrium plasmas
• SURZHIKOV, S. T. - Institute for Problems in Mechanics Russian Academy of Sciences, Russia
  Radiation, modeling, spectral data
• LAUX. C. - Stanford University, USA
  Radiation and nonequilibrium collisional-radiative models
• VAN DER MULLEN, J. & VAN DIJK, J. - Eindhoven University of Technology, The Netherlands
  The tasks of collisional radiation models intermediating fluid, chemistry and radiation
• CAPITELLI, M.; COLONNA, G.; ARMENISE, I. - Universitá di Bari and
  IMIP-CNR sezione di Bari, Italy
  State to state electron and vibrational kinetics in one dimensional nozzle
  and boundary layer flows
• KOLESNIKOV, A.F. – Institute for Problems in Mechanics RAS, Russia
  Ambipolar  approach  for  multicomponent diffusion  with  application  to  inductively  coupled  plasmas
• BALAT-PICHELIN, M. – IMP-CNRS, France
  Applications, experimental investigation of surface reactions
• GROMOV, V. - Moscow State University, Research Institute of Mechanics, Russia
  Applications, Simulation of Planetary Entry
  Numerical modeling of the Martian atmosphere entry