Name  Title  Abstract  Paper (psformat)
 

Kazuo Aoki
aoki@kur3.kuaero.kyotou.ac.jp  Fluiddynamic limit for a gaseous mixture and the ghost effect: Asymptotic analysis of the Boltzmann equation  .ps 
 
Alexai Arsenev
 Particle method for the timedependent HartreeFock equation  * 
 
Jack Banasiak
banasiak@scifs1.und.ac.za  Hydrodynamic limits in extended kinetic theory  *  .ps
 
Alexander Bobylev
alexander.bobylev@kau.se  A kinetic model for agglutination 
 
Luis Bonilla
 A modified ChapmanEnskog procedure for FokkerPlanck type equations  * 
 
Karl Borg
kborg@mech.kth.se  Thermophoresis of Axially Symmetric Bodies  .ps 
 
Emanuele Caglioti
caglioti@axcasp.caspur.it  One dimensional granular media: particle model and kinetic description  * 
 
Carlo Cercignani
 Mathematical models and problems in kinetic theory  * 
 
Stéphane Cordier
cordier@cmapx.polytechnique.fr  Numerical simulations of the quantum Boltzmann equation 
 
Laurent Desvillettes
Laurent.Desvillettes@cmla.enscachan.fr  An example of "kineticlike" equation in population dynamics. 
 
Bob Eisenberg
beisenbe@rush.edu  Ionic channels as natural nanotubes  * 
 
Regis Ferriere
rferrier@mars.snv.jussieu.fr  Lattice models and pair approximation in ecology  *
 
Isaac Goldhirsch
 Granular materials  * 
 
Simon Hern
hern@giove.dipmat.unict.it  Numerical Solutions for Hydrodynamical Semiconductor Models  * 
 
Mohammed Lemou
lemou@mip.upstlse.fr  Viscoselastic fluid models derived from kinetic equations of polymers.  * 
 
Brigitte Lucquin
lucquin@ann.jussieu.fr  The grazing collision limit for the Boltzmann Lorenz model  .ps 
 
Armando Majorana
majorana@dipmat.unict.it  A new finite differences scheme for Boltzmann equation on semiconductor devices  .ps 
 
Giovanni Mascali
mascali@dmi.unict.it  An extended fluiddynamical model describing electron transport in semiconductors.  .ps
 
Nader Masmoudi
Nader.Masmoudi@ens.fr  Existence results for some polymeric fluids  * 
 
Antoine Mellet
mellet@mip.upstlse.fr  A nonlinear diffusion regime without the detailed balance  * 
 
Cristina Milazzo
cmilazzo@dipmat.unict.it  Space Homogeneous solutions of the Boltzmann equation for an electron gas in a semiconductor  .ps 
 
Vladislav Panferov
vkat@math.chalmers.se  On diffuse reflection boundary conditions for nonlinear stationary kinetic equations.  * 
 
Frédéric Poupaud
poupaud@math.unice.fr  Brillouin oscillations : a mathematical proof  * 
 
Valeria Ricci
Valeria.Ricci@cmla.enscachan.fr  Derivation of a linear Boltzmann equation for a lattice gas  * 
 
Janis Rimshans
rimshans@com.latnet.lv  Numerical Method for Solution Fokker  Planck Kinetic Equations in Semiconductors  * 
 
Sergej Rjasanow
rjasanow@num.unisb.de  Fast deterministic method for the smoothed Boltzmann equation  * 
 
Vittorio Romano
romano@dipmat.unict.it  Non parabolic band hydrodynamical model of semiconductors and simulation of electron devices.  * 
 
Francesco Salvarani
Francesco.Salvarani@cmla.enscachan.fr  Characterization of collision kernel  * 
 
Karl Sigmund
karl.sigmund@univie.ac.at  Effects of space and frequency in models of natural selection  * 
 
Lars Söderholm
lhs@mech.kth.se  Equilibrium Temperature of Small Body in Shearing Gas Flow  .ps 
 
Giuseppe Toscani
toscani@unipv.it  Onedimensional kinetic models with dissipative collisions  * 
 
Wolfgang Wagner
wagner@wiasberlin.de  Deterministic and stochastic models for coagulation fragmentation processes  * 
 
Cedric Villani
Cedric.Villani@ens.fr  Entropy/entropy dissipation inequalities for dissipative systems with granulartype friction  * 
 
Philippe Villedieu
villedie@onecert.fr  Applications of a droplet collision model in the context of solid propulsion  *  .ps
 
Raimund Wegener
wegener@itwm.unikl.de  An explicitly solvable kinetic model for vehicular traffic and associated macroscopic equations  * 
