Authors	Title of Paper
Session 1 Title (Chairs): Classical Transport Theory (Ed Larsen & Giovanni Frosali)
P Zweifel, US	1.1 Recent Developments in Classical Transport Theory
B Ganapol, US	1.2 From Fourier Transforms to Singular Eigenfunctions: Multigroup Neutron Transport Revisited
D Song & W Greenberg, US	1.3 Spectral Properties of Transport Equations In Spherical Geometry with Reentry Boundary Conditions
G Busoni, Italy	1.4 Charge Exchange: Asymptotic Behaviour and Wave Operators
R Pettersson, Sweden	1.5 On Solution for the Linear Boltzmann Equation
V Protopopescu, US	1.6 On the Singular Limit of a Model Transport Equation
Session 2 Title (Chair): Computational Transport Theory (Yousry Azmy)
R Lillie, US	2.1 Discrete Ordinates: The Workhorse of Deterministic Transport Methods
J Morel & J McGhee, US	2.2 A Self-Adjoint Angular Flux Equation
T Booth, US	2.3 Some Outstanding Problems in Monte Carlo Transport Theory
R Sanchez, France	2.4 Numerical Methods for the Solution of the One Group Linear Transport Equation in Unstructured Meshes
C de Oliveira, C Pain, R Ackroyd, A Umpleby & A Goddard, UK	2.5 Finite Element PN Methods: Theory and Trends
T Takeda, Japan	2.6 Topics of Nodal Methods and Future Problems
A Morante, R Monaco & F Salvarani, Italy	2.7 Numerical Simulations of Photon Transport in a Time Dependent Region
A Klar, Germany	2.8 A Numerical Method For Radiative Heat Transfer Equations In Glass Manufacturing Processes
M Asadzadeh, Sweden	2.9 On Regularity of the Discrete Transport Operators
A Haghighat & G Sjoden, US	2.10 Significance of Adaptive Differencing Formulations for Sn Methods in Void and Pure Absorber
W Koller, & F Schurrer, Austria	2.11 PN Approximation of the Nonlinear Semidiscrete Boltzmann-Equation
Z Zhigao, L Decong, China	2.12 Computation and Analysis of Scattered Radiation Background on Flash Radiography
Session 3a (Chair): Kinetic Theory (Reinhard Illner)
L Desvillettes, France	3a.1 Entropic Methods for the Study of the Long Time Behavior of Kinetic Equations
S Jin, US	3a.2 High-Frequency Behavior of the Nonlinear Schroedinger Equation with Random Inhomogeneities: Results Based on Wigner Kinetic Formulation
Y Guo, US	3a.3 Stable Equilibria in Stellar Dynamics
A Arnold, J Carrillo & I Gamba, Germany/US	3a.4 Chapman-Enskog Expansion for the High-Field Scaling to the Vlasov-Poisson-Fokker-Planck Type Systems In Semiconductors
P Nelson & A Sopasakis, US	3a.5 Recent Results on the Kinetic Theory of Vehicular Traffic
Y Wang & W Greenberg, US	3a.6 Discrete Models of the Nonlinear Enskog Equation
J Dolbeault, R Illner & H Lange, France/Canada/Germany	3a.7 On Asymmetric Quasiperiodic Solutions of Hartree-Fock Systems
M Groppi & G Spiga, Italy	3a.8 Kinetic Theory of a Chemically Reacting Gas with Inelastic Transitions
F Hanser & F Schurrer, Austria	3a.9 The Influence of Velocity Scaling on the Evolution of Discrete Velocity Gasses
Session 3b Title (Chair): Kinetic Theory (Reinhard Illner)
C Bose, Canada	3b.1 Shock Waves for Discrete Velocity Models of the Boltzmann Equation via Centre Manifolds
X Lu, China	3b.2 Global Isotropic Solutions of A Modified Boltzmann Equation for Bose-Einstein Particles
J Polewczak , US	3b.3 On Some Mathematical Problems in the Kinetic Theories with Chemical Reactions
E Carlen, US	3b.4 Central Limit Theorem for Maxwellian Molecules, Truncation of the Wild Expansion, and Computational Applications
V Panferov, Sweden	3b.5 On The Stationary Povzner Equation in a Bounded Domain
G Frosali, Italy	3b.6 Hydrodynamics Limits in Extended Kinetic Theory
S Takata & K Aoki, Japan	3b.7 Asymptotic Theory of a Vapor-Gas Mixture Around Condensed Phases for Small Knudsen Numbers: Ghost Effect In a General Geometry
L Soderholm, Sweden	3b.8 Equilibrium Temperature of A Small Body in Shearing Gas Flow
T Chen, China	3b.9 A Nonequilibrium Statistical Mechanics Without the Assumption o f Molecular Chaos (II)
A Sopasakis & P Nelson, US	3b.10 Further Results on the Theory of the Prigogine-Herman Kinetic Equation
Session 4 Title (Chair): Parallelization (Jim Rathkopf)
Y Azmy, US	4.1 Shared vs Distributed Memory Programming Models for Angular Domain Decomposition of Sn Methods
R Baker, US	4.2 Parallel SN Methods for Orthogonal Grids
C Clouse, US	4.3 3D Parallel Deterministic Neutron Transport with Adaptive Mesh Refinement
P Brown, B Chang, U Hanebutte & C Woodward, US	4.4 Solving the Linear Boltzmann Transport Equation on Tera Scale Computers
Session 5 Title (Chairs): Plasma Physics (Jack Dorning & Bill Stacey)
W Stacey, J Mandrekas & R Rubilar, US	5.1 Neutral Atom Integral Transport in the Plasma Edge of Fusion Experiments
R Hazeltine, US	5.2 Parallel Plasma Transport at Long Mean-Free Path
C Lancellotti & J Dorning, US	5.3 Long-Time Wave Propagation in Collisionless Plasmas
L Demeio, Italy	5.4 Numerical Experiments of BGK Modes
V Molinari, M Sumini & F Rocchi, Italy	5.5 Current and Heat Flux in a Degenerate Plasma
J Dorning, US	5.6 Periodic Solutions that Bifurcate from Vlasov-Maxwell Equilibria
Session 6 Title (Chair):Quantum Transport (Paul Zweifel)
H Lange, Germany	6.1 On Nonlinear Schrodinger Equations of Quantum Chaos
A Arnold, Germany	6.2 Mathematical Concepts of Open Quantum Boundary Conditions
P Markowich, Germany	6.3 Wigner Transforms and Homogenization
L Erdos & H Yau, US	6.4 Linear Boltzman Equation on the Weak Coupling Limit of a Random Schrodivgen Equation
L Barletti, Italy	6.5 Electron Transport in Self-Organized Quantum Dots
Session 7 Title (Chair): Radiation Transport (Barry Ganapol for Jerry Pomraning)
E Larsen, US	7.1 Asymptotic Corrections to Fokker-Planck Theory for Particle Transport Processes with Highly Forward-Peaked Scattering
A Prinja, US	7.2 Effective Transport Equations for Fast Heavy Ions With Energy Straggling
N McCormick, US	7.3 Classical Transport Analyses For Optical Oceanography
L Barichello & C Siewert, Brasil/US	7.4 Concise and Accurate Discrete-Ordinates Solutions for Classical Models in Transport Theory
B Su, M Fried, E Larsen, US	7.5 Stability Analysis of Variable Eddington Factor Methods
G Bal, US	7.6 Diffusion Approximation of Radiative Transfer in a Channel
I Carron, US	7.7 Dealing with Haze in Texas: Solving the Transport Equation Using Spline-Wavelets
D Seth, US	7.8 A Sylvester Equation in Particle Transport Theory
Session 8 Title (Chairs): Reactor Physics (Piero Ravetto & Richard Sanchez)
J Devooght, Belgium	8.1 Dynamic Reliability as a Transport Process
I Abu-Shumays, US	8.2 Angular Quadratures for Improved Transport Computations
I Pazsit & Z Kuang, Sweden	8.3 Symbolic Computations in Stochastic Reactor Physics
A Caldeira & R Garcia, Brasil	8.4 The PN Method for Cell Calculations of Plate-Type Fuel Assemblies
N Laletin & A Kovalishin, Russia	8.5 Even Approximations of Surface Pseudosources Method for Reactor Lattice Effective Diffusion Coefficient Computing
P Ravetto, Italy	8.6 Neutron Amplification in Transport Problems for Multiplying Subcritical Systems