Rarefied Gas Dynamics: 22nd International Symposium, Sydney, Australia, July 9-14, 2000

Format:

Book

Author/Creator:

Bartel, T. J., Author.

Contributor:

Gallis, Michael A., Contributor.

Series:

AIP conference proceedings ; 585.

AIP conference proceedings ; 585

Language:

English

Subjects (All):

Gas dynamics.

Gas flow.

Physical Description:

1 online resource (xviii, 979 pages).

Other Title:

Rarefied Gas Dynamics: 22Nd International Symposium, Volume 585

Place of Publication:

[Place of publication not identified] American Institute of Physics 2001

Language Note:

English

Contents:

Preface

Symposium Organizing Committee, Acknowledgment, and Session Chairmen and Paper Reviewers

International Advisory Committee and Symposia Locations

Grad Lecture: Reflections on the Boltzmann Equation

B. J. Alder

Kinetic Theory and Transport Phenomena

Monte Carlo Direct (Test-Particle) Simulation of Rotational and Vibrational Relaxation and Dissociation of Diatomic Molecules Using Classical Trajectory Calculations

K. Koura

A New Kinetic Equation for Dense Gases

A. L. Garcia

W. W. Wagner

Diffusion Slip for a Binary Mixture of Hard-Sphere Molecular Gases: Numerical Analysis Based on the Linearized Boltzmann Equation

S. Takata

The ES-BGK Model Equation with Correct Prandtl Number

P. Andries

B. Perthame

Extended Boltzmann Equations for Light Particles Reacting with a Medium

M. Groppi

A. Rossani

Nonlinear Effects in Gases due to Strong Gradients

P. Cordero

D. Risso

Polynomial Expansion for the Axially Symmetric Boltzmann Equation and Relation between Matrix Elements of Collision Integral

A. Y. Ender

I. A. Ender

Hole Burning: A Discrete Kinetic Approach

A. Prull

F. Hanser

F. Schurrer

Application of the Moment Equations to the Shock-Tube Problem

T. Soga

T. Gamahara

K. Ooue

N. Hirose

Particle Transport in Inelastically Scattering Media

G. Spiga

Collision Rates for Many Body Encounters

A. A. Agbormbai

H Theorem for Many Body Collisions

Short-Time Expansion for the Analysis of Electron Transport in Molecular Gases

T. Nishigori

A Parameterization of Collisions in the Boltzmann Equation by a Rotation Matrix and Boltzmann Collision Integral in Discrete Models of Gas Mixtures

V. L. Saveliev

Group Classification and Representation of Invariant Solutions of the Full Boltzmann Equation

Y. N. Grigoriev

S. V. Meleshko

Rarefied Flow Studies

Hot Oxygen in the Exosphere of Venus

B. D. Shizgal

Asymptotic Behavior in Rotating Rarefied Gases with Evaporation and Condensation

L. M. G. Cumin

G. M. Kremer

F. Sharipov

A Compressible Turbulent Flow in a Molecular Kinetic Gas Model

A. Sakurai

F. Takayama

Equilibrium Temperature of Small Body in Shearing Gas Flow

L. H. Soderholm

Low Density Heat Transfer to Blunt Cylinders

A. Awasthi

I. H. Thaker

A. E. Beylich

R. I. Sujith

J. Kurian

New Relations between Macroparameters in Shock Wave

A. I. Erofeev

O. G. Friedlander

Outflow of Gas Mixtures into Vacuum through a Short Slot

M. Y. Plotnikov

A. K. Rebrov

Macroscopic Relations in Rarefied Shear Flows

Direct Monte-Carlo Simulations in a Gas Centrifuge

P. Roblin

F. Doneddu

Simulations of Gas Cloud Expansion Using Multi-temperature Gas Dynamics Model

V. K. Dogra

J. C. Taylor

R. E. Erlandson

P. K. Swaminathan

R. P. Nance

Some Features of the Plane Couette Flow

P. A. Skovorodko

Information Preservation Method for the Case of Temperature Variation

C. Shen

J. Z. Jiang

J. Fan

Plasma flows and Processing

Future TCAD System for Nanometer-Scale-Device Manufacturing Using Plasma Etching

T. Makabe

J. Matsui

K. Maeshige

Full Simulation of Silicon Chemical Vapor Deposition Process

Y. Sakiyama

S. Takagi

Y. Matsumoto

Monte Carlo Modeling of YBCO Vapor Deposition

I. D. Boyd

C. Shelton

On the Coupling of Collisional Radiative Models and Boltzmann Equation for Atomic Transient Hydrogen Plasmas

G. Colonna

L. D. Pietanza

M. Capitelli

Particle Simulation of CH4/H2 RF Glow Discharges for DLC Film Deposition

B. Farouk

K. Nagayama

Particle Modeling of Plasma and Flow in an Inductively Coupled Plasma Reactor

M. Shizoawa

K. Nanbu

Modeling of Droplet Evaporation from a Nebulizer in an Inductively Coupled Plasma

B. M. Benson

S. F. Gimelshein

D. A. Levin

A. Montaser

Velocity Distribution of Ions Incident on a Radio-Frequency Biased Wafer

G. Wakayama

Measurement of Plasma Parameters in an Inductively Coupled Plasma Reactor

H. Sasaki

M. Takahashi

Electron and Vibrational Kinetics in Supersonic Nozzle Expansion

D. Giordano

Assessment of CEX Ion Backflow of SPT-100 Thruster

E. A. Bondar

V. A. Schweigert

G. N. Markelov

M. S. Ivanov

Numerical Methods

Heat Transfer in a Gas Mixture between Two Parallel Plates: Finite-Difference Analysis of the Boltzmann Equation

S. Kosuge

K. Aoki

Macroscopic Equations for a Binary Gas Mixture

T. G. Elizarova

I. A. Graur

J.-C. Lengrand

Eu's Generalized Hydrodynamics as the Basis of a New Computational Model for Rarefied and Micro-Scale Gasdynamics

R. S. Myong

The Structure of an Infinitely Strong Shock Wave for Hard Sphere Molecules

C. Cercignani

Boltzmann Schemes for the Compressible Navier-Stokes Equations

T. Ohwada

Gas-Surface Interactions

DSMC Simulation with Gas-Surface Interaction Models in Hypersonic Rarefied Flow

N. Tsuboi

Slightly Rarefied Gas Flow over a Smooth Platinum Surface

K. Yamamoto

Application of the Cercignani-Lampis Scattering Kernel to Channel Gas Flows

Determination of Interaction Potentials in Gas-Ions Systems from Measurements of the Gas Diffusion and Solubility in Ionic Crystals

A. Y. Kupryazhkin

K. A. Nekrassov

Scattering and Trapping of Ar-Pt System (111) Using Phantom Particle Model

T. Ishida

K. Miyagawa

T. Niimi

Particle Models and Procedures

DSMC/Continuum Hybrid Methods

A. Garcia

Forty Years of DSMC, and Now?

G. A. Bird

Timestep Dependence of Transport Coefficients in the Direct Simulation Monte Carlo

N. G. Hadjiconstantinou

A Particle-Only Hybrid Method for Near-Continuum Flows

M. N. Macrossan

Molecular Dynamics Simulation of Unsteady Diffusion

I. Greber

C. Sleeter

I. Kandemir

A Collective Collision Operator for DSMC

M. A. Gallis

J. R. Torczynski

Pressure Boundary Treatment in Internal Gas Flows at Subsonic Speed Using the DSMC Method

J.-S. Wu

W.-S. Lee

F. Lee

S.-C. Wong

Application of Local Mesh Refinement in the DSMC Method

K.-C. Tseng

C.-H. Kuo

A Particle Simulation Method for the BGK Equation

An Interlaced System for Rigid Rotors

Dynamical and Statistical Modelling of Many Body Collisions Part I: Scattering

Dynamical and Statistical Modelling of Many Body Collisions Part II: Energy Exchange

Microscale Flows

Rarefied Gas Flows in Microscales: Applications of RGD in MEMS

A. Beskok

Challenges of Three-Dimensional Modeling of Microscale Propulsion Devices with the DSMC Method

A. A. Alexeenko

R. J. Collins

Nonlinear Filtering for Low-Velocity Gaseous Microflows

B. R. Kaplan

E. S. Oran

Microfilter Simulations and Scaling Laws

C. R. Mott

C. R. Kaplan

Analysis of Internal Micro-Scale Gas Flows with Pressure Boundaries Using the DSMC Method

Rarefied Gas Flow Through a Thin Orifice

Initial Results from the First MEMS Fabricated Thermal Transpiration-Driven Vacuum Pump

S. E. Vargo

E. P. Muntz

Prediction of Mixing of Two Parallel Gas Streams in a Microchannel Using Direct Simulation Monte Carlo Method

F. Yan

Blasius Boundary Layer Solution with Slip Flow Conditions

M. J. Martin

Flow in Membrane Filter Simulated as Microchannel Flow with Diaphragm

H. L. Liu

C. Xie

Molecular Dynamics Simulation of Flow in Pores

J. Blomer

Numerical Study of 2D/3D Micronozzle Flows

Development of an Information Preservation Method for Subsonic, Micro-Scale Gas Flows

Q. Sun

Multiphase Flows

Nonequilibrium Processes at Evaporating and Condensing Surfaces

The Behavior of a Vapor-Gas Mixture in the Continuum Limit: Asymptotic Analysis Based on the Boltzmann Equation

Transient to Steady Evaporation and Condensation of a Vapor between the Cylindrical Phases

Navier-Stokes and Boltzmann Solutions

Y. Onishi

O. Takeshi

T.

Tanaka

Boundary Condition at a Gas-Liquid Interphase

R. Meland

T. Ytrehus

Semi-Empirical Boundary Conditions for Strong Evaporation of a Polyatomic Gas

Formation and Propagation of a Shock Wave due to Evaporation Processes at Imperfect Interfaces

K. Tsubata

Structure of Shock Wave in a High Molecular Vapor

H. Ogawa

Y. Kobayashi

N. Nishikawa

T. Yoshida

Chemical Reactions and Thermal Radiation

Macroscopic Effects of the Perturbation of Particle Velocity Distribution in Chemical Wave Fronts

A. Lemarchand

Strong Non-Equilibrium Quasi-Stationary Model for Dissociation-Recombination in Expanding Flows

A. Chikhaoui

E. A. Nagnibeda

E. V. Kustova

T. Y. Alexandrova

State-to-State Theory of Vibrational Kinetics and Dissociation in Three-Atomic Gases

D. V. Kustova

Study on Gas Kinetic Algorithm for Flows from Rarefied Transition to Continuum

Z. Li

H. Zhang

A New OH Vibrational Distribution Model Developed Using Molecular Dynamics

E. A. Levin

Dynamic Molecular Collision Model for N2-He Mixture

T. Tokumasu

K. Kamijo

M. Oike

The Simulation of Detonations Using a Monte Carlo Method

L. N. Long

J. B. Anderson

Direct Simulation Monte Carlo Modeling of High Energy Chemistry in Molecular Beams: Chemistry Models and Flowfield Effects

M. Braunstein

I. J. Wysong

Some Non-Equilibrium Phenomena in Kinetics of Chemical Reactions of High Energy Molecules

F. J. Dynnikova

N. K. Makashev

Vibration-Dissociation Coupling in Nonequilibrium CO2/N2 Mixtures

A. V. Eremin

V. V. Shumova

State-to-State Kinetic Description of Non-Equilibrium Radiative Gas Flow

Low Density Aerodynamics

DSMC Simulations of Shock Interactions about Sharp Double Cones

J. N. Moss

Measurements in Laminar Regions of Shock/Shock and Shock/Boundary Layer Interaction over Cylindrical Leading Edges, Cone/Cone and Hollow Cylinder Flare Configurations for DSMC/Navier-Stokes Code Validation

M. S. Holden

Rarefaction Effects on Separation of Hypersonic Laminar Flows

A. N. Kudryavtsev

A Thermochemical Nonequlibrium Flow around a Super Orbital Reentry Capsule

R. Doihara

M. Nishida

A 3-D Coupled CFD-DSMC Solution Method with Application to the Mars Sample Return Orbiter

B. E. Glass

P. A. Gnoffo

Spectroscopy Measurements in Rarefied Plumes in the Cryopumped Chamber STG

C. Dankert

B. K. Nazari

DSMC Calculation of Supersonic Expansion at a Very Large Pressure Ratio

K. Teshima

M. Usami

Aerodynamics of Space Station ``MIR'' during Aeroassisted Controlled Descent

H. N. Markekov

A. V. Kashkovsky

Evaluation of Modified Kotov Analysis Method for Rarefied Transitional Flow Aerodynamics

G. T. Chrusciel

D. A. Kudlick

3D DSMC Simulations of Rarefied Hypersonic Flow over a Sharp Flat Plate

H. Yamaguchi

A Test Facility for Hypervelocity Rarefied Flows

H. -H. Chiu

D. J. Mee

Precursor Electron Density Measurement ahead of Strong Shock Waves

K. Fujita

A. Matsuda

S. Sato

T. Abe

Hypersonic Flow around a Sphere with CLL Model of Incomplete Energy Accommodation

Jets, Plumes, and Propulsion

Species Separation in Rocket Exhaust Plumes and Analytic Plume Flow Models

G. Koppenwallner

Development of a Novel Free Molecule Rocket Plume Model

M. Woronowicz

Numerical Simulation of Rarefied Nozzle Plume Impingements

T. Hyakutake

Comparison of Monte-Carlo Modeling and Experimental Results of UV-Emission from Engine Exhaust Plume Interacting with Upper Atmossphere

G. K. Karabadzhak

Y. A. Plastinin

Numerical Investigation of Hydrogen Plumes and Comparison with Experiments in STG

M. Rosenhauer

K. Plahn

K. Hannemann

DSMC Calculation of Supersonic Free Jets from an Orifice with Convex and Concave Corners

Maintaining Continuous Low Orbit Flight by Using In-Situ Atmospheric Gases for Propellant

M. Young

J. Wang

Experimental Study of Structure of Low Density Jet Impinging on the Tilt Plate by LIF and PSP

T. Fujimoto

K. Sato

S. Naniwa

T. Inoue

K. Nakashima

Modelling of N2-Thruster Plumes Based on Experiments in STG

G. Dettleff

Clusters, Aerosols, and Granular Gases

Kinetic Description for a Suspension of Inelastic Spheres

Boltzmann and BGK Equations

B. Croizet

R. Gatignol

Thermophoresis of Axially Symmetric Bodies

K. I. Borg

A 1-D Granular Gas as a Knudsen Gas

J. M. Pasini

R. Ramirez

Stimulated Heterogeneous Nucleation of Supercooled Liquid H2 Droplets

E. L. Knuth

S. Schaper

J. P. Toennies

Internal Flows and Vacuum Systems

Molecular Transition and Slip Flows in Rotating Helical Channels of Drag Pump

Y.-K. Hwang

J.-S. Heo

Free Molecular Flow in the Holweck Pump

Numerical and Experimental Investigations of Channel Flows in a Disk-Type Drag Pump

W.-J. Choi

Surface Composition Influence on Internal Gas Flow at Large Knudsen Numbers

O. V. Sazhin

S. F. Borisov

Investigation of the Unique Cryogenic Pumping System of the CHAFF-IV Spacecraft-Thruster Interaction Facility

A. D. Ketsdever

M. P. Young

A. Jamison

B. Eccles

Direct Simulation Monte Carlo Study of Orifice Flow

G. D. Danilatos

3D Flow Simulation of a Spiral-Grooved Turbo-Molecular Pump

S. Igarashi

One-Way Flow of a Rarefied Gas Induced in a Circular Pipe with a Periodic Temperature Distribution

Y. Sone

K. Takahashi

Experiment on a One-Way Flow of a Rarefied Gas through a Straight Circular Pipe without Average Temperature and Pressure Gradients

T. Fukuda

T. Hokazono

H. Sugimoto

Spectroscopic Study of REMPI for Rotational Temperature Measurement in Highly Rarefied Gas Flows

H. Mori

Y. Aoki

Program

Author Index.

Notes:

Bibliographic Level Mode of Issuance: Monograph

ISBN:

0-7354-0025-3