J. Wang

发表

Simulations of Ion Thruster Plume–Spacecraft Interactions on Parallel Supercomputer

V. Decyk, J. Wang, Yong Cao, 2006, IEEE Transactions on Plasma Science.

Modeling Electrostatic Levitation of Dust Particles on Lunar Surface

Xiaoming He, J. Wang, Yong Cao, 2008, IEEE Transactions on Plasma Science.

A Hybrid Grid Immersed Finite Element Particle-in-Cell Algorithm for Modeling Spacecraft–Plasma Interactions

J. Wang, R. Kafafy, 2006, IEEE Transactions on Plasma Science.

Ion Propulsion Subsystem Environmental Effects on Deep Space 1: Initial Results from the IPS Diagnostics Subsystem

I. Katz, J. Wang, K. Glassmeier, 2000 .

Modeling ion propulsion plasma environment for Deep Space One

J. Wang, D. Brinza, M. Young, 2000 .

A dynamic analysis of the radiation excitation from the activation of a current collecting system in space

J. Wang, D. Hastings, 1991 .

Induced emission of radiation from a large space-station-like structure in the ionosphere

J. Wang, D. Hastings, 1989 .

Ion K+N time-of-flight angular distributions for K beam scattering and cluster formation at graphite surfaces

J. Wang, L. Holmlid, 1999 .

Three-Dimensional Particle Simulations of Ion Propulsion Plasma Environment for Deep Space 1

David E. Brinza, J. Wang, D. Brinza, 2001 .

Deep Space 1 Measurements of Ion Propulsion Contamination

David E. Brinza, J. Polk, J. Polk, 2001 .

Ionospheric plasma flow over large high-voltage space platforms. II: The formation and structure of plasma wake

Daniel E. Hastings, J. Wang, D. Hastings, 1992 .

Ionospheric plasma flow over large high-voltage space platforms. I - Ion-plasma-time scale interactions of a plate at zero angle of attack. II - The formation and structure of plasma wake

J. Wang, D. Hastings, 1992 .

3D electromagnetic plasma particle simulations on a MIMD parallel computer

Viktor K. Decyk, P. C. Liewer, J. Wang, 1995 .

Multibody-Plasma Interactions: Charging in the Wake

Henry B. Garrett, J. Wang, H. Garrett, 1994 .

Transient charging of objects in spacecraft wakes - Numerical simulations

J. Wang, R. Biasca, 1994 .

Electrodynamic Interactions Between a Space Station and the Ionospheric Plasma Environment

J. Wang, D. Hastings, M. Martínez-Sánchez, 1993 .

A global analysis of the electrodynamic interactions between a space station and the ionospheric plasma environment

J. Wang, D. Hastings, 1991 .

Deep Space 1 encounter with Comet 19P/Borrelly: Ion composition measurements by the PEPE mass spectrometer

R. Wiens, J. Wang, J. Nordholt, 2003 .

Ion Engine Generated Charge Exchange Environment: Comparison Between NSTAR Flight Data and Numerical Simulations

David T. Young, David E. Brinza, I. Katz, 2000 .

Three-Dimensional Numerical Simulation of Field-Emission-Electric-Propulsion Neutralization

J. Wang, Martin Tajmar, J. Wang, 2000 .

Deep Space One Investigations of Ion Propulsion Plasma Environment

James E. Polk, David E. Brinza, Jane E. Nordholt, 2000 .

Three-dimensional electromagnetic particle-in-cell with Monte Carlo collision simulations on three MIMD parallel computers

J. Wang, E. Huang, P. Liewer, 1997, The Journal of Supercomputing.

Modeling Electron Characteristics in an Ion Thruster Plume : Fully Kinetic PIC vs . Hybrid PIC IEPC-2017-301

J. Wang, 2017 .

Three-dimensional particle simulation modeling of ion propulsion plasma environment for Deep Space One

J. Wang, D. Brinza, J. Wang, 2000 .