D. Byers

发表

Upper stages utilizing electric propulsion

D. Byers, 1980 .

A review of electron bombardment thruster systems/spacecraft field and particle interfaces

D. Byers, 1978 .

Geosynchronous-Earth-Orbit Communication Satellite Deliveries with Integrated Electric Propulsion

John Dankanich, David C. Byers, D. Byers, 2008 .

SERT II - Mission and experiments

W. R. Kerslake, D. C. Byers, J. F. Staggs, 1970 .

Survey of Electron-Bombardment Thruster Research

B. Banks, D. Byers, 1973 .

Electron bombardment propulsion system characteristics for large space systems

D. Byers, V. Rawlin, 1976 .

Enhancing U.S. Competitiveness: The NASA Electric PropuIsion Program

Francis M. Curran, John R. Brophy, John Stocky, 1994 .

Considerations for orbit transfer propulsion systems

David Byers, Robert Sackheim, D. Byers, 1998 .

Electron Bombardment Thruster Field and Particle Interfaces

David C. Byers, D. Byers, 1979 .

SERT II - Thruster system ground testing

D. C. Byers, J. F. Staggs, D. Byers, 1969 .

Operation of an electron-bombardment ion source using various gases

D. Byers, P. Reader, 1971 .

Preliminary results of SERT II spacecraft potential measurements using hot wire emissive probes

D. C. Byers, J. V. Staskus, D. Byers, 1970 .

The NASA Electric Propulsion Program

Robert A. Wasel, David C. Byers, D. Byers, 1987 .

The NASA Lewis Research Center electric propulsion program

David C. Byers, D. Byers, 1991 .

Enhancing Space Transportation: The NASA Program To Develop Electric Propulsion

Gary L. Bennett, John W. Barnett, David C. Byers, 1990 .

Characteristics of primary electric propulsion systems

D. C. Byers, D. Byers, 1979 .

Primary electric propulsion for future space missions

D. C. Byers, I. T. Myers, F. F. Terdan, 1979 .

Design, fabrication, and operation of dished accelerator grids on a 30-cm ion thruster.

D. C. Byers, V. K. Rawlin, B. A. Banks, 1972 .