James S. Sovey

发表

A Synopsis of Ion Propulsion Development Projects in the United States: SERT 1 to Deep Space I

Michael J. Patterson, James S. Sovey, Vincent K. Rawlin, 1999 .

Development Status of the NASA 30-cm Ion Thruster and Power Processor

Roger M. Myers, Michael J. Patterson, James S. Sovey, 1994 .

28th Joint Propulsion Conference and Exhibit

James S. Sovey, James R. Stone, J. Sovey, 1992 .

Characterization of in-flight performance of ion propulsion systems

James S. Sovey, Vincent K. Rawlin, 1993 .

NEXT PM1R Ion Thruster and Propellant Management System Wear Test Results

James S. Sovey, George C. Soulas, Jonathan L. Van Noord, 2009 .

Performance and lifetime assessment of MPD arc thruster technology

James S. Sovey, Maris A. Mantenieks, M. Mantenieks, 1988 .

NASA’s nuclear propulsion technology project

James S. Sovey, James R. Stone, Keith M. Peecook, 2008 .

NEXT Thruster Component Verification Testing

James S. Sovey, Luis R. Pinero, 2007 .

Space Station propulsion system technology

James S. Sovey, Robert E. Jones, Steven J. Schneider, 1987 .

History of Electric Propulsion at NASA Glenn Research Center: 1956 to Present

Michael J. Patterson, James S. Sovey, M. Patterson, 2013 .

Results of an On-Going Long Duration Ground Test of the DS1 Flight Spare Engine

John R. Anderson, James E. Polk, Michael J. Patterson, 1999 .

Water-propellant resistojets for man-tended platforms

James S. Sovey, Robert E. Jones, W. Earl Morren, 1987 .

NASA's nuclear electric propulsion technology project

James S. Sovey, James R. Stone, 1992 .

Design and fabrication of a flight model 2.3 kW ion thruster for the Deep Space 1 Mission

Michael J. Patterson, Stephen Hart, James S. Sovey, 1998 .

Development Efforts Expanded in Ion Propulsion: Ion Thrusters Developed With Higher Power Levels

Michael J. Patterson, James S. Sovey, Vincent K. Rawlin, 2003 .

Advanced propulsion for LEO and GEO platforms

James S. Sovey, David J. Pidgeon, 1990 .

Preliminary Performance Characterizations of an Engineering Model Multipropellant Resistojet for Space Station Application

James S. Sovey, Thomas W. Haag, W. Earl Morren, 1987 .

Test facilities for high-power electric propulsion

Roger M. Myers, James S. Sovey, Stanley P. Grisnik, 1994 .

Ion propulsion development activities at NASA Glenn Research Center

Michael J. Patterson, James S. Sovey, John E. Foster, 2000 .

Performance and endurance tests of a laboratory model multipropellant resistojet

James S. Sovey, W. Earl Morren, M. V. Whalen, 1990 .

Performance characteristics of the NSTAR ion thruster during an on-going long duration ground test

James E. Polk, James S. Sovey, Vincent K. Rawlin, 2000, 2000 IEEE Aerospace Conference. Proceedings (Cat. No.00TH8484).

Ion thruster development at NASA Lewis Research Center

Michael J. Patterson, James S. Sovey, Vincent K. Rawlin, 2008 .

Electric propulsion - An evolutionary technology

Roger M. Myers, Francis M. Curran, James S. Sovey, 1993 .

NASA's Evolutionary Xenon Thruster (NEXT) Component Verification Testing

James S. Sovey, Daniel A. Herman, Luis R. Pinero, 2008 .

Performance characteristics of the deep space 1 flight spare ion thruster long duration test, the first 21,300 hours of operation

John R. Anderson, James S. Sovey, Vincent K. Rawlin, 2002 .

Near-Term High Power Ion Propulsion Options for Earth- Orbital Applications

Michael J. Patterson, James S. Sovey, Luis R. Pinero, 2009 .

2000-hour cyclic endurance test of a laboratory model multipropellant resistojet

James S. Sovey, W. Earl Morren, 1987 .

The evolutionary development of high specific impulse electric thruster technology

Roger M. Myers, Michael J. Patterson, James S. Sovey, 1992 .

The High Power Electric Propulsion (Hipep) Ion Thruster

Michael J. Patterson, Christian Carpenter, James S. Sovey, 2013 .

The 2.3 kW Ion Thruster Wear Test

Michael J. Patterson, James S. Sovey, Vincent K. Rawlin, 1995 .

A 100 Hour Wear Test of the NASA NSTAR Ion Thruster

Roger M. Myers, James E. Polk, James S. Sovey, 1996 .

Space station propulsion

James S. Sovey, Robert E. Jones, Robert R. Tacina, 1987 .

NASA's Evolutionary Xenon Thruster (NEXT) Prototype Model 1R (PM1R) Ion Thruster and Propellant Management System Wear Test Results

James S. Sovey, George C. Soulas, Jonathan L. Vannoord, 2010 .

Development of an Ion Thruster and Power Processor for New Millennium's Deep Space 1 Mission

Michael J. Patterson, James S. Sovey, Vincent K. Rawlin, 1997 .

NEXT Propellant Management System Integration With Multiple Ion Thrusters

James S. Sovey, Daniel A. Herman, George C. Soulas, 2011 .

NASA spacecraft propulsion activities

John M. Sankovic, Francis M. Curran, Robert S. Jankovsky, 1997 .

Performance and endurance tests of a multipropellant resistojet for space station auxiliary propulsion

James S. Sovey, M. V. Whalen, W. E. Morren, 1986 .

Performance of the NSTAR ion propulsion system on the Deep Space One mission

John R. Anderson, James E. Polk, Michael J. Patterson, 2001 .

Development of arcjet and ion propulsion for spacecraft stationkeeping

Michael J. Patterson, John M. Sankovic, Francis M. Curran, 1992 .

Performance of a 100 kW class applied field MPD thruster

Roger M. Myers, James S. Sovey, Thomas W. Haag, 1989 .

An ion propulsion system for NASA's Deep Space missions

James S. Sovey, John Stocky, John A. Hamley, 1999 .

Test Facility and Preliminary Performance of a 100 kW Class MPD Thruster

James S. Sovey, Thomas W. Haag, Maris A. Mantenieks, 1989 .

Performance characterizations of an engineering model multipropellant resistojet

James S. Sovey, Thomas W. Haag, W. Earl Morren, 1989 .

Retention of Sputtered Molybdenum on Ion Engine Discharge Chamber Surfaces

James S. Sovey, John L. Power, Joyce A. Dever, 2001 .

Vacuum chamber pressure effects on thrust measurements of low Reynolds number nozzles

James S. Sovey, Paul F. Penko, Stanley P. Grisnik, 1986 .

Performance of a magnetic multipole line-cusp argon ion thruster

James S. Sovey, 1982 .

Ion beam sputtering in electric propulsion facilities

Michael J. Patterson, James S. Sovey, 1991 .

Characterization of High-Specific Impulse, High-Power Ion Optics

James S. Sovey, George J. Williams, Tom Haag, 2004 .

Ion Propulsion Development Projects in US: Space Electric Rocket Test I to Deep Space 1

Michael J. Patterson, James S. Sovey, Vincent K. Rawlin, 2001 .

Compatibility experiments of facilities, materials, and propellants for electrothermal thrusters

James S. Sovey, Stanley P. Grisnik, M. V. Whalen, 1985 .

In-flight performance of the NSTAR ion propulsion system on the Deep Space One mission

James E. Polk, James S. Sovey, John R. Brophy, 2000, 2000 IEEE Aerospace Conference. Proceedings (Cat. No.00TH8484).

Test facilities for high power electric propulsion

Roger M. Myers, James S. Sovey, Stanley P. Grisnik, 1991 .

Improved ion containment using a ring-cusp ion thruster

James S. Sovey, 1984 .

Electromagnetic emission experiences using electric propulsion systems - A survey

James S. Sovey, Lynnette M. Zana, S. C. Knowles, 1987 .

PERFORMANCE CHARACTERISTICS OF THE DEEP SPACE 1 FLIGHT SPARE ION THRUSTER LONG DURATION TEST AFTER 21,300 HOURS OF OPERATION

James S. Sovey, John R. Brophy, Anita Sengupta, 2003 .

Geometric effects in applied-field MPD thrusters

Roger M. Myers, James S. Sovey, Maris A. Mantenieks, 1990 .

Performance and lifetime assessment of magnetoplasmadynamic arc thruster technology

James S. Sovey, Maris A. Mantenieks, M. Mantenieks, 1991 .

Electromagnetic emission experiences using electric propulsion systems

James S. Sovey, S. C. Knowles, J. Sovey, 1989 .

Demonstration of the NSTAR ion propulsion system on the Deep Space One mission

Michael J. Patterson, James E. Polk, David E. Brinza, 2001 .