Resistojet engines

NASA electrochemical auxiliary propulsion technology

James R. Stone.

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

W. Earl Morren, Margaret V. Whalen, and James S. Sovey.

Benefits of low-power electrothermal propulsion

Steven R. Oleson and John M. Sankovic.

New developments and research findings: NASA hydrazine arcjets

Francis M. Curren and David C. Byers.

A bibliography of electrothermal thruster technology, 1984

James S. Sovey, Terry L. Hardy and Matthew Englehart.

A design study of hydrazine and biowaste resistojets

Russell J. Page, Willis A. Stoner, and Larry Barker.

A 10,000-hr life test of an engineering model resistojet

Rodger J. Slutz.

Preliminary design study of hydrogen and ammonia resistojets for prime and auxiliary thrusters

Russell J. Page, Willis A. Stoner, and Larry Barker.

Performance of a FAKEL K10K resistojet

Robert S. Jankovsky and John M. Sankovic, Steven Oleson.

Compatibility of dispersion-strengthened platinum with resistojet propellants

Margaret V. Whalen and Michael V. Nathal.