Stirling cycle

A comparison of Brayton and Stirling space nuclear power systems for power levels from 1 kilowatt to 10 megawatts

Lee S. Mason

Citations: 68 • 2001

Control-based design of free-piston stirling engines

José Riofrío, Khalid Al-Dakkan, Mark Hofacker, Eric J. Barth

Citations: 50 • 2008

Design of small Stirling Dynamic Isotope Power System for robotic space missions

David J. Bents, Jeffrey G. Schreiber, Colleen A. Withrow, Barbara I. McKissock, Paul Schmitz

Citations: 7 • 1993

Radioisotope Heater Unit-Based Stirling Power Convertor Development at NASA Glenn Research Center

Scott D. Wilson, Steven M. Geng, Lawrence Penswick

Citations: 7 • 2017

Small Stirling Dynamic Isotope Power System for Multihundred-Watt Robotic Missions

David J. Bents

Citations: 7 • 1991

Design of multihundredwatt DIPS for robotic space missions

David J. Bents, S.M. Geng, Jeffrey G. Schreiber, Colleen A. Withrow, Paul Schmitz, Thomas J. Mccomas

Citations: 5 • 1991

Stirling to flight initiative

Kenneth Hibbard, Lee S. Mason, Obi Ndu, C. Smith, J. Withrow

Citations: 4 • 2016

Maturing Technologies for Stirling Space Power Generation

Scott D. Wilson, Brentley C. Nowlin, Michael W. Dobbs, Paul Schmitz, James Huth

Citations: 2 • 2016

Design and fabrication of a meso-scale stirling engine and combustor.

Tarek Echekki, Brent L. Haroldsen, Karen Lee Krafcik, Alfredo Morales, Bernice Mills, Shiling Liu, Jeremiah C. Lee, Adonios N. Karpetis, Jacqueline Chen, Joseph T. Ceremuga, Thomas Raber, Michelle Hekmuuaty

Citations: 2 • 2005