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Open discussion about the concept of closed Brayton Cycle gas turbines using low pressure nitrogen (N2) gas as a working fluid and coolant. Heat source is preferably a zero emission, high temperature atomic fission reactor.
Adams Engine™
About Me
- Rod Adams
- Atomic energy expert. Naval Academy, Naval Postgraduate School and Naval War College graduate. Publisher, Atomic Insights. Host and producer, the Atomic Show podcast. Follow atomicrod on Twitter
Fellow Atomic Travelers
Other Atomic Sites
Blog Archive
Library of Atomic Papers
- Dec. 1991 - Nuclear Powered Gas Turbines: Potential Power Source of Late 1990's
- Apr. 1992 - Reviewed Draft of Nuclear Powered Gas Turbines: An Old Idea Whose Time Has Come
- Aug. 1992 - International Association of Science and Technology Development - IASTED - Nuclear Powered Gas Turbines: An Old Idea Whose Time Has Come
- Jun. 1994 - Submarine Engines of the Future
- 1994 - AIAA-94-3922-CP Throttle Valve Control for a Nuclear Gas Turbine Engine Designed for Transportation Aplications
- 1988-2005 Atomic Letters to the Editor
External Reference Papers
- 1967 - C. Keller and D. Schmidt Industrial Closed-Cycle Gas Turbines for Conventional and Nuclear Fuel
- 1977 - CAPT Richards Miller and R. E. Thompson - Maritime Applications of An Advanced Gas-Cooled Reactor Propulsion System
- 1981 - R. Calvo and R. E. Thompson - Compact Closed Cycle Brayton System for Marine Propulsion
- 1982 - C. F. McDonald and C. O. Peinado - The Nuclear Gas Turbine - A Perspective on a Long-Term Advanced Technology HTGR Plant Option
- 1987 - J. E. Staudt and L. M. Lidsky - An MGR Brayton-Cycle Power Plant Design
- 1988 - Colin F. MacDonald - Closed-Cycle Gas Turbine for Submarine Propulsion
- 1991 - Michael Gouge - HTGR Gas Turbine Power Plant for Submarine Propulsion in the 21st Century
- Design of HTR-PM as of 2005
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