Nuclear Thermal Propulsion - Brief History Reactor In-Flight Test Early 1960’s
Nuclear Thermal Propulsion - Brief History Reactor In-Flight Test Early 1960’s
NASA and Nuclear Power in Space
Low Enriched Uranium (LEU) Nuclear Thermal Propulsion: System Overview and Ground Test Strategy
Nuclear Thermal Propulsion: Lessons Learned form the Past
Ideas for Infusing OSAM into Nuclear Electric Propulsion Architectures
Radiation Protection and Shielding: Space Fission Systems
Guidance, Navigation, and Control Considerations for Nuclear Thermal Propulsion
Studies of Fission Fragment Rocket Engine Propelled Spacecraft
RF Manipulation and Detection of Protons in the High Performance Antiproton Trap (HiPAT)
In Space Nuclear Power as an Enabling Technology for Deep Space Exploration
Space Fission Power and Propulsion Deep Space Exploration
A Nuclear Cryogenic Propulsion Stage for Near-Term Space Missions
Ideas for Infusing OSAM into Nuclear Electric Propulsion Architectures
Overview of the Kilopower System Development and Testing at the Nevada National Security Site
Radiation Resistance of the HRA Elements
An Overview of CERMET Fuel Development at Marshall Space Flight Center
Corrosion of Materials in the Working Medium
Bearing Capacity of Elements’ HGA
NASA's Nuclear Thermal Propulsion Project