Fusion Power Sources For Mars Exploration
Comparisons Of Planetary Space Radiation Environments And Effects - A Review
Uranus Mission Concept Options
Saturn Ring Observer Concept Architecture Options
In-Situ Missions For The Exploration Of Titan's Lakes
Self-Fueling Fusion Hybrid Reactor For Space Power And Propulsion
Trojan Tour Mission Concepts Provide Several Options For Cost-Effective Break-Through Science
An Overview Of Facilities And Capabilities To Support The Development Of Nuclear Thermal Propulsion
Variable Conductance Heat Pipes For Long-Lived Venus Landers
Fusion Space Propulsion Using Fast-Ignition Inertial Confinement Fusion (FI-ICF)
Design Of A Low Specific Mass 10 kWe Nuclear Reactor For Space Propulsion
SPS Fabrication of Tungsten and Tungsten Rhenium Alloys in Support of NTR Fuels Development
10 kW Radioisotope Power Pulsed Brayton Cycle For Space Application
Design of a Low Specific Mass 10 kWe Nuclear Reactor for Space Propulsion
Ultra-Light Heat Pipe Radiators for Fission Surface Power
A Small Fission Power System for NASA Planetary Science Missions
Multi-MW Closed Cycle MHD Nuclear Space Power via Nonequilibrium He/Xe Working Plasma
Thermal-hydraulics Analysis of a Radioisotope-Powered Mars Hopper Propulsion System