Startup testing of the SNAP-8 power conversion system
Startup testing of SNAP 8 power conversion system
SEARCH · Search NASA
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Startup testing of SNAP 8 power conversion system
Experimental investigation of SNAP 8 mercury Rankine cycle power conversion system
Design and development testing of 60 kW alternator for SNAP 8
Design and performance of mercury pump motor for SNAP 8 electrical generator
Experimental evaluation of tantalum stainless steel mercury boilers for SNAP-8 system
SNAP 8 reactor design changes for reduced operating temperatures
SNAP 8 turbine-alternator steady state performance with startups and shutdowns
SNAP 19 radioisotope fueled thermoelectric power supply orbital performance on Nimbus 3, ascribing power output decrease to decreasing generator output currents
Apollo lunar surface experiment package-SNAP 27 program, discussing mission profile, design and performance characteristics
SNAP 19 radioisotope thermoelectric generator module for Viking Lander and Pioneer applications, discussing design requirements, environmental and mission constraints, life, performance and reliability characteristics, etc
Inventory control of mercury condensing pressure during SNAP 8 startup
SNAP-8 boiler performance degradation and two phase flow heat and momentum transfer models
Design and fabrication of prototype auxiliary loop heat exchanger for SNAP 8
Deadband condenser inlet pressure control method for SNAP 8 startup
SNAP 8 reactor layered lithium hydride and depleted uranium shield design for space applications
Shutdown characteristics of SNAP-8 mercury Rankine power conversion system
Spiral groove face seal development for SNAP 8
Shock, vibration, and acceleration-load tests of SNAP 8 motor-driven lubricant-coolant pump