Noncontact pump-seals for the space vacuum.
Noncontact pressure generating pump seals for heat space-power systems noting types, characteristics and use in Snap 8 reactor system
Hudelson, J. C.↗
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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.
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Non-contacting dynamic seals for space power alternators.
SNAP 8 alternator noncontacting dynamic seal systems design and tests, obtaining durability and leakage rates comparable to mechanical face seals
Mcgrew, J. M.↗
Nonlinear deflections of asymmetrically loaded shells of revolution.
Asymmetrically loaded shells of revolution nonlinear deflections analyzed by algorithm, determining snap buckling load of shallow spherical shell
Ball, R. E.↗
Electronic position indicator for latching solenoid valves
Electronic position indicator for latching solenoid valves in SNAP 8 ground test facility
Frye, R. J.↗
Activities of the RTG Radiation Test Laboratory Progress report, 1 Jul. - 31 Dec. 1969
Safety, gamma ray spectrum, and data analysis of SNAP fuel capsules
Campbell, R. W.↗
High-power, long-life electrical generating systems for lunar base missions
Performance characteristics of SNAP 8 and solar cell electrical generating systems for lunar bases
Miller, P. R.↗
Performance data for a small low-specific- speed ten stage turbine tested in argon
Performance data in argon for small, low specific speed, ten stage turbine applicable to SNAP 8
Vanco, M. R.↗
Applicability of space power liquid metal technology to fluid power
Liquid metal pump design and performance in SNAP 8 Mercury Rankine and Advanced Rankine fluid power systems, including containment materials and corrosion effects
Schwartz, H.↗
Corrosion of oxygen contaminated tantalum in NaK
Ta oxygen concentration effects on corrosion resistance to NaK in SNAP 8 boilers
Harrison, R. W.↗
Nuclear safety of space nuclear power systems
Space nuclear power system design and operation related to safety, discussing SNAP flights
Dix, G. P.↗
Design performance, and test experience of four multihundred-kilowatt-electric heat sources for liquid-metal systems
Characteristics of electric heaters used with SNAP 8 spacecraft power supplies
Block, H. B.↗
Design and development of a canned-motor pump for NaK service
Design and development of canned-motor pump for high temperature NaK service in SNAP-8
Colker, C. P.↗
Lithium hydride shield segment fabrication
Design and fabrication of lithium hydride shields for SNAP applications
Welch, F. H.↗
Development and production of explosively bonded 316SS/tantalum tubing
Explosively bonded 316SS/tantalum tubing for SNAP 8 boiler
Neitsch, C. G.↗
Design review of PCS-G condenser, P/N 268340-1, redesigned from P/N 093043
Mercury and NaK inlet and outlet port, condenser, and attachment design modifications of power conversion system for SNAP 8
Chalpin, E. S.↗
Oxides in NaK
Oxygen reactivity effects on eutectic NaK alloy and SNAP 8 system including oxygen contamination sources, oxide solubility, and oxide control methods
Cassidy, F. H.↗
PCS-G systems analysis
Digital computer simulation of SNAP 8 power conversion system G startup and shutdown for systems analysis
Favero, L. R.↗
Mod-C program, turbine visco seal cavitation tests
Testing designs of seal-to-space system for SNAP 8 turbine
Cherry, M. G.↗