SNAP-8 power conversion system assessment
SNAP-8 systems design criteria, and assessment of major components comprising power conversion system
Thur, G. M.↗
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A SNAP-8 breadboard system. Operating experience.
SNAP 8 35 kW nuclear electric space power system
Hodgson, J. N.↗
SNAP-8 electrical generating system development program Semiannual progress report, 1 Jan - 30 Jun. 1966
Development and testing of alternator assembly, pump motor, boiler, condenser, and electrical control for SNAP 8 space power system
Source record↗
SNAP-19/Nimbus B integration experience.
SNAP 19/Nimbus B integration and interface problems, emphasizing complete user specifications and nuclear safety early in program
Baxter, C. F.↗
SNAP-8 power conversion system assessment.
SNAP 8 nuclear electric power conversion system, discussing design and components
Thur, G. M.↗
A SNAP-8 breadboard system - Operating experience.
SNAP 8 nuclear-electric space power system, operating on mercury Rankine cycle using NaK as heat input and rejection working fluids
Hodgson, J. N.↗
The double containment tantalum-stainless steel SNAP-8 boiler.
Tantalum and stainless steel double containment mercury boiler for SNAP 8 space power system, describing thermal design
Gertsma, L. W.↗
The development philosophy for SNAP mechanisms
Hardware development for SNAP reactor control mechanism
Steele, O. P., III↗
Design-point performance of a double containment tantalum and stainless steel mercury boiler for SNAP-8
Design point performance of double containment tantalum and stainless steel mercury boiler for SNAP 8
Albers, J. A.↗
Transfer functions for radiator dynamics in the SNAP-8 system
Radiator transfer functions for SNAP 8 ground test facilities
Jefferies, K. S.↗
Radiological control procedures applicable to radioisotope thermoelectric generator SNAP-27. Volume 1 - Normal operations
Radiological control procedures applicable to transport, handling, and storage of the thermoelectric generator SNAP 27 prior to launch during normal conditions
Calley, H. W.↗
Radiological control procedures applicable to radioisotope thermoelectric generator SNAP-27. Volume 2 - Radiological emergencies
Radiological control procedures for transportation, handling, and storage of SNAP 27 thermoelectric generator in radiological emergencies
Calley, H. W.↗
A 9Cr-1Mo steel as a mercury containment material for the SNAP-8 boiler
9Cr-1Mo steel as mercury containment material for SNAP-8 boiler
Farwell, B. E.↗
Performance of the SNAP-8 lubrication and coolant subsystem
Performance tests of SNAP 8 lubrication and cooling subsystem
Block, H. B.↗
Performance of an experimental SNAP 8 power conversion system
Performance testing of SNAP 8 experimental power system
Gorland, S. H.↗
Results of endurance tests of a SNAP 8 turbine-alternator
Results of endurance tests of SNAP 8 turbine alternator
Asadourian, A. S.↗
Investigation of mercury-flow ramp rates for startup of the SNAP-8 system
Initial mercury-flow ramp rates for SNAP-8 power system by transient tests
Lottig, R. A.↗