X-ray observations of flow patterns in a mercury boiler
X ray observations of two phase flow patterns in metallic, forced flow mercury boiler
Vary, A.↗
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Experimental evaluation of tantalum/stainless steel mercury boilers for the SNAP 8 program
Experimental evaluation of tantalum stainless steel mercury boilers for SNAP-8 system
Brooks, R. D.↗
SNAP-8 boiler performance degradation and two-phase flow heat and momentum transfer models
SNAP-8 boiler performance degradation and two phase flow heat and momentum transfer models
Poppendiek, H. F.↗
Boiler for generating high quality vapor Patent
Vapor generating boiler system for turbine motor
Gray, V. H.↗
Experimental evaluation of four transfer functions for a single tube boiler which are dynamically independent of exit restrictions
Experimental evaluation of four transfer functions for single tube boiler and demonstration of functions being independent of exit restrictions
Goodykoontz, J. H.↗
Preliminary results of testing a single tube potassium boiler for the advanced Rankine system
Performance and transient testing of single tube potassium boiler for Rankine nuclear power plant system
Bond, J. A.↗
Effects of high accelerations and heat fluxes on nucleate boiling of water in an axisymmetric rotating boiler
Effects of high accelerations and heat fluxes on nucleate boiling of water in axisymmetric rotating boiler
Gray, V. H.↗
Thermal design of the SNAP 8 tantalum stainless steel boiler
Thermal design analysis on tantalum/stainless steel forced convection mercury boiler for SNAP 8 reactor
Sellers, A. J.↗
SNAP-8 refractory boiler development - Corrosion of oxygen contaminated tantalum in NaK
SNAP 8 refractory boiler development - corrosion of oxygen contaminated tantalum in NaK
Harrison, R. W.↗
Design, fabrication, and preliminary evaluation of thermal and hydraulic performance of a prototype SNAP-8 mercury boiler
Thermal and hydraulic performance of prototype SNAP-8 mercury boiler - design, fabrication, and preliminary evaluation
Furman, E. R.↗
Evaluation of SNAP-8 bare refractory double containment boiler no. 2 after 8700 hours of operation
SNAP 8 double containment boiler evaluation for metallurgical defects
Bleil, H. E.↗
Operation and post-test inspection of the SNAP-8 pre-prototype boiler P/N CF 751840, S/N 2
Performance testing of SNAP 8 boiler
Chalpin, E. S.↗
Design review of the Bare Refractory Double-Containment (BRDC) boiler number 5 for PCS, SNAP-8
Bare refractory double containment boiler for SNAP 8 power conversion system utilizing mercury, tantalum, zirconium, and type 300 stainless steel materials
Chalpin, E. S.↗
BODEPE: IBM 360 computer code for the SNAP-8 boiler heat and momentum transfer analysis
Heat and momentum transfer analysis for SNAP 8 counterflow NaK to Hg boiler using IBM 360 computer code
Sellers, A. J.↗
Boiler feed EM pump for a Rankine cycle space power system
Helical induction boiler feed electromagnetic pump design, fabrication and testing for potassium Rankine cycle space power system
Couch, J. P.↗
Experimental evaluation of tantalum/stainless steel mercury boilers for the SNAP-8 system
Tantalum/stainless steel mercury boilers for SNAP 8, evaluating performance
Brooks, R. D.↗
Tantalum as a mercury containment material in mercury Rankine-cycle system boilers
Unalloyed tantalum as containment material in mercury Rankine cycle SNAP 8 system boiler for 5 year service life
Derow, H.↗
Computer method for identification of boiler transfer functions
Iterative computer aided procedure was developed which provides for identification of boiler transfer functions using frequency response data. Method uses frequency response data to obtain satisfactory transfer function for both high and low vapor exit quality data.
Miles, J. H.↗