Porous Plate Water Boiler Design Study Final Report
This study program was conducted to obtain a sound theoretical understanding of and a valid analytical method for predicting the performance of porous plate water boilers.
Hepner, P. H.↗
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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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Water flow and cavitation in converging- diverging boiler-inlet nozzle
Water flow and cavitation in convergent-divergent boiler inlet nozzles
Sekas, N. J.↗
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.↗
Design of boiler-superheater units for representative cesium and potassium space power plants
Boiler design for potassium and cesium Rankine cycle space power plants
Robin, T. T.↗
Analytical and experimental study of the dynamics of a single-tube counterflow boiler
Experimental and analytical study of dynamics of single tube counterflow boiler
Hess, H. L.↗
Frequency response of a forced flow single tube boiler with inserts and exit restriction
Frequency response of forced flow single tube boiler with inserts and exit restriction
Goodykoontz, J. H.↗
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.↗
Design and fabrication of a counterflow double-containment tantalum-stainless steel mercury boiler
Fabrication of counterflow double wall tantalum- stainless steel mercury boiler
Gertsma, L. W.↗
Tests of a single-tube-in-shell water boiler with helical-wire insert, inlet nozzle, and two different inlet-region plugs
Steady-state pressure drop and heat transfer data for single-tube-in-shell water boiler
Sekas, N. J.↗
Evaluation of tantalum for mercury containment in the SNAP-8 boiler
Corrosion testing of tantalum for mercury containment in SNAP 8 boiler
Derow, H.↗
Experimental study of blade-type helical flow inducers in a 5/8-inch electrically heated boiler tube
Effects of blade-type flow swirlers on maximum exit quality of 5/8-inch boiler tubes
Sekas, N. J.↗
Steady-state performance of a SNAP-8 double- containment tantalum-stainless steel mercury boiler
Performance tests of SNAP 8 double-containment tantalum-stainless steel mercury boiler
Lottig, R. A.↗
Condensers and boilers for steam-powered cars - A parametric analysis of their size, weight, and required fan power
Size, weight, and performance of conventional condensers and boilers for steam-powered cars
Strack, W. C.↗
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.↗
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.↗