Some characteristics of a boiling-water-cooled vapor transport fuel pin
Using computer code to study behavior of vapor transport fuel pin in boiling water reactor
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.
Using computer code to study behavior of vapor transport fuel pin in boiling water reactor
Boiling and heat transfer characteristics of cryogenic hydrogen flows in straight and plenum inlets
Measuring incipient and steady boiling of liquid hydrogen and nitrogen under reduced gravity
Dynamical analysis of nonequilibrium, forced convective, boiling liquid metal flows
Vaporization caused by incipient boiling in forced convective flow of superheated liquid
Analysis of film boiling data for water droplets vaporizing into air, argon, nitrogen, helium, and steam
Effects of high accelerations and heat fluxes on nucleate boiling of water in axisymmetric rotating boiler
Interacting effect of gravity and size on peak and minimum pool boiling heat fluxes
Buoyancy effect on cryogenic hydrogen film boiling during upward and downward flows
Forced flow heat transfer coefficients for laminar film boiling interface on vertical surface
Experimental data on subcooled and net-quality boiling heat transfer to low pressure water in electrically heated tubes
Comparison of experimental and analytic film boiling heat transfer data for spheres emersed in liquid nitrogen at standard and reduced gravity
Electrical characteristics data used to determine uranium plasma boiling point
Horizontal cylindrical heaters heat transfer to pool boiling Hg at heat fluxes up to burnout
Tissue cooling with liquid nitrogen, determining film boiling transition temperature and heat transfer rates
Leidenfrost film boiling for various liquids over velocity, plate temperature and surface roughness range, noting velocity effect on vaporization rate
Local forced convection heat transfer data and empirical correlations for boiling Hg in single wetted Ta tube with composite helical inserts
Perfectly effective boiling fin design in horizontal right circular cylinder shape, deriving formulas at peak heat flux operation