Device for directionally controlling electromagnetic radiation Patent
Concentrator device for controlling direction of solar energy onto energy converters
Howell, J. R.↗
Engineering topics
Howell, J. R.
Publications and source records attributed to Howell, J. R..
Incipience, growth, and detachment of boiling bubbles in saturated water from artificial nucleation sites of known geometry and size
Boiling bubble formation analysis in saturated water at artificial nucleation sites drilled in polished metal surface
NUCLEATE BOILING↗
Some developments in aerospace heat transfer
Aerospace heat transfer problems in nuclear rocket engines and space electric power systems
AEROSPACE TECHNOLOGY↗
Directional radiative characteristics of conical cavities and their relation to lunar phenomena.
Directional absorptivity characteristics of conical cavities and use as thermal model for lunar meteor craters
LUNAR CRATER↗
Incipience, growth, and detachment of boiling bubbles in saturated water from artificial nucleation sites of known geometry and size.
Incipience, growth and detachment of boiling bubbles in saturated distilled water from artificial nucleation sites of given geometry and size in heated metal surface
METAL SURFACE↗
Analysis of the effect of a seeded propellant layer on thermal radiation in the nozzle of a gaseous-core nuclear propulsion system
Radiative flux in nozzle of coaxial flow, gaseous core, nuclear propulsion system - effect of seeding layer of propellant at nozzle wall on thermal radiation
THERMAL RADIATION↗
Critical heat flux for saturated pool boiling from horizontal and vertical wires in reduced gravity
Critical heat fluxes for water and ethyl alcohol boiling at saturated conditions from vertical and horizontal electrically heated platinum wires in reduced gravity
HEAT FLUX↗
Calculation of radiant heat exchange by the Monte Carlo method.
Radiative heat transfer calculated by Monte Carlo method
MONTE CARLO METHOD↗
The directional radiative characteristics of conical cavities and their relation to lunar phenomena.
Directional absorptivity characteristics of conical cavities and use as thermal model for lunar meteor craters
THERMAL RADIATION↗
The directional radiative characteristics of conical cavities and their relation to lunar phenomena.
Directional radiative characteristics of conical cavities and relation to reflective characteristics of Moon
LUNAR SURFACE↗
Heat transfer in rocket nozzles using high temperature hydrogen propellant with real property variations.
Coupled radiative and convective heat fluxes in high temperature hydrogen propellant rocket nozzles with shape and temperature variations
ROCKET NOZZLE↗
Directional thermal-radiative properties of conical cavities
Monte Carlo technique for finding directional thermal-radiative reflectance, absorptance, and emittance of right circular conical cavity with diffusely reflecting internal surface
MONTE CARLO METHOD↗
The directional radiative characteristics of conical cavities and their relation to lunar phenomena
Directional radiative characteristics of conical cavities and their relation to lunar phenomena
CIRCULAR CONE↗
Calculation of radiant heat exchange by the Monte Carlo method
Radiative heat transfer calculations by Monte Carlo method
MONTE CARLO METHOD↗
Determination of combined conduction and radiation of heat through absorbing media by the exchange factor approximation.
Heat exchange through absorbing media, determining combined modes of radiation and conduction via exchange factor approximation
HEAT EXCHANGER↗
Monte carlo solution of radiant heat transfer in a nongrey nonisothermal gas with temperature dependent properties.
Monte carlo method applied to nonisothermal nongray gas radiative heat transfer problem where absorption coefficient is allowed to vary with wavelength and temperature
ABSORPTION COEFFICIENT↗
Radiant transfer through a gray gas between concentric cylinders using monte carlo.
Monte carlo method of finding radiative heat transfer and emissive power distribution between concentric cylinders enclosing nonisothermal gas with uniformly distributed heat source
HEAT TRANSFER↗
Monte carlo solution of thermal transfer through radiant media between gray walls.
Radiative heat transfer to a nonisothermal absorbing and emitting gray gas between gray walls analyzed, using monte carlo method
GRAY GAS↗