A study of radiation heat transfer from a cylindrical fin with base surface interaction
Temperature distribution in cylindrical fin transferring heat by internal conduction and surface radiation
Cothran, C. A.↗
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Results for “Distributed temperature”
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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The temperature and size histories of liquid H2, O2, and H2O particles released in space
Particle size and temperature distribution of liquid hydrogen, oxygen, and water released in space
Buffalano, A. C.↗
Atmosphere of Venus as studied with the Mariner 5 dual radio-frequency occultation experiment.
Venus atmosphere ionization distribution, temperature and pressure profiles determined from amplitudes and differential Doppler of radio signals to Mariner 5 during occultation
Eshleman, V. R.↗
Martian temperatures and thermal properties
Martian surface temperature distributions based on IR scans of disk compared with predictions of thermal properties
Morrison, D.↗
Preliminary comparisons of middle and low latitude Thomson scatter data
Simultaneous Thomson scatter measurements for middle and low latitudes, comparing electron density and temperature and exospheric and global temperature distributions
Mcclure, J. P.↗
Low-resolution differential drift scans of the moon at 22 microns
X ray differential drift scans of moon, measuring cold limb brightness temperature and temperature distribution
Low, F. J.↗
Surface roughness effects on equilibrium temperature of interacting surfaces
Radiatively interacting adjoint plates in presence of collimated solar flux, considering surface roughness effects on equilibrium temperature distribution
Hering, R. G.↗
New sensors for ultrasound - Measuring temperature profiles
Ultrasonic measurement of temperature distribution in solid, liquid and gaseous media, using reflection and transmission techniques
Lynnworth, L. C.↗
A 7.6m /25-ft/ extreme environments simulator
Stainless steel cylindrical simulation chamber permits testing equipment under extreme cold, high partial vacuums, and intense solar radiation. Applications include heat balance and temperature distribution studies, investigations of subsystem interactions, tests of attitude control equipment and sensors, and acceptance tests of complete systems.
Argoud, M. J.↗
The heating of the chromosphere
Collisional processes for determining kinetic temperature distribution and heating of chromosphere
Jordan, S.↗
Radioactive heat sources in the lunar interior
Thermal models investigated for upper limits on lunar radioactivity consistent with temperature distribution based on electrical conductivity of lunar interior
Hays, J. F.↗
Radiation transport in a uranium plasma reactor with reflecting walls
Temperature distribution and radiation flux measurements in uranium plasma reactor with reflecting walls
Kelm, S.↗
Heat-transfer experiments on a 34-ampere-hour nickel-cadmium cell
measurement of temperature distribution in operating nickel-cadmium electric batteries
Liebert, C. H.↗
Electronic system of the HCO/ATM spectroheliometer
UV scanning polychromator spectroheliometer on Apollo Telescope Mount, examining temperature distribution on sun
Swartzlander, E. E., Jr.↗
The adiabatic gradient and the melting point gradient in the core of the earth
Adiabatic and melting point gradients in earth core, discussing temperature distribution inhibition to convection radial components
Higgins, G.↗
Empirical solar continuum models
Empirical solar photosphere continuum models, calculating temperature distribution for absolute intensities at center and limb darkening ratios
Remo, J. L.↗
Surface roughness effects on equilibrium temperature of interacting surfaces
Radiatively interacting adjoint plates in presence of collimated solar flux, considering surface roughness effects on equilibrium temperature distribution
Hering, R. G.↗
Radioactive heat sources in the lunar interior
Lunar interior thermal history models for setting radioactive heat sources upper limits consistent with proposed temperature distribution
Hays, J. F.↗