Parameter values excluded by existence conditions for buoyant dissipative motions in vertical channels.
Parameter values excluded by existence conditions for buoyant dissipative motions in vertical channels
EXISTENCE THEOREM↗
SEARCH · Engineering Papers
Results for “Dissipation”
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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System measures arc energy dissipated in relay contact cycling
System, containing cycle timer, measures the energy dissipated at the contacts of a relay operating in an electric circuit. The system measures as well as records the energy for a large number of repetitive operations.
Source record↗
The dispersion and dissipation of waves in blood vessels
Dispersion and dissipation of waves in blood vessels
Anliker, M.↗
Optimum systems for dissipating heat by radiation
Radiator systems for dissipating heat energy
Grodzovskii, G. L.↗
Spectral distributions of turbulence in a plasma with collisional and collisionless dissipations
Spectral distributions of turbulence in plasma with collisional and collisionless dissipations
Tchen, C. M.↗
The limiting of magnetospheric convection by dissipation in the ionosphere.
Magnetospheric convection limiting by dissipation in ionosphere
Walbridge, E.↗
A materials-design synthesis for optimum design of spacecraft energy-dissipating systems.
Spacecraft energy dissipation system design optimization, developing semigeometric solution technique
Knoell, A. C.↗
Instantaneous energy dissipation rate in a lap joint - Uniform clamping pressure.
Instantaneous energy dissipation rate and load deflection of lap joints under uniform clamping pressure
Diller, S. V.↗
An effect of molecular dissipation in upper atmospheric gravity waves.
Molecular viscosity and thermal conduction effects on upper atmospheric gravity waves, noting molecular dissipation processes role
Hines, C. O.↗
Turbulence, viscosity, and dissipation in the solar-wind plasma.
Solar wind plasma turbulence and dissipation, noting viscosity and power spectra of magnetic field
Coleman, P. J., Jr.↗
The electromagnetic radiation associated with the energy dissipated by cosmic rays in interstellar hydrogen.
Electromagnetic radiation associated with energy dissipated by cosmic rays in interstellar hydrogen
Balasubrahmanyan, V. K.↗
A materials-design synthesis for optimum design of spacecraft energy-dissipating systems.
Spacecraft energy dissipation system design optimization, developing semigeometric solution technique
Knoell, A. C.↗
Effects of sterilization on the energy-dissipating properties of balsa wood
Technical report on the effects of sterilization on the energy-dissipating properties of balsa wood is given. Sterilization by ethylene oxide plus heat enhances the average specific energy of balsa while plastic impregnation followed by irradiation-induced polymerization does not.
Sorkin, A. B.↗
Development of energy-dissipating plastic honeycomb Final report
Hexagonal and nonhexagonal cell phenolic honeycomb structures as energy dissipating material for spacecraft construction
Meyers, W. M.↗
Tidal dissipation in the earth and planets.
Earth and planets shallow seas tidal dissipation reflected in Q values, noting larger planet pressure effect
Anderson, D. L.↗
Thermal instabilities limiting power dissipation in transistors.
Second breakdown and other thermal instabilities analyzed by heat flow equation, obtaining stability criteria predicting reduced power dissipation for transistor at low currents
Spitzer, S. M.↗
''Sun leaves'' and ''shade leaves'' - Differences in convective heat dissipation.
Temperatures of radiantly heated sun and shade leaves of white oak measured in low speed wind tunnel, considering differences in convective heat dissipation
Vogel, S.↗
The development of hexagonal and nonhexagonal cell phenolic honeycomb as an energy- dissipating material.
Hexagonal and nonhexagonal cell phenolic honeycomb design as energy dissipating material noting processing, composite constituents, cell configuration and usage environment
Knoell, A. C.↗