Operating characteristics of a transverse-flow DF-CO2 purely chemical laser
Transverse flow deuterium fluoride-carbon dioxide chemical laser for CW output without external energy source
Cool, T. A.↗
SEARCH · Engineering Papers
Results for “Transversity”
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.
Heat transfer from partially ionized argon flowing in a conducting channel with an applied, transverse magnetic field
Transverse magnetic field effects on wall heat transfer from ionized argon channel flow
Roschke, E. J.↗
Penetration and spreading of transverse jets of hydrogen in a Mach 2.72 airstream
Schlieren photography of flow distribution for transverse hydrogen jets from flat plate into Mach 2.72 airstream
Billig, F. S.↗
Electromagnetic wave propagation in a lossy plasma slab with a gradient transverse to the incident wave
Computer solution of plane electromagnetic wave interaction with bounded inhomogeneous plasma slab with electron density gradient transverse to wave
Gal, G.↗
Control of transverse instability in rocket combustors Patent
Rocket combustion chamber stability by controlling transverse instability during propellant combustion
Feiler, C. E.↗
Effect of velocity profile distortion in circular transverse-field electromagnetic flowmeters
Effect of velocity profile distortion in circular transverse-field electromagnetic flowmeters
Wenger, N. C.↗
Theoretical investigation on transverse mode combustion instability for liquid propellant rockets
Mathematical solution of nonlinear transverse combustion instability problems in thin annular liquid propellant rocket chambers
Lorenzetto, J. H.↗
Stability of a cantilevered bar subjected to a transverse follower force of fluid jet
Bending-torsional flutter stability of cantilevered bar subjected to transverse follower force of fluid jet, using Frobenius method
Hermann, G.↗
Czochralski-type crystal growth in transverse magnetic fields
Te-doped inSb single crystal growth in transverse magnetic fields, using Czochralski crystal puller
Gatos, H. C.↗
Transverse wave instability - Driven by shear flow in an unmagnetized plasma
Transverse wave instability of unmagnetized collisionless plasma subjected to shear flow
Albright, N. W.↗
The damping effects of viscoelastic materials. II - Transverse vibrations of plates with viscoelastic coatings
Elastic metal thin plates transverse resonant free vibrations, analyzing viscoelastic coatings damping effects
Baumgarten, J. R.↗
The damping effects of viscoelastic materials. I - Transverse vibrations of beams with viscoelastic coatings
Elastic metal thin beams transverse resonant free vibrations, analyzing viscoelastic coatings damping effects
Baumgarten, J. R.↗
Large elastic deformations of shells with the inclusion of transverse normal strain
Large elastic deformations of incompressible materials shells with inclusion of transverse normal strain, considering thickness change at boundaries
Biricikoglu, V.↗
Transverse spatial diffusion of phase-dispersed pulses
Transverse spatial diffusion of phase-dispersed pulses, showing effects on dechirped pulse duration, output beam cross section and two-photon fluorescence display
Kim, D. M.↗
Relativistic kinetic theory of the large- amplitude transverse Alfven wave
Relativistic kinetic theory of large amplitude transverse Alfven wave, discussing propagation in collisionless plasma
Barnes, A.↗
Application of pulsed holographic interferometry to the measurement of propagating transverse waves in beams
Pulsed laser double exposure holographic interferometry for measuring transverse wave propagation in beams
Aprahamian, R.↗
Holographic study of propagating transverse waves in plates
Double exposure pulsed laser holographic interferometry application to transverse wave propagation in Al plate
Aprahamian, R.↗
Temperature and velocity field of the two-dimensional transverse hot-air jet in a freestream flow.
Experimental investigation of the low subsonic, two-dimensional transverse hot-air jet. In the study jet-to-freestream angles of 90, 120, 135, and 150 deg and jet-to-freestream velocity ratios of 5, 10, and 20 were investigated. In the tests the jet velocity and temperature fields were measured using a temperature-compensated hot-wire anemometer. Photographs of the flowfield were also made. The tests results are compared with the available data and analysis. Results indicate a relatively minor deflection of the freestream by the jet and the presence of a large separated flow region behind the jet.
Tatom, J. W.↗