Generation of acoustic and gravity waves by turbulence in an isothermal stratified atmosphere.
Acoustic and gravity waves generation by turbulence in isothermal stratified atmosphere using Lighthill method extension
Stein, R. F.↗
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Equilibrium radiation from isothermal hydrogen- helium plasmas.
Isothermal hydrogen helium plasmas equilibrium radiation, discussing composition and radiation measurement, layers, line and continuum processes
Goulard, R.↗
Computer Program for Viscous, Isothermal Compressible Flow Across a Sealing Dam with Small Tilt Angle
Computer program for steady laminar, subsonic, and isothermal compressible flow across sealing dam
Zuk, John↗
Investigation of isothermal, compressible flow across a rotating sealing dam. 1 - Analysis
Rotational effects on isothermal compressible flow across gas turbine sealing dam
Ludwig, L. P.↗
Isothermal method for volume determination
Isothermal volume measurements for weight computation on monkeys
Knepton, J.↗
Isothermal diode '68.
Isothermal diode as study basis for internal complex controlling thermionic energy conversion
Morris, J. F.↗
Small oscillations of a viscous isothermal atmosphere
Small oscillations of viscous isothermal atmospheres
Myers, R. M.↗
EPR study of isothermal annealing kinetics of the F center in KC1
KCl F centers isothermal annealing kinetics using EPR, considering electron irradiation levels effects
May, C. E.↗
Arc source for spectroscopic measurements of isothermal plasma samples at various pressures
Wall stabilized arc source for spectroscopic measurements of isothermal plasma at various pressures
Klein, L.↗
EPR study of isothermal annealing kinetics of chromium ions in X-ray irradiated ruby
Chromium ions isothermal annealing kinetics in X ray irradiated ruby crystals, using EPR method
Liu, D. C.↗
Observations on the cyclic and isothermal oxidation of WI-52 and IN-100
Oxidation resistance determined for cobalt and nickel based alloys by isothermal and cyclic tests in static furnace air
Deadmore, D. L.↗
A linearized approach to chemically generated waves in a dilute, isothermal atmosphere
Characteristics of chemically generated waves in dilute, isothermal atmosphere and numerical analysis of chemical reactions involved
Eberstein, I. J.↗
Isothermal cover with thermal reservoirs Patent
Double-wall isothermal cylinder containing heat transfer fluid thermal reservoir as spacecraft insulation cover
Byrd, A. W.↗
A linearized solution to impulsive latent heat release in a dilute, isothermal atmosphere
One dimensional model for analytical solution to problem of impulsive heat release by chemically generated waves in dilute, isothermal atmosphere
Eberstein, I. J.↗
Isothermal elastohydrodynamic theory for the full range of pressure-viscosity coefficient
Isothermal elastohydrodynamic theory for full range of pressure-viscosity coefficient for heavily loaded rolling contacts
Cheng, H. S.↗
A model for analysis of the temperature distribution with injection of a heated jet into an isothermal flow
Heated jet injection into isothermal turbulent boundary layer, investigating temperature distribution downstream with conduction model
Eckert, E. R. G.↗
The isothermal decomposition of sodium superoxide
Sodium superoxide isothermal decomposition, detailing metallic oxide effects with differential thermal analysis, thermogravimetry and differential thermogravimetry
Capotosto, A., Jr.↗
Transient-forced convection film boiling on an isothermal flat plate
An approach for the solution of transient-forced convection film boiling on an isothermal flat plate using the boundary layer model is developed. The similarity variables are used to convert the governing partial differential equations to ordinary ones. The results of numerical solutions of these ordinary equations indicate that the transient process can be classified as one-dimensional conduction, intermediate, and the steady state regions. The time required for the one-dimensional conduction and the time necessary to attain a steady state condition are obtained. The influence of interfacial shear is seen to be negligible while the Prandtl Number and the ratio (C sub p delta T divided by h sub fg times Pr) have major influence. The use of local similarity approximations for the intermediate regime facilitates prediction of complete boundary layer growth. Using the ratio of time at any instant to the steady state time as abscissa, the curves representing the boundary layer growth can be merged into a single mean curve within 5 percent. Further, the analysis shows that the average rate of heat transfer during transient is 50 to 100 percent higher than those at steady state. The average rate of vapor convected away is 10 to 15 percent lower than at steady state while the average rate of accumulation to form the vapor layer is 1 to 14 times larger. Further, the total heat transferred during transient increases and the evaporation decreases for increasing values of C sub p delta T divided by h sub fg times Pr
Nagendra, H. R.↗