RAREFIED GAS DYNAMICS
Second international symposium on rarefied gas dynamics totaling 40 individually abstracted papers on related topics, edited by l. talbot
MOLECULAR BEAM↗
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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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A THEORETICAL APPROACH TO THE PREDICTION OF MOLECULE SURFACE INTERACTION
Numerical analysis of the interaction of gas particles with solid surfaces concerned primarily with problems encountered in hypervelocity flight
MOLECULAR INTERACTION↗
A study of the blistering of metal surfaces by solar system ions Interim report
Conditions for aluminum surface blister formation from hydrogen introduced by proton irradiation
METAL SURFACE↗
Compatibility of Polymeric Materials with Fluorine and Fluorine-Oxygen Mixtures
Static and dynamic reactivity of fluorine and fluorine-oxygen mixtures with polymer materials
SURFACE REACTION↗
Photovoltaic Effect and Utilization of Photovoltaic Cells - Effect of Sub-threshold Electron Radiation on Surface Properties of Ge P-V Cells Second Semiannual Report, 1 Nov. 1965 - 31 May 1966
Effect of high energy electron irradiation on surface recombination properties of germanium p-n junction photovoltaic cells
GERMANIUM↗
Dynamics of an axi-symmetric liquid free surface following a stepwise acceleration change.
Dynamics of axisymmetric liquid free surface following stepwise acceleration change
LIQUID SURFACE↗
Dangling bonds and dislocations in semiconductors.
Dangling bonds and dislocations in semiconductors, noting existence of core charge dependent localized state in gap caused by local decrease in atom density
CRYSTAL DISLOCATION↗
Surface spikes - A perturbation of growth steps.
During the growth of NiBr 2 crystals by sublimation, it has been observed that in addition to the mechanism of growth spirals a secondary mode of nucleation can occur. This is an accelerated growth which appears in the form of surface spikes on growth steps. The surface spikes may move as much as 50 times faster than the unperturbed growth steps. The mechanism of formation is believed to begin with the nucleation of a liquid droplet which wets the growth step and produces the accelerated growth from the liquid phase. The growth occurs at 500°C below the melting point of NiBr 2 . It is believed that the nucleation of the liquid phase at these temperatures is impurity controlled.
Nickel compound↗
Structural and mechanical effects of interstitial sinks
Changes in structure and mechanical properties due to loss of interstitials to reactive metal coatings studied in dispersion strengthened niobium alloys
MECHANICAL PROPERTY↗
Role of screening in surface ion neutralization.
Screening effect on Coulomb interaction, electron-ion recombination and surface neutralization
SURFACE REACTION↗
The influence of CsF on the work function of a tungsten surface.
Impurity free CsF effect on work function of tungsten surface, discussing amount of impurities, type and control
WORK FUNCTION↗
Interpretation of asymptotic calorimeter measurements.
Asymptotic calorimetry, developing general relationship between temperature and unperturbed heat transfer coefficient for steady state nonisothermal heating
TEMPERATURE MEASUREMENT↗
Anomalous electromagnetic microwave absorption of superconducting alloys in a static magnetic field.
Microwave surface absorption in static magnetic field affects surface resistance of superconducting alloys
ELECTROMAGNETIC WAVE↗
Impurity effects on heterogeneous nucleation from the vapor - Selenium on glass.
Impurity effects on nucleation of Se vapor onto Pyrex glass noting degree of critical supersaturation, production of phase with nonequilibrium structure, etc
NUCLEATION PROCESS↗
Correlation of thermal contact conductance - Experimental results.
Effective gap thickness and gap number relation determined from correlation of parameters of thermal contact conductance
HEAT TRANSFER↗
Performance of charring ablative materials in the diffusion controlled surface combustion regime.
Ablative behavior of low and high density phenolic nylon in diffusion controlled surface combustion regime
SURFACE REACTION↗
Molecular beam apparatus for the determination of momentum accommodation coefficients for neutral particle-surface interactions.
Molecular beam apparatus for determining momentum accommodation coefficients for neutral particle - surface interactions
SURFACE REACTION↗
Combustion of ammonium perchlorate.
Deflagration of ammonium perchlorate studied using cleaved sections of large single crystals grown from water solution, discussing burning rate and combustion zone
BURNING RATE↗