Adsorption equilibria in the methane-propane- silica gel system at high pressures.
Adsorption equilibrium data obtained at high pressure for methane and propane on silica gel using radioactive tracer pulsing
DATA ANALYSIS↗
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Results for “SILICA”
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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Optical absorption in fused silica during TRIGA reactor pulse irradiation
Spectral transmission characteristics of fused silica before, during, and after exposure to reactor irradiation pulses
De Crescente, M. A.↗
Optical absorption and fluorescence in fused silica during TRIGA pulse irradiation
Spectral transmission measurements on fused silica during and after exposure to pulsed neutron irradiation
Gagosz, R.↗
Optical waveguides formed by proton irradiation of fused silica.
Optical waveguides for laser applications by proton irradiated refractivity changes in fused silica
Flam, R. P.↗
Effect of physical parameters on the reaction of graphite with silica in vacuum
Effect of physical parameters on reduction of silica graphite mixtures under vacuum conditions
Haas, L. A.↗
Rocket engine evaluation of erosion and char as functions of fabric orientation for silica-reinforced nozzle materials
Rocket engine evaluation of erosion and char as functions of fabric orientation for silica reinforced nozzle materials
Peterson, D. A.↗
Hardness and low-temperature deformation of silica glass.
Silica glass hardness relationship to pressure induced densification at low temperatures
Mackenzie, J. D.↗
Experimental determinations of the molar heat and entropy of adsorption and the activity coefficient of the adsorbed phase for the methane-ethane-silica gel system.
Molar heat and entropy of adsorption and activity coefficient of adsorbed phase for methane-ethane- silica gel system
Kobayashi, R.↗
The growth of single crystals by controlled diffusion in silica gel.
Single crystal growth by controlled diffusion in silica gel using metathetical and decomplexation reactions
Rubin, B.↗
Impact characteristics in fused silica.
Impact crater cross section in fused silica, describing photomicrographic technique for distinguishing hypervelocity from low energy impacts
Flaherty, R. E.↗
Optical absorption in fused silica during irradiation at high-temperature
Optical absorption in fused silica during irradiation at high temperature
Source record↗
Impact characteristics in fused silica for various projectile velocities
Impact crater cross section in fused silica, describing photomicrographic technique for distinguishing hypervelocity from low energy impacts
Flaherty, R. E.↗
Development and tests of small fused silica models of transparent walls for the nuclear light bulb engine
Developing test program for small fused silica models of transparent walls for nuclear light bulb engine
Vogt, P. G.↗
Intermittent type silica gel adsorption refrigerator Patent
Intermittent type silica gel adsorption refrigerator for providing temperature control for spacecraft components
Romvary, E., Jr.↗
Optical transmittance of fused silica at elevated temperatures during high energy electron bombardment
Optical transmittance of fused silica at elevated temperatures during high energy electron bombardment
Smith, A. B.↗
Ablative response of a silica phenolic to simulated liquid propellant rocket engine operating conditions
Ablative response of silica phenolic to simulated liquid propellant rocket engine operating conditions
Wool, M. R.↗
Ultrasonic beam mixing as a measure of the nonlinear parameters of fused silica and single-crystal NaCl
Fused silica and single crystal NaCl nonlinear parameters from ultrasonic beams mixing studies
Dunham, R. W.↗
Change in transmittance of fused silica as a means of detecting material sputtered from components on a 5-cm ion thruster
Two endurance tests of a 5-cm mercury bombardment thruster are reported. Both tests used a translational screen-grid system with the beam vectored 10 degrees. The first test lasted 141 hours and the second test operated for 2026 hours. In each test two fused silica samples (solar cell covers), 2.0 cm by 2.1 cm, were placed in shielded holders to detect materials sputtered from the thruster. Spectral optical properties between 0.398 and 2.16 microns were measured on each sample, both before and after the endurance tests. The deposition on each sample was spectrographically analyzed to determine the type of materials sputtered from the thruster. It was found that sputtering from the neutralizer is highly dependent on its position with respect to the beam edge. The sputtering from the accelerator grid of the translational screen-grid system of the 2026 hour test was sufficient to form an opaque film on the sample located in the direction opposite to the vectored beam.
Weigand, A. J.↗