The adsorption of argon and nitrogen on stainless steel at 195 deg K and 303 deg K in the pressure range 10 to the minus 8 power to 10 to the minus 7 power torr
Measuring adsorption of argon and nitrogen at low pressures on stainless steel
SEARCH · Search NASA
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.
Measuring adsorption of argon and nitrogen at low pressures on stainless steel
Overall performance tests in argon of six inch radial bladed centrifugal compressor
Interferometric study of nonequilibrium shock reflection process and thermal conductivity in ionizing argon
Window degradation in high power argon laser optics
Argon laser optimal component degredation at high power levels
Argon shock layer flow electron densities measured by dual wavelength interferometer for flow surrounding cylinder plate, noting thermal nonequilibrium zones
Supersonic argon molecular beam at intermediate energies produced by beam gas heating in electric arc, measuring densities and speeds
Secondary electron emission by argon atoms and ions from gas covered surface
Normal ionizing shock wave structure in argon, integrating shock equation for simple model
Identification of faint emission Herzberg bands in oxygen-argon afterglow
Heat transfer from shock heated argon to shock wall, noting long time secular change due to gauge thermal conductivity variation
Relative line intensities of argon 2 used to measure electron temperature
Combustion behavior of aluminum droplets falling in air and in oxygen-argon mixture, using high speed photography
Excited states of decaying argon plasma jet from electron-ion recombination data through spectroscopic measurement
Laboratory observation of solar coronal emission line at 4412 angstrom in argon-deuterium plasma produced by theta pinch
Elastic scattering of 21 MeV protons from nitrogen 14, oxygen 16, argon 40, nickel 58, and tin 116
Scattering of high energy argon atomic beams from /100/ tungsten crystal in gas-surface interaction study
Ionization cross sections in collisions between excited nitrogen molecules and argon atoms, oxygen molecules, and nitric oxide molecules