Vibrational energy transfer in expanding mixtures of N2 and Co2 as measured by an electron beam
Electron beam measurement of molecular vibrational energy transfer in expanding mixtures of N2 and Co2 heated by electric arc
Engineering topics
Publications and source records attributed to Sebacher, D. I..
Electron beam measurement of molecular vibrational energy transfer in expanding mixtures of N2 and Co2 heated by electric arc
Species concentration, jet structure and diatomic nitrogen rotational temperature measured for diffusive separation of nitrogen-helium mixture free jets, using electron beam
Hypersonic arc tunnels flow testing techniques, discussing heat transfer, contamination measurements, enthalpy fluctuations and baffle effects
Diffusive separation in helium nitrogen jets by electron beam measurements
Diffusive separation effects measured in shock waves and underexpanded freejets for nitrogen- helium mixtures by electron beam techniques
Correlation of nitrogen vibrational-translational relaxation times for various measuring methods, noting temperature distribution of rate
Flow visualization via afterglow produced in pure low temperature nitrogen and air by electron beam projection
Primary and afterglow emission decay time from low temperature gaseous nitrogen excited by fast electrons explained by possible energy transfer
Hypersonic arc tunnel velocity measurements
Vibrational and rotational nonequilibrium flow effects in hypersonic conical nozzle expansion of nitrogen flows and airflows
Primary and afterglow emission from supercooled nitrogen excited by fast electrons
Spectrographic analysis of arc heated hypersonic wind tunnel airstream using electron beam probe
Arc heated hypersonic wind tunnel