Electron-beam studies of viscous flow in supersonic nozzles
Viscous flow in supersonic de Laval nozzle, measuring gas density and rotational temperatures by electron beam techniques
Rothe, D. E.↗
Engineering topics
Rothe, D. E.
Publications and source records attributed to Rothe, D. E..
Radiative electron-ion recombination into the first excited state of lithium
Li photoionization cross sections determined from spectral intensity measurements as function of threshold wavelength, discussing radiative electron-ion recombination into first excited state
Rothe, D. E.↗
Electron-beam studies of low Reynolds-number flows inside a Delaval nozzle
Low Reynolds number flow inside Delaval nozzle, examining gas density and rotational temperatures by electron beam techniques
Rothe, D. E.↗
Experimental study of viscous low-density nozzle flows Final report
Electron beam measurements of gas densities and rotational temperatures in viscous nozzle flow
Rothe, D. E.↗
Multichannel spectroscopy guide
System makes use of diverging duct walls for conducting the light from entrance slips to the conductors by means of multiple reflectors. This system simultaneously records, photoelectrically, the intensities of several closely spaceed narrow wavelengths in the ultraviolet and infrared areas of the spectrum.
Roth, D. E.↗
Radiative capture of electrons by chlorine, bromine, and iodine atoms.
Radiative capture of electrons by chlorine, bromine and iodine atoms in shock heated plasma seeded with sodium halides from absolute intensities in continuous emission
Rothe, D. E.↗
Radiative ion-electron recombination in a sodium-seeded plasma.
Photoionization cross section measurements for sodium line by analyzing electron-ion recombination radiation from sodium seeded plasma, determining electron temperatures and concentrations
Rothe, D. E.↗