Europa and the decametric radiation from Jupiter.
Europa control of decametric emission from Jupiter
Dulk, G. A.↗
Engineering topics
Wilson, R. G.
Publications and source records attributed to Wilson, R. G..
Visible and near-infrared emittance of ablation chars and carbon.
Visible and near IR spectral reflectance and emittance at high temperature of ablation chars, carbon and graphite
Spitzer, C. R.↗
Electron and ion emission from surfaces originally of TaB sub 2, ZrC, Mo sub 2 C, MoSi sub 2, TaSi sub 2, and WSi sub 2 in cesium vapor.
Surface electron and ion emission from refractory metal compounds in cesium vapor, showing electron emission S curves and surface ionization critical temperature envelopes
Wilson, R. G.↗
Electron and ion emission from a copper surface in the presence of oxygen, cesium, and oxygen plus cesium.
Thermionic work functions and electron emission S curves for contaminated copper surface in oxygen and cesium vapors, separate and mixed
ELECTRON EMISSION↗
High-temperature spectral emittance of ablation chars and carbon from 0.4 to 2.4 micrometers.
Visible and near IR spectral reflectance and emittance at high temperature of ablation chars, carbon and graphite
SPECTRAL EMISSION↗
Vacuum thermionic work functions and thermal stability of TaB sub 2, ZrC, Mo sub 2 C, MoSi sub 2, TaSi sub 2, and WSi sub 2.
Vacuum thermionic work function and thermal stability measurements on crystal surfaces, discussing results on carbides, diborides and disilicades
THERMIONIC EMISSION↗
Electron and ion emission from polycrystalline surfaces of Nb, Mo, Ta, W, Re, Os, and Ir in cesium vapor.
Full temperature range electron and ion emission from polycrystalline surfaces of Nb, Mo, Ta, W, Re, Os and Ir in cesium vapor
ELECTRON EMISSION↗
Electron and ion emission from polycrystalline surfaces of Be, Ti, Cr, Ni, Cu, Pt, and type-304 stainless steel in cesium vapor.
Electron and ion emission from polycrystalline surface of Be, Ti, Cr, Ni, Cu, Pt and type-304 stainless steel in cesium vapor
ION EMISSION↗
Vacuum thermionic work functions of polycrystalline Nb, Mo, Ta, W, Re, Os, and Ir.
Vacuum thermionic work function for well-outgassed polycrystalline surfaces, noting techniques for accurate measurement of current, area and temperature values
METAL SURFACE↗
Vacuum thermionic work functions of polycrystalline Be, Ti, Cr, Fe, Ni, Cu, Pt, and type 304 stainless steel.
Vacuum thermionic work functions of polycrystalline Be, Ti, Cr, Fe, Ni, Cu, Pt and type 304 stainless steel
VACUUM EFFECT↗
Electrode materials for cesium contact ion thrustors.
Electron-ion emitting characteristics of various electrode materials with cesiated surfaces for cesium contact ion thrustors
CESIUM ENGINE↗
Thermophysical properties of six charring ablators from 140 deg to 700 deg k and two chars from 800 deg to 3000 deg k
Thermophysical property data for ablation materials - aerodynamic heating of low density phenolic nylon and filled silicone resin
ABLATING MATERIAL↗
Ion thrustor electrode surface physics study
Cesium surface contact ionization electrostatic thrustors
ION EMISSION↗
Electrode materials for cesium contact ion engines.
Focusing and accelerating electrode materials for cesium contact ion engines, noting advantages of copper, beryllium and molybdenum
ELECTRODE↗
Electrode surface physics research
Experimental tube design, vacuum system, technique for studying electron and ion emission from cesiated nonrefractory and refractory metals, semiconductors, and insulators
ELECTRON EMISSION↗
Hemispherical spectral emittance of ablation chars, carbon, and zirconia /to 3700 deg k/
Hemispherical spectral emission of ablation chars, carbon, and zirconium oxide formed during reentry
ZIRCONIUM OXIDE↗
Ion thrustor electrode surface physics studies Summary report
Vacuum work function, cesiated electron emission S curves, cesium ion emission curves, critical temperature envelope, and desorption energies for thrustor electrode surfaces
ELECTRODE↗
Hemispherical spectral emittance of ablation chars, carbon, and zirconia to 3700 deg k
Hemispherical spectral emittance of ablation chars, carbon, and zirconia during atmospheric reentry
ABLATION↗