Analysis of the ion-molecule reactions in gaseous H sub 2, D sub 2, and HD by ion cyclotron resonance techniques.
Thermal energy rate constants of ion-molecule reactions in gaseous hydrogen, deuterium and HD, using ion cyclotron resonance method
Engineering topics
Publications and source records attributed to King, J., Jr..
Thermal energy rate constants of ion-molecule reactions in gaseous hydrogen, deuterium and HD, using ion cyclotron resonance method
Ion-molecule reaction kinetics in nitrogen- hydrogen mixtures using ion cyclotron resonance
Charge exchange reactions in mixtures of Xe and methane, noting formation of methyl ion by electron impact decomposition of methane
Secondary ion production in electron impact decomposition of hexafluoroethane, using ion cyclotron double resonance techniques
Interaction of nonpolar atom or molecule with inhomogeneous surface electric field
Low temperature chromatographic separation of hydrogen isotopes based on interaction with alumina surface electric fields
Electrostatic theory of physical adsorption applied to gas-solid chromatography, discussing chromatographic inseparability of argon and oxygen at room temperature, prediction of elution order of many gases, etc
Low temperature chromatographic separation of hydrogen isotopes
Polarization effects in chromatographic separation of rare gases on alumina column
Low concentration nitrogen dioxide photolysis