Ionization and metastable excitation in low- energy collisions of ground-state argon atoms
Ionization and metastable excitation in low energy collisions of ground state argon atoms formed by charge transfer
Amme, R. C.↗
Engineering topics
Amme, R. C.
Publications and source records attributed to Amme, R. C..
Vacuum-ultraviolet photon production in low- energy collisions between two neutral argon atoms
Vacuum UV photons production during ground state neutral argon atomic collisions, measuring relative cross sections energy dependence
Amme, R. C.↗
Excitation resonances for the production of metastable atoms in low-energy argon ion-atom collisions.
Forward scattering of metastable and ground state argon atoms after argon ion-atom charge transferring collisions, discussing excitation resonances
Amme, R. C.↗
Origin of secondary electrons ejected from gas-covered surfaces by fast neutral beams.
Secondary electron emission from gas covered metal surfaces, discussing results of neutral beam investigations
Amme, R. C.↗
Ionization in low-energy atomic collisions of neon with neon and krypton with krypton.
Total ionization cross section for symmetric collisions measured as function of energy by using neutral atomic beams of neon and krypton
Amme, R. C.↗
Ionization and metastable excitation in low- energy collisions of ground state argon atoms
Ionization and metastable excitation in low-energy collisions of ground state argon atoms
Amme, R. C.↗
Charge-transfer cross sections for N sub 2 super plus ions incident on H sub 2 and D sub 2 between 20 and 1000 ev.
Charge transfer cross sections for slow ion production in nitrogen molecular ion beams incident on hydrogen and deuterium
Amme, R. C.↗
Multiple velocity dispersion in normal hydrogen and in normal hydrogen-helium mixtures.
Multiple velocity dispersion in normal hydrogen and normal hydrogen-helium mixtures at room temperature using ultrasonic interferometer
Amme, R. C.↗
Vibrational excitation effects on charge- transfer processes involving H sub 2 super plus and D sub 2 super plus between 70 and 1000 ev.
Charge transfer cross sections in hydrogen molecule ions measured as function of ion energy and ion source electron energy
Amme, R. C.↗
Ultrasonic velocity dispersion in ethane-argon mixtures.
Ultrasonic interferometry to measure velocity dispersion in ethane-Ar mixtures, discussing ethane relaxation characteristics and relaxation characteristics and relaxation times for particle collisions
Amme, R. C.↗
Relative charge-transfer efficiencies of super 2 P sub 3/2 and super 2 P sub 1/2 xenon ions in Xe and in O sub 2.
Excited xenon ion charge transfer efficiencies in Xe and oxygen, discussing Xe ion formation in electron impact monitoring
Amme, R. C.↗
Secondary electron emission by argon atoms and ions from a gas-covered surface.
Secondary electron emission by argon atoms and ions from gas covered surface
Amme, R. C.↗
Study of atomic and molecular collision phenomena by high velocity beams semiannual report, jul. 1 - dec. 31, 1967
Explore the source record for details and available documents.
Amme, R. C.↗
Charge-exchange cross sections for argon ions in H sub 2 and D sub 2 below 1 kev.
Charge exchange cross sections for argon ions incident on hydrogen and deuterium measured over energy range of 30 to 1000 ev, taking into account ion-molecule reactions
HYDROGEN↗
Ionization cross sections for neutral-neutral collisions utilizing asymmetric charge transfer.
Ionization cross sections for low energy collisions of neutral nitrogen molecules or neutral argon atoms, using asymmetric charge transfer
IONIZATION CROSS SECTION↗
Low-energy ionization of argon atoms by argon atoms.
Neutral atomic beam used to measure total ionization cross section of argon atoms incident on low density argon gas
GAS-ION INTERACTION↗
Low energy ionization of argon atoms by argon atoms
Ionization cross section for production of electrons by collisions between neutral argon atoms
ARGON↗
Ion-beam excitation effects on the single charge transfer between argon and nitrogen.
Ion-beam excitation effects on single charge transfer between argon and nitrogen
ELECTRON ENERGY↗