Simulation of doppler profiles of atomic radiation excited by molecular dissociation. The effect of population of magnetic sublevels

Polarization of Atomic Fluorescence Excited by Molecular Dissociation

R. J. Van Brunt, Richard N. Zare · The Journal of Chemical Physics · 1968 · 201 citations

Localized Excited State, Engineering, Dissociation Products +16

Dissociation of H2+ by Electron Impact: Calculated Angular Distribution

Richard N. Zare · The Journal of Chemical Physics · 1967 · 175 citations

Dipole Limit, Engineering, Physics +13

Doppler profile measurements of balmer-α radiation by electron impact on H2

Kenji Ito, Nobuo Oda, Yoshihiko Hatano et al. · Chemical Physics · 1976 · 73 citations

Nuclear Physics, Physics, Doppler Profile Measurements +6

The electron energy dependence of the doppler profiles of the Balmer-α emission from H2, D2, CH4 and other simple hydrocarbons by electron impact

Kenji Ito, N. Oda, Yoshihiko Hatano et al. · Chemical Physics · 1977 · 67 citations

Doppler Profiles, Engineering, Atomic Emission Spectroscopy +8

Analysis of the translational energy distribution of H* produced in the eH2 collision

Teiichiro Ogawa, Morihide Higo · Chemical Physics Letters · 1979 · 65 citations