The He+He+1 interactions have been studied, as a function of the internuclear separation R, in terms of the electronic forces acting on the nuclei and the change in the charge distribution. The analysis reveals that at large R the atomic densities are polarized inwards, causing an attractive force on each nucleus, while at small R the difference in the nature of the interactions in the 2Σu and 2Σg systems is noted. It is seen that the He+He+1 (2Σu) interaction is less attractive than the He+1+He+1 interaction at lower values of R
One of the central problems in nuclear physics is the determination of the forces which bind nuclei ...
Theoretically calculated binding energies of H 3 and He3 were reported in our preceding paper, I, wh...
We study both the rare gas hydride anions, RG–H− (RG = He–Rn) and Group 2 (Group IIa) metal hydride ...
The He+He+1 interactions have been studied, as a function of the internuclear separation R, in terms...
The potential energy curve of the He2+2 system dissociating into two He+ ions is examined in terms o...
The potential energy curve of the He2+2 system dissociating into two He+ ions is examined in terms o...
The short range interactions in He2, Ne2 and Ar2 have been studied in terms of the electronic forces...
For the interactions between a He($2 ^3S$) atom and a He($2 ^3P$) atom for like isotopes, we report ...
Typescript.Thesis (Ph. D.)--University of Hawaii, 1968.Bibliography: leaves 142-143.vi, 143 l graphs...
The potential energy curves of the ground state and the first excited state of H2 are examined in te...
The detailed course of events that occur during the formation of HeH+ from the separated atoms of He...
The potential energy curves of the ground state and the first excited state of H2 are examined in te...
Electronic spectra for the He* – H$_2$O interaction are reported. The angular dependence of the stru...
The many-body system comprising a He nucleus, three electrons, and a positron has been studied using...
We have calculated the differences between kinetic, nuclear attraction, and two-electron energies as...
One of the central problems in nuclear physics is the determination of the forces which bind nuclei ...
Theoretically calculated binding energies of H 3 and He3 were reported in our preceding paper, I, wh...
We study both the rare gas hydride anions, RG–H− (RG = He–Rn) and Group 2 (Group IIa) metal hydride ...
The He+He+1 interactions have been studied, as a function of the internuclear separation R, in terms...
The potential energy curve of the He2+2 system dissociating into two He+ ions is examined in terms o...
The potential energy curve of the He2+2 system dissociating into two He+ ions is examined in terms o...
The short range interactions in He2, Ne2 and Ar2 have been studied in terms of the electronic forces...
For the interactions between a He($2 ^3S$) atom and a He($2 ^3P$) atom for like isotopes, we report ...
Typescript.Thesis (Ph. D.)--University of Hawaii, 1968.Bibliography: leaves 142-143.vi, 143 l graphs...
The potential energy curves of the ground state and the first excited state of H2 are examined in te...
The detailed course of events that occur during the formation of HeH+ from the separated atoms of He...
The potential energy curves of the ground state and the first excited state of H2 are examined in te...
Electronic spectra for the He* – H$_2$O interaction are reported. The angular dependence of the stru...
The many-body system comprising a He nucleus, three electrons, and a positron has been studied using...
We have calculated the differences between kinetic, nuclear attraction, and two-electron energies as...
One of the central problems in nuclear physics is the determination of the forces which bind nuclei ...
Theoretically calculated binding energies of H 3 and He3 were reported in our preceding paper, I, wh...
We study both the rare gas hydride anions, RG–H− (RG = He–Rn) and Group 2 (Group IIa) metal hydride ...