Add to ORKGA range of experimental and theoretical techniques have been applied to the study of transient negative ions (resonances) formed in electron scattering from the Group II metals Mg, Zn, Cd, and Hg at incident electron energies below the first ionization potential. A wealth of resonance structures have been observed and from the experimental observations and theoretical information, classifications are proposed for some of these negative ion states
We study double ionization of Mg by electron impact through the vantage point of classical mechanics...
A weak excitation by collisions of several of the HgH bands belonging to the electronic system 2π → ...
Although negative ions have been studied extensively for quite some time, their study continues to o...
A range of experimental and theoretical techniques have been applied to the study of transient negat...
Measurements of electron scattering at low energy from Mg, Zn, Cd and Hg have been carried out using...
The energies, widths, and angular behavior of negative-ion resonances in zinc atoms are determined u...
Transient negative ions (resonances) formed during the collision of an electron with an atom or mole...
Transient negative ions (resonances) formed during the collision of an electron with an atom or mole...
A unique formation and excitation of the CN molecule occurred in the resonance tube. (Observed in co...
Electron-transmission spectroscopy is used to observe structure in the electron-scattering cross sec...
Infrared intensities of the fundamental bands of the d<sub>0</sub> and d<sub>6</sub> species of zinc...
A detailed theoretical study is carried out for electron interactions with magnesium oxide (MgO) wit...
A molecular dynamics deposition model has been used to simulate the growth of rare gas matrices dope...
The main goal of this work has been to increase the knowledge of electron-electron correlation throu...
In this dissertation, resonances in electron impact on several atoms and molecules have been investi...
We study double ionization of Mg by electron impact through the vantage point of classical mechanics...
A weak excitation by collisions of several of the HgH bands belonging to the electronic system 2π → ...
Although negative ions have been studied extensively for quite some time, their study continues to o...
A range of experimental and theoretical techniques have been applied to the study of transient negat...
Measurements of electron scattering at low energy from Mg, Zn, Cd and Hg have been carried out using...
The energies, widths, and angular behavior of negative-ion resonances in zinc atoms are determined u...
Transient negative ions (resonances) formed during the collision of an electron with an atom or mole...
Transient negative ions (resonances) formed during the collision of an electron with an atom or mole...
A unique formation and excitation of the CN molecule occurred in the resonance tube. (Observed in co...
Electron-transmission spectroscopy is used to observe structure in the electron-scattering cross sec...
Infrared intensities of the fundamental bands of the d<sub>0</sub> and d<sub>6</sub> species of zinc...
A detailed theoretical study is carried out for electron interactions with magnesium oxide (MgO) wit...
A molecular dynamics deposition model has been used to simulate the growth of rare gas matrices dope...
The main goal of this work has been to increase the knowledge of electron-electron correlation throu...
In this dissertation, resonances in electron impact on several atoms and molecules have been investi...
We study double ionization of Mg by electron impact through the vantage point of classical mechanics...
A weak excitation by collisions of several of the HgH bands belonging to the electronic system 2π → ...
Although negative ions have been studied extensively for quite some time, their study continues to o...