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Electronic excitation of XH4 (X = C,Si,Ge,Sn,Pb) by electron impact
(American Physical SocCollege PkEUA, 1998)
Comment on "going beyond the frozen core approximation: Development of coordinate-dependent pseudopotentials and application to Na2 +" [J. Chem. Phys. 138, 054110 (2013)]
(2013)
The new coordinate-dependent pseudopotential for Na2 + by Kahros and Schwartz J. Chem. Phys. 138, 054110 (2013) is assessed and compared to the pseudopotential approach by Fuentealba Chem. Phys. Lett. 89, 418 (1982) which ...
Collision processes using effective potentials
(Academic Press, 2019)
We investigate the feasibility of using pseudopotentials to generate the bound and continuum orbitals needed in collisional calculations. By examination of several inelastic processes in the first Born approximation, we ...
Fermi pseudo-potential and energy-dependent point interactions in one dimension
(2005-05-06)
There are point interactions in one dimension that can be interpreted as self-adjoint extensions (SAEs) of the kinetic energy [KE] operator. Here, we report the results obtained in two recent papers cited in [1]. In the ...
Fermi pseudo-potential and energy-dependent point interactions in one dimension
(2005-05-06)
There are point interactions in one dimension that can be interpreted as self-adjoint extensions (SAEs) of the kinetic energy [KE] operator. Here, we report the results obtained in two recent papers cited in [1]. In the ...
Pseudopotential calculations on the ground state of the alkaline-earth monohydride ions
(1987)
The ground state potential energy curves of alkaline-earth monohydride ions have been investigated. A pseudopotential formalism including a corepolarization potential has been used. For the valence correlation energy a ...
A comparative study of elastic scattering of low-energy electrons by boron, aluminum and gallium trihalides
(Amer Inst PhysicsMelvilleEUA, 2003)
Elastic and rotationally inelastic cross sections for low-energy electron scattering by SO2 molecules
(Iop Publishing LtdBristolInglaterra, 1999)
Electron collisons with cyclobutane
(Sociedade Brasileira de Física, 2006)