Titlebook: Electronic Structure of Quantum Confined Atoms and Molecules; K.D. Sen Book 2014 Springer International Publishing Switzerland 2014 Densit

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Electronic Structure of Quantum Confined Atoms and Molecules978-3-319-09982-8

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Avinash Kumar,L. N. Pattanaik,Rajeev Agrawalric dipole moment, thus exhibiting an additional reactivity, (iv) its electron exerts a well-defined pressure distribution on the walls of the confining dihedral angle, and (v) the Zeeman effect for a uniform magnetic field in the direction of the edge of the angles is also different from that of th

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Innovations in Health and Wellbeing,ome vertexes. In particular the continuous modifications of the cavity to the other ones are considered. To some extent this problem is similar to that one of the Crystal Field Theory, but the effects of the point charges and impenetrable boundaries are essentially different, just as the resulting l

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https://doi.org/10.1057/9780230355880s in the liquid helium or neutral plasma; in semiconductors structures in the mesoscopic-scale, as artificial atoms and molecules, or quantum dots; in atoms under pressure that are important for the agreement of the interior of planets, among others. Thus, different theoretical and computational met

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Operative Ebene: Projektmanagement,ferences, for the correlation energy, between the correlation functionals used and a wave function obtained by a Hylleraas wave functions expansion for two-electron system. Thus, we pointed out some relevant issues that must be addressed in the near future by the Kohn-Sham method applied to confined

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https://doi.org/10.1007/978-3-8349-3892-3ment. The present study reveals that a metastable bound state of these molecular systems, above the energy corresponding to the dissociation limit, can be obtained when the electron constrain is present. Expectation values of the internuclear distance and the mean electron to nuclear center of mass

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Surface Effects in the Hydrogen Atom Confined by Dihedral Angles,ric dipole moment, thus exhibiting an additional reactivity, (iv) its electron exerts a well-defined pressure distribution on the walls of the confining dihedral angle, and (v) the Zeeman effect for a uniform magnetic field in the direction of the edge of the angles is also different from that of th