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Titlebook: Chemical Applications of Atomic and Molecular Electrostatic Potentials; Reactivity, Structur Peter Politzer,Donald G. Truhlar Book 1981 Spr

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Pseudomolecular Electrostatic Potentials From X-Ray Diffraction Datareement with extended basis set SCF calculations has been obtained, with small remaining discrepancies being attributed to intermolecular interaction effects on the electron density and also to the neglect of correlation in the calculation..
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https://doi.org/10.1007/978-1-4757-9634-6Atom; bonding; metals; physical chemistry; structure; theoretical chemistry
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Service Oriented Architecture (SOA),c units,* by .where Z. is the charge on nucleus A, located at ... The two terms on the right side of equation (1) correspond, respectively, to the nuclear and electronic contributions to the potential. As can be seen, they have opposite signs and accordingly opposite effects; V. (.) represents the n
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The Enterprise Application Architecture,ing of the physical phenomenon under investigation, the interaction hypersurface may be well-approximated by electrostatic interactions. This approximation must be carefully controlled since its validity is not always well justified. In certain cases there may be a difference in exchange repulsion i
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Joachim Rossberg,Rickard Redlerreactant “feels” upon approaching the substrate, at least to what it feels at not too close a distance. The concept is useful for any type of molecules, but its major significance may possibly reside in the field of huge polymers and, in particular, of biopolymers, for which the understanding of the
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