| A Unitary Model For Atomic Structure. by, Sithamalli K. Balasubramanian - Ph.D. |
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Brief description of content on this site, A new determinist non-mathematical model for atomic structure is proposed which differs from the current quantum model, in assuming a definite structure at the nuclear level and assigning a compulsive link between nuclear and atomic structures. The model is consistent with the complex covalent chemistry of carbon. The inverted bond is explained. A new type of double bond with tetrahedral geometry is possible on the model. A new triple bond called the benzyne triple bond showing cis-trans isomerism is also possible on the model. The implications of the model are discussed. Currently three papers are uploaded, see on right for abstracts on each... |
I . Carbon, A new model for atomic structure is proposed in which there is an integral relation between the nuclear geometry and covalent molecular geometry. The model explains the known geometry of a number of covalent molecules. A new type of double bond with tetrahedral carbon atoms and a new triple bond with the double bond geometry are allowed on the new model. The implications of the model are discussed. II . Silicon, A model for silicon based on the assumptions of the earlier paper is described for silicon. It is based on icosahedron. It accounts for the tetrahedral geometry of the atom. The model explains the formation of silicocene and the geometry of the molecule. Isotopic isomerism is postulated. III . Boron, Our work on Boron is complete but the documentation and preparation of the paper are not. Hence the following comments are offered to show the scope of the model. The presentation should be considered tentative and is not ready for publication. |
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