| The scheme for atomic orbital radii is further generalized by chemical descriptors in the frame of density functional theory. |
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| It also enables a discussion of the bonding in the system in terms of bond orders and atomic orbital contributions to a given bond. |
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| An atomic orbital is the region around the nucleus of an atom where an electron of a particular energy is most likely to be found. |
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| Near to a nucleus an electron must experience a potential due primarily to that nucleus so that near to a nucleus a molecular orbital must closely resemble an atomic orbital of the appropriate atom. |
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| Each atomic orbital has a characteristic shape and energy and occupies a characteristic volume of space, which is predicted by the Schrodinger equation. |
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| The PDOSs of nitrogen atoms and their p orbitals for complex E have also been displayed in Fig. 15, indicating a high overlap between the PDOS of nitrogen atom with p1 atomic orbital compared to the other orbitals. |
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| It can be an electric current in a conductor or charged particles moving through space, or it can be the motion of an electron in an atomic orbital. |
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| Thus, the planetary model of the atom was discarded in favor of one that described atomic orbital zones around the nucleus where a given electron is most likely to be observed. |
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| One that fits into the general scheme of this article is to think of the A−H unit as being composed of an A atomic orbital and a hydrogen 1s orbital and to consider a lone pair of electrons on B as occupying a B orbital. |
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| These rules make it possible to determine Z of a certain atomic orbital. |
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