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Mo Mo fragment

MO model for diflerent particle si2 s 114

MO model for torquoselectivity in disrotatory six-electron electrocyliza-tions.

MO occupancy and molecular properties for B2 through Ne2- The sequence of MOs and their electron populations are shown for the homonuclear diatomic molecules in the p block of Period 2 Groups 3A electron configuration appear below the orbital diagrams. Note the correlation between bond order and bond energy, both of which are inversely related to bond length.

MO occupancy and molecular properties for B2 through Neg. The sequence of MOs and their electron populations are shown for the homonuclear diatorric molecules in the p block of Period 2 Croups 3A electron configuration appear below the orbital diagrams. Note the correlation between bond order and bond energy, both of which are inversely related to bond length.

MO occupancy and some properties of B2 through Ne2- Energy

Mo peaks for oil MoDTP

MO Picture - Energy Level Diagram Showing Electronic Transitions.

MO Representation of n-Jt and n-n Excitation Processes

MO representation of Si2 and C2 in their electronic ground states

MO representations of the bonding structure of the parent bishomoaromatic dication C4H8 .

MO s around the HOMO-LUMO gap for the discrete clusters in MogSg and MogSgPb together with the band structures for the extended crystals. The band dispersions are shown in the direction of the threefold axis of the rhombohedral system. The Fermi levels are marked by dashed lines.

MO s for ethylene and the allyl cation.

Mo S functional groups. The groups within boxes have been observed in crys-tallographically determined structures.

MO s of butadienee, orbital occupancy diagram and electronic state diagram.

MO scheme for carbon monoxide molecule.

MO scheme for Mo2 the 18 valence electrons occupy the orbitals up to the aig level

MO scheme for Mo2 the 18 valence electrons occupy the orbitals up to the ajg level

MO scheme for OSO4 based in the interpretation of its PE spectmm. The MOs are filled with 32 electrons up to the It, level

MO scheme for OSO4 based in the interpretation of its PE spectrum. The MOs are filled with 32 electrons up to the Iti level

MO scheme for SO2 and analogs

MO scheme of diatomic SiX compounds

MO scheme of electronic transitions in singlet and triplet biradicals

MO scheme of excimer and exciplex formation.

MO scheme of nitric oxide



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