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Possible bis 45 of a calixarene and their symmetry properties.

Possible bis-silane attachment to silica surhice.

Possible blade shapes for use with disc turbines .

Possible blood circulation connections in a physiologically based pharmacokinetic model. separate venous blood compartment. See text for definition of symbols.

Possible bond configurations in salicylic acid, o-C6H4.OH.COOH.

Possible bond graphs of ABO3 with 6-coordinate B, 12-coordinate A.

Possible bond locations of the second group in diadducts of platinum with C60.

Possible bond-alternation patterns of CNTs Kekuld patterns.

Possible bonding between a metal element and Ns. anion rings in M2 complexes.

Possible bonding between silica particles through coordination with flocculating metal cations, collision with uncharged area of a second particle permits sodium ion to coordinate with oxygens of silanol and surface-bonded water, forming a coordination linkage between particles. Not

Possible bonding configurations of C2H4 chemisorbed on the Ge paired end-bridge configurations. Figure reproduced with permission from Ref. . Copyright 2004 American Chemical Society.

Possible bonding in planar CH4. The four hydrogens are bound to carbon by three bonding MOs and a total of six electrons . This gives each C-H bond an order of 3 4 0.75 the calculated Lowdin bond order is 0.77. The HOMO is a p AO on carbon. The eneigy levels are fiom STO-3G calculations on the MP2 6-31G geometry, which were also used to analyze the bonding

Possible bonding in propellane CH4 with HCH 60

Possible bonding in the lowest-eneigy HCH,

Possible bonding in the lowest-energy . This gives each bond an order of essentially 4 4 1 the calculated Lowdin bond order is 0.98-0.99. The energy levels are from STO-3G calculations on the MP2 6-31G geometry, used to analyze the bonding

Possible bonding interactions in a metal—alkyne bond.

Possible bonding modes for thiophenes on a surface metal site.

Possible bonding modes of nitriles to metals

Possible bonding schemes for the Pt-C2H4 bond in Zeise s salt.

Possible bonding schemes of BjH, based on styx formalism.

Possible bonding sites of As. Reprinted with permission.

Possible Br2 and CIO complexes and their spectra.

Possible breakdown pathways for the intermediate of the reaction of

Possible bridge-splitting mechanism for bovine superoxide dismutase activity

Possible bromate complexes and their spectra.



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