Boron-carbon multiple bonds

Eisch, John J., Boron-Carbon Multiple Bonds. 39 355... [Pg.466]

Eisch, John J Boron-Carbon Multiple Bonds. [Pg.337]

II. Boron-Carbon Multiple Bonding in Open-Chain Unsaturated Organo-... [Pg.355]

IV. Unsolved Problems in Boron-Carbon Multiple Bonding and Remaining... [Pg.355]

This review will restrict itself to boron-carbon multiple bonding in carbon-rich systems, as encountered in organic chemistry, and leave the clusters of carboranes rich in boron to the proper purview of the inorganic chemist. Insofar as such three-dimensional clusters are considered at all in these review, interest will focus on the carbon-rich carboranes and the effect of ring size and substituents, both on boron and carbon, in determining the point of equilibrium between the cyclic organoborane and the isomeric carborane cluster. A typical significant example would be the potential interconversion of the l,4-dibora-2,5-cyclohexadiene system (7) and the 2,3,4,5-tetracarbahexaborane(6) system (8) as a function of substituents R (Eq. 2). [Pg.357]

BORON-CARBON MULTIPLE BONDING IN OPEN-CHAIN UNSATURATED ORGANOBORANES... [Pg.365]

UNSOLVED PROBLEMS IN BORON-CARBON MULTIPLE BONDING AND REMAINING CHALLENGES... [Pg.388]

Eisch, John J., Boron-Carbon Multiple Bonds Fleig, Patrick F., see Wojtczak, William A. Gable, Kevin P Rhenium and Technetium Oxo Complexes in the Study of 39 355... [Pg.327]

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