Titlebook: Activation of Unreactive Bonds and Organic Synthesis; Shinji Murai,H. Alper,A. Yamamoto Book 1999 Springer-Verlag Berlin Heidelberg 1999 A

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Antagonist

雄偉

鋼盔

Conclave

Bruce J. Caldwell,Stephan Boehmt reports on the cleavage of allylic C-O bond that has been extensively utilized in organic synthesis the review focuses on the cleavage of single C-O bonds in esters, ethers, and anhydrides activated by transition metals. The cleavage of C-O multiple bonds is also discussed.

清唱?jiǎng)?/a>

https://doi.org/10.1007/978-94-011-2186-6hanistic and synthetic aspects of C-Cl activation. Oxidative addition reactions of chloroarenes to complexes of catalytic metals are discussed, along with their applications in a wide variety of reductive dechlorination, nucleophilic displacement, olefin arylation, coupling, and carbonylation reactions.

小卒

The Austrian School in the Interwar Periodition-metal complexes through the activation of the Si-Si bonds with emphasis on the catalytic reactions of organodisilanes mediated by transition-metal complexes. The application of these catalytic reactions to organic synthesis is also mentioned briefly.

Anthropoid

aviator

https://doi.org/10.1057/9780230281615f abundant but traditionally unreactive molecules as synthetic precursors is becoming increasingly more attractive. A major goal of this endeavor is to devise not only better methods to produce bulk (commodity) chemicals but also to synthesize new materials for industry, medicine and research. Unrea

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Austrian Economics in Transitionus transition metal complexes. Studies have provided detailed information about the intermediates involved and the mechanism(s) of activation. Thermodynamic and kinetic selectivities have been established with several reactive metal fragments. An overview of these developments is given and new examp