About: Hydrovinylation

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In organic chemistry, hydrovinylation is the formal insertion of an alkene into the C-H bond of ethylene (H2C=CH2). The more general reaction, hydroalkenylation, is the formal insertion of an alkene into the C-H bond of any terminal alkene. The reaction is catalyzed by metal complexes. A representative reaction is the conversion of styrene and ethylene to 3-phenybutene:

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  • In organic chemistry, hydrovinylation is the formal insertion of an alkene into the C-H bond of ethylene (H2C=CH2). The more general reaction, hydroalkenylation, is the formal insertion of an alkene into the C-H bond of any terminal alkene. The reaction is catalyzed by metal complexes. A representative reaction is the conversion of styrene and ethylene to 3-phenybutene: (en)
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  • In organic chemistry, hydrovinylation is the formal insertion of an alkene into the C-H bond of ethylene (H2C=CH2). The more general reaction, hydroalkenylation, is the formal insertion of an alkene into the C-H bond of any terminal alkene. The reaction is catalyzed by metal complexes. A representative reaction is the conversion of styrene and ethylene to 3-phenybutene: (en)
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  • Hydrovinylation (en)
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