Chlorotris(triphenylphosphine)rhodium(I)

Abstract

This article has no abstract. Keywords: homogeneous catalytic hydrogenation; deformylation; decarbonylation; angular methylation; other reactions; homogeneous hydrogenation catalyst; valence tautomerization; cyclooligomerization of allene; synthesis of nitriles from secondary amides; selective acetalation; decarbonylation; deuteration of olefins; decarbonylation; desulfonylation; cyclization; fluorenone from benzoic anhydride; homogeneous catalytic hydrogenation of unhindered double bonds; selective hydrogenation of prostaglandins; hydrogenation of allenes; reduction of alkenes and alkynes; reduction of diazonium fluoroborates; alcoholysis of diarylsilanes; cleavage of allyl ethers; α-spinasterol; decomposition of peroxides; synthesis of quinones; diyne reaction; polysubstituted naphthalenes; conjugated diynes; reduction of schiff bases; silyl thioethers; synthesis of nitriles from secondary amides; review; homogeneous hydrogenation catalysts; aldehyde decarbonylation; dimerization of α-hydroxy acetylenes; stereoselective hydrogenation; catalytic hydroacylation; cyclopentanones; protection of primary amines; [2 + 2 + 2]cycloadditions; 3,4-disubstituted cyclopentanones; decarbonylation of sugars; hydroboration of alkenes; cyclization of 1,6-enynes; hydroboration of alkenes; decarbonylation of aldoses; diels–alder catalysis; cyclization of triynes to benzenes; isomerization of allyl ethers; hydroboration; alkenylsilanes; homologous pericyclic reactions; cycloisomerizations; c-aryl spiroglycosides; allylic alkylations; hydroacylation; hydrosilylations; cycloalkenes; allylic alkylations; reformatsky-type reaction; cycloadditions; addition to vinyl aminopropyl ethers; hydroboration, hydrosilylation and hydrophosphonylation; reduction; alkenylation; isomerization; o-alkylation; cycloadditions; reformatsky-type reaction; enone-alkene union; isomerization; allylation; reductive trifluoromethylation; o-alkylation; methylenation; trifluoromethylation; reformatsky reaction; reductive acylation; reductive silylation; cycloaddition; rearrangement; substitution; hydration; methylenation; coupling reactions; addition reactions; cycloaddition