Phase‐Transfer Catalysts

Abstract

This article has no abstract. Keywords: methoxymethyl ethers of phenols; β,γ-unsaturated ketones; methylenation of carbohydrates; michael reactions of enol acetates; dichloromethyl ketones; n-alkylation of β-lactams; monoalkylation of primary amines; alkylation of amino acids; reissert reaction; metal carbonyl reactions; solid–liquid phase-transfer catalysis; reviews; hydrolysis of esters; dehydrohalogenation; n-methyldi-t-butylamine; alkyl iodides; esterification; tribromomethylation of allylic bromides; acetylation of phenols and anilines; oxidation of alcohols; alkylation of aldehydes and β-keto esters; spiroalkylation of cyclopentanone; activation of alkali metal carbonates; sulfonates; cleavage of ethers; dichlorocarbene addition to alkenes; polyethylene glycol; α-methylene-β-lactams; michael addition to α,β-unsaturated aldehydes; β-lactams; ethyl n-alkylcarbamates via hydroboration; amides from nitriles; furanones; oxidations with chromium trioxide; permethylation of carbohydrates; azo coupling; amino acid synthesis (8, 389); glycosylation; thioacetals; α-alkylthio carbonyl compounds; solid-liquid phase-transfer catalyzed alkylation of anions; alkylation of alkynes; n-alkylation of amides and sulfonamides; dichlorocarbene cyclopropanations; alkynes; aldol condensations; β-lactams; n-p-trifluoromethylbenzylcinchoninium bromide (1); gomberg-bachmann biphenyl synthesis; wacker oxidation; benzoin condensation; optically active quaternary ammonium salt (1); alkyl azides; ArI ArCOOH; 1-chloroalkanes; ester interchange; RX RCN; cyclophosphazenic polypodands; perfluorocarbon fluids; alkylation of heterofunctionalities; c-alkylations; cyclopropanation; condensations; additions and eliminations; oxidations; amide degradation; etherification; n-alkylations; synthesis of organosulfur compounds; c-alkylations; carbonylation and hydroformylation; additions and condensations; cycloadditions; oxidations; bromination; alkylations; michael reactions; substitutions; olefinations; oxidations and reductions; alkylations; wittig reaction; cyclocondensations; oxidations; isomerizations; hydrolysis; heck reaction; hydroboration; dichloromethylation; alkylations; aldol and darzens reactions; michael reaction; n-arylation; oxidation; cyclizations; acylation and deacylation; alkylation; Michael reaction; condensation reactions; addition and cycloaddition; coupling reactions; oxidoreductions; substitutions; alkylation; robust catalyst; dehydrochlorination; isomerization; alkylation; alkylation; michael reaction