International audienceThe base-catalyzed arene halogen ‘dance’ was discovered in 1959 when, upon reaction of sodium amide with polyhalogenobenzenes in liquid ammonia, 1,2,4-tribromobenzene was converted to its 1,3,5-isomer.1 The group of Bunnett next identified more satisfactory isomerization catalysts, but could not avoid formation of arynes and dismutation, at the origin of a large numbers of unwanted products.2 In spite of such issues, by showing that the isomerization of available compounds containing heavy halogens into less accessible ones was feasible, this study has attracted interest from chemists
Transition metal-free couplings of haloarenes with arenes, triggered by the use of alkali metal alko...
Today’s society has a large demand for biologically active chemicals that can be used for example as...
The attack of CH5+ and C2H5+ ions, obtained in the dil. gas state from the γ radiolysis of CH4, on h...
Halogen bonds are non-covalent attractive interactions between halogens that are covalently bound to...
Chemistry Department, Kuwait University, Kuwait Manuscript received 4 April 1975; accepted 21 May 1...
This research was initially conceived as a kinetic study of a recently reported1 acylmethylation rea...
Halogenated organic compounds are highly sought after in a wide variety of fields, for example synth...
The decomposition of halons remains controversial concerning the branching between radical and molec...
A mild, metal-free bromination method of arenes has been developed using the combination of bis(trif...
The isomerization of gaseous, unsolvated arenium ions from the attack of radiolytically formed D2T+ ...
Halogenated arenes and alkenes are of prime importance in many areas of science, especially in the p...
Synthetic non‐heme iron halides promote sub‐stoichiometric aliphatic halogenation reactions via a ra...
Halogenated arenes and alkenes are of prime importance in many areas of science, especially in the p...
Nature produces a plethora of bioactive secondary metabolites with diverse hydrocarbon scaffolds and...
Synthetic non-heme iron halides promote sub-stoichiometric aliphatic halogenation reactions via a ra...
Transition metal-free couplings of haloarenes with arenes, triggered by the use of alkali metal alko...
Today’s society has a large demand for biologically active chemicals that can be used for example as...
The attack of CH5+ and C2H5+ ions, obtained in the dil. gas state from the γ radiolysis of CH4, on h...
Halogen bonds are non-covalent attractive interactions between halogens that are covalently bound to...
Chemistry Department, Kuwait University, Kuwait Manuscript received 4 April 1975; accepted 21 May 1...
This research was initially conceived as a kinetic study of a recently reported1 acylmethylation rea...
Halogenated organic compounds are highly sought after in a wide variety of fields, for example synth...
The decomposition of halons remains controversial concerning the branching between radical and molec...
A mild, metal-free bromination method of arenes has been developed using the combination of bis(trif...
The isomerization of gaseous, unsolvated arenium ions from the attack of radiolytically formed D2T+ ...
Halogenated arenes and alkenes are of prime importance in many areas of science, especially in the p...
Synthetic non‐heme iron halides promote sub‐stoichiometric aliphatic halogenation reactions via a ra...
Halogenated arenes and alkenes are of prime importance in many areas of science, especially in the p...
Nature produces a plethora of bioactive secondary metabolites with diverse hydrocarbon scaffolds and...
Synthetic non-heme iron halides promote sub-stoichiometric aliphatic halogenation reactions via a ra...
Transition metal-free couplings of haloarenes with arenes, triggered by the use of alkali metal alko...
Today’s society has a large demand for biologically active chemicals that can be used for example as...
The attack of CH5+ and C2H5+ ions, obtained in the dil. gas state from the γ radiolysis of CH4, on h...