Add to ORKGInternational audienceA great number of organic compounds spontaneously form unstable peroxides by reaction of the carbon chain with molecular oxygen in a process of auto-oxidation, the so-called "peroxidation". This is a free-radical and self-propagating reaction that may generate a wide variety of peroxide molécule
A common reaction to yield ethers relies on an alkoxide nucleophile and a carbon electrophile (Willi...
This contribution summarizes our recent efforts to unravel the radical chemistry of autoxidations. A...
Organic compounds containing carbon-metal bonds are called organometallic compounds. Such compounds ...
International audienceA great number of organic compounds spontaneously form unstable peroxides by r...
International audienceThis work presents the results of the theoretical investigations on autoxidati...
International audienceThis work presents the results of the theoretical investigations on autoxidati...
International audienceA large number of organic compounds, such as ethers, spontaneously form unstab...
A large no. of org. compds., such as ethers, spontaneously form unstable peroxides through a self-pr...
Numerous organic compounds spontaneously decompose, by reaction of a free-radical of the carbon chai...
A great number of organic compounds, commonly used, could become instable if stored under poor condi...
International audienceThis paper presents a quantum chemical study on oxidation process of a series ...
This paper presents a quantum chemical study on oxidation process of a series of aliphatic ethers. O...
The considerable amount of research in the literature has practically allowed the elucidation of the...
A common reaction to yield ethers relies on an alkoxide nucleophile and a carbon electrophile (Willi...
This contribution summarizes our recent efforts to unravel the radical chemistry of autoxidations. A...
Organic compounds containing carbon-metal bonds are called organometallic compounds. Such compounds ...
International audienceA great number of organic compounds spontaneously form unstable peroxides by r...
International audienceThis work presents the results of the theoretical investigations on autoxidati...
International audienceThis work presents the results of the theoretical investigations on autoxidati...
International audienceA large number of organic compounds, such as ethers, spontaneously form unstab...
A large no. of org. compds., such as ethers, spontaneously form unstable peroxides through a self-pr...
Numerous organic compounds spontaneously decompose, by reaction of a free-radical of the carbon chai...
A great number of organic compounds, commonly used, could become instable if stored under poor condi...
International audienceThis paper presents a quantum chemical study on oxidation process of a series ...
This paper presents a quantum chemical study on oxidation process of a series of aliphatic ethers. O...
The considerable amount of research in the literature has practically allowed the elucidation of the...
A common reaction to yield ethers relies on an alkoxide nucleophile and a carbon electrophile (Willi...
This contribution summarizes our recent efforts to unravel the radical chemistry of autoxidations. A...
Organic compounds containing carbon-metal bonds are called organometallic compounds. Such compounds ...