Nature provides a vast new vista of opportunities for the preparation of new recyclable solvents. Natural compounds have been recently used to prepare the cationic or anionic moiety of room temperature ionic liquids. In many cases, these new solvents based on modification of natural products contain chiral centres and/or specific functional groups. This paper is an overview in an area of research that is destined to a rapid development and expansion
International audienceChiral ionic solvents were almost unexplored before the last five years. This ...
Ce travail de thèse porte, dans un premier temps, sur le développement d'une nouvelle synthèse de li...
Solketal, the chiral acetonide of glycerol, has been employed as the starting material in the design...
Nature provides a vast new vista of opportunities for the preparation of new recyclable solvents. Na...
The exploration of Chiral Ionic Liquids (CILs) have expanded exponentially over the last five years,...
The field of green chemistry rapidly gained interest in recent years due to the increasing visibilit...
The exploration of Chiral Ionic Liquids (CILs) have expanded exponentially over the last five years,...
Aiming to develop environmentally compatible chemical syntheses, the replacement of traditional orga...
There is a pressing need to replace hazardous and harmful solvents with “green” or “sustainable” med...
During the last fifteen years, green chemistry became a central topic of academic and industrial res...
This thesis investigates new methods for the environmentally sustainable synthesis of heterocyclic s...
A summary of our on-going research on organometallic chemistry is provided with an emphasis on the f...
Summary The present PhD Thesis has been focused on the development of innovative processes for the s...
Novel methylimidazolium and pyridinium ionic liquids (ILs), derivatives of 3,4-dimethoxy-3,4-methyle...
Transformations of naturally abundant carbohydrates offer the potential to generate valuable chemica...
International audienceChiral ionic solvents were almost unexplored before the last five years. This ...
Ce travail de thèse porte, dans un premier temps, sur le développement d'une nouvelle synthèse de li...
Solketal, the chiral acetonide of glycerol, has been employed as the starting material in the design...
Nature provides a vast new vista of opportunities for the preparation of new recyclable solvents. Na...
The exploration of Chiral Ionic Liquids (CILs) have expanded exponentially over the last five years,...
The field of green chemistry rapidly gained interest in recent years due to the increasing visibilit...
The exploration of Chiral Ionic Liquids (CILs) have expanded exponentially over the last five years,...
Aiming to develop environmentally compatible chemical syntheses, the replacement of traditional orga...
There is a pressing need to replace hazardous and harmful solvents with “green” or “sustainable” med...
During the last fifteen years, green chemistry became a central topic of academic and industrial res...
This thesis investigates new methods for the environmentally sustainable synthesis of heterocyclic s...
A summary of our on-going research on organometallic chemistry is provided with an emphasis on the f...
Summary The present PhD Thesis has been focused on the development of innovative processes for the s...
Novel methylimidazolium and pyridinium ionic liquids (ILs), derivatives of 3,4-dimethoxy-3,4-methyle...
Transformations of naturally abundant carbohydrates offer the potential to generate valuable chemica...
International audienceChiral ionic solvents were almost unexplored before the last five years. This ...
Ce travail de thèse porte, dans un premier temps, sur le développement d'une nouvelle synthèse de li...
Solketal, the chiral acetonide of glycerol, has been employed as the starting material in the design...
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