Deep Eutectic Solvents (DES) are a new class of solvents displaying very interesting properties for applications in electrochemistry. In this context, the objectives of this thesis are to obtain a better knowledge and description of the fundamental properties of DES for electrochemistry. A first part of the thesis concerns the study of charge transfer kinetics in ethaline. Standard rate constants, ks are measured for common redox couples and compared to data in conventional ionic liquids and organic solvents. The measured values of ks are only a little lower than those measured in conventional solvents. The data are discussed in view of the solvent relaxation times using Marcus theory for an adiabatic electron transfer. Effects of the prese...
The 1,2-diol moiety in a variety of substituted catechols allows formation of room temperature ionic...
A molecular theory of the effects of solution dynamics on the rates of adiabatic outer-sphere electr...
Ion transfer across liquid-liquid interface plays pivotal role in many processes in pharmacy, chemis...
Les Solvants Eutectiques Profonds (DES) sont une nouvelle classe de solvants qui présentent des prop...
International audienceEffects of water on the charge-transfer (CT) kinetics in deep eutectics solven...
International audienceElectron transfer (ET) kinetic rate constants k in Ethaline (12 choline chlori...
International audienceThe electrochemical reduction of a series of substituted benzoquinone have bee...
Ionic liquids are a field of intense chemical research activity due to their potential to facilitate...
International audienceClassical electrochemical approaches were evaluated for investigating the basi...
The solvated electron being the simplest form of an extremely reactive intermediate is of great fund...
The oxidation of ferrocene (Fc/Fc+) and reduction of cobaltocenium (Cc+/Cc) under different temperat...
The Fe³⁺/²⁺ redox couple, in the form of Fe (II) and Fe (III) trifluoromethane sulphonate, has been ...
The electrochemical behaviour of ferrocene (Fc) is investigated in six different deep eutectic solve...
The validity of Marcus theory for outer-sphere heterogeneous electron transfer for the electro-oxida...
Data on electron exchange reactions have provided insight into factors influencing rates of electron...
The 1,2-diol moiety in a variety of substituted catechols allows formation of room temperature ionic...
A molecular theory of the effects of solution dynamics on the rates of adiabatic outer-sphere electr...
Ion transfer across liquid-liquid interface plays pivotal role in many processes in pharmacy, chemis...
Les Solvants Eutectiques Profonds (DES) sont une nouvelle classe de solvants qui présentent des prop...
International audienceEffects of water on the charge-transfer (CT) kinetics in deep eutectics solven...
International audienceElectron transfer (ET) kinetic rate constants k in Ethaline (12 choline chlori...
International audienceThe electrochemical reduction of a series of substituted benzoquinone have bee...
Ionic liquids are a field of intense chemical research activity due to their potential to facilitate...
International audienceClassical electrochemical approaches were evaluated for investigating the basi...
The solvated electron being the simplest form of an extremely reactive intermediate is of great fund...
The oxidation of ferrocene (Fc/Fc+) and reduction of cobaltocenium (Cc+/Cc) under different temperat...
The Fe³⁺/²⁺ redox couple, in the form of Fe (II) and Fe (III) trifluoromethane sulphonate, has been ...
The electrochemical behaviour of ferrocene (Fc) is investigated in six different deep eutectic solve...
The validity of Marcus theory for outer-sphere heterogeneous electron transfer for the electro-oxida...
Data on electron exchange reactions have provided insight into factors influencing rates of electron...
The 1,2-diol moiety in a variety of substituted catechols allows formation of room temperature ionic...
A molecular theory of the effects of solution dynamics on the rates of adiabatic outer-sphere electr...
Ion transfer across liquid-liquid interface plays pivotal role in many processes in pharmacy, chemis...