[[abstract]]©1987 Elsevier - The reaction mechanism of SOCl2 in electrolytes containing AlCl3 or LiAlCl4, and the factors affecting the capacity of carbon electrodes in The capacity of the carbon electrode is found to be dependent on its porosity, i.e., the greater the porosity, the higher the capacity. i. e. , the greater the porosity, the higher the capacity. The electrode porosity can be controlled both by the manufacturing pressure and by the addition of a PTFE binder.[[department]]化學工程學
Extensive efforts have been devoted to developing a new battery chemistry that can replace the curre...
This work is devoted to analyse the behaviour of porous carbon electrode in Li/SOC12 cells with a vi...
The electrochemical reduction of SOC12 has been investigated in organic solvents with supporting ele...
The electroreduction of SOCl_2 in Li/LiAlCl_4-SOCl_2/porous carbon cell is generally accepted as fol...
The Li(SO~.)3 A1C14 solvate has been used to investigate discharge limiting factors of lithium/sulfu...
Room temperature molten salts have been proposed for use as electrolytes in high energy density batt...
The normal inertness of l ithium to SOCl ~ and SO2 battery electrolytes changes dramatically if the ...
Electrochemically-driven lithiation of an amorphous carbon electrode was evaluated under three confi...
This thesis describes an investigation of some of the factors which govern the operation of the comm...
International audienceThe development of advanced and safe electrochemical supercapacitors or hybrid...
Electrochemically-driven lithiation of an amorphous carbon electrode was evaluated under three confi...
International audienceThe development of advanced and safe electrochemical supercapacitors or hybrid...
International audienceThe development of advanced and safe electrochemical supercapacitors or hybrid...
International audienceThe development of advanced and safe electrochemical supercapacitors or hybrid...
Cyclic voltammetry and constant current electrolysis studies of SOCIs/ LiAlC14 solutions showed that...
Extensive efforts have been devoted to developing a new battery chemistry that can replace the curre...
This work is devoted to analyse the behaviour of porous carbon electrode in Li/SOC12 cells with a vi...
The electrochemical reduction of SOC12 has been investigated in organic solvents with supporting ele...
The electroreduction of SOCl_2 in Li/LiAlCl_4-SOCl_2/porous carbon cell is generally accepted as fol...
The Li(SO~.)3 A1C14 solvate has been used to investigate discharge limiting factors of lithium/sulfu...
Room temperature molten salts have been proposed for use as electrolytes in high energy density batt...
The normal inertness of l ithium to SOCl ~ and SO2 battery electrolytes changes dramatically if the ...
Electrochemically-driven lithiation of an amorphous carbon electrode was evaluated under three confi...
This thesis describes an investigation of some of the factors which govern the operation of the comm...
International audienceThe development of advanced and safe electrochemical supercapacitors or hybrid...
Electrochemically-driven lithiation of an amorphous carbon electrode was evaluated under three confi...
International audienceThe development of advanced and safe electrochemical supercapacitors or hybrid...
International audienceThe development of advanced and safe electrochemical supercapacitors or hybrid...
International audienceThe development of advanced and safe electrochemical supercapacitors or hybrid...
Cyclic voltammetry and constant current electrolysis studies of SOCIs/ LiAlC14 solutions showed that...
Extensive efforts have been devoted to developing a new battery chemistry that can replace the curre...
This work is devoted to analyse the behaviour of porous carbon electrode in Li/SOC12 cells with a vi...
The electrochemical reduction of SOC12 has been investigated in organic solvents with supporting ele...