The electroreduction of SOCl_2 in Li/LiAlCl_4-SOCl_2/porous carbon cell is generally accepted as following the reaction: 4Li+ 2SOCl_2 + 4e~-→2S + 2SO_2+4LiCl The solid reaction products LiCl and S cause passivation of the porous carton electrode and consequenyly limits its capacity.But the detail...The electroreduction of SOCl_2 in Li/LiAlCl_4-SOCl_2/porous carbon cell is generally accepted as following the reaction: 4Li+ 2SOCl_2 + 4e~-→2S + 2SO_2+4LiCl The solid reaction products LiCl and S cause passivation of the porous carton electrode and consequenyly limits its capacity.But the detail...Chinese Institute of Electronics、IEEE Beijing Section
This work is devoted to analyse the behaviour of porous carbon electrode in Li/SOC12 cells with a vi...
Carbon has been used widely as the basis of porous cathodes for nonaqueous Li-O-2 cells. However, th...
Carbon has been used widely as the basis of porous cathodes for nonaqueous Li-O-2 cells. However, th...
[[abstract]]©1987 Elsevier - The reaction mechanism of SOCl2 in electrolytes containing AlCl3 or LiA...
Cyclic voltammetry and constant current electrolysis studies of SOCIs/ LiAlC14 solutions showed that...
The Li(SO~.)3 A1C14 solvate has been used to investigate discharge limiting factors of lithium/sulfu...
The normal inertness of l ithium to SOCl ~ and SO2 battery electrolytes changes dramatically if the ...
The electrochemical reduction of SOC12 has been investigated in organic solvents with supporting ele...
Electrochemically-driven lithiation of an amorphous carbon electrode was evaluated under three confi...
A nonaqueous inorganic electrolyte, LiAlCl4·3SO2, was employed in an Li/LixCoO2 rechargeable battery...
Cyclic vo l tammograms at smooth carbon electrodes and galvanostatic discharge/charge cycles of poro...
Electrochemically-driven lithiation of an amorphous carbon electrode was evaluated under three confi...
Extensive efforts have been devoted to developing a new battery chemistry that can replace the curre...
This thesis describes an investigation of some of the factors which govern the operation of the comm...
Molecular iodine has been found to be a powerful catalyst for the electroreduction f thionyl chlorid...
This work is devoted to analyse the behaviour of porous carbon electrode in Li/SOC12 cells with a vi...
Carbon has been used widely as the basis of porous cathodes for nonaqueous Li-O-2 cells. However, th...
Carbon has been used widely as the basis of porous cathodes for nonaqueous Li-O-2 cells. However, th...
[[abstract]]©1987 Elsevier - The reaction mechanism of SOCl2 in electrolytes containing AlCl3 or LiA...
Cyclic voltammetry and constant current electrolysis studies of SOCIs/ LiAlC14 solutions showed that...
The Li(SO~.)3 A1C14 solvate has been used to investigate discharge limiting factors of lithium/sulfu...
The normal inertness of l ithium to SOCl ~ and SO2 battery electrolytes changes dramatically if the ...
The electrochemical reduction of SOC12 has been investigated in organic solvents with supporting ele...
Electrochemically-driven lithiation of an amorphous carbon electrode was evaluated under three confi...
A nonaqueous inorganic electrolyte, LiAlCl4·3SO2, was employed in an Li/LixCoO2 rechargeable battery...
Cyclic vo l tammograms at smooth carbon electrodes and galvanostatic discharge/charge cycles of poro...
Electrochemically-driven lithiation of an amorphous carbon electrode was evaluated under three confi...
Extensive efforts have been devoted to developing a new battery chemistry that can replace the curre...
This thesis describes an investigation of some of the factors which govern the operation of the comm...
Molecular iodine has been found to be a powerful catalyst for the electroreduction f thionyl chlorid...
This work is devoted to analyse the behaviour of porous carbon electrode in Li/SOC12 cells with a vi...
Carbon has been used widely as the basis of porous cathodes for nonaqueous Li-O-2 cells. However, th...
Carbon has been used widely as the basis of porous cathodes for nonaqueous Li-O-2 cells. However, th...