T. Tojo et al., ELECTROLYTIC PROCESS OF FLUORINE, ADVANCES IN SCIENCE AND TECHNOLOGY, Denki Kagaku Oyobi Kogyo Butsuri Kagaku, 66(5), 1998, pp. 563-567
LiF impregnated carbon electrode with nickel coating for fluorine cell
was investgated. Polarization or the occurrence of anode effect favor
ably prevented by the function of fluorine - graphite intercalation co
mpound formed on the carbon surface. Electrical connection between car
bon anode and metal - lead was improved by a nickel using an atmospher
ic plasma spraying method. With this treatment, the life of the carbon
anode has prolonged by 2 years without polarization or disintegration
. This electrode can be operated with high current density such as 15
A . dm(-2).