The effects of enhanced biological phosphorus removal with electric field formed by inert electrode were studied.

Developments of inert electrode materials for aluminum electrolysis in the nineties were introduced in this paper.

Effects of technological conditions on properties of inert anodes of Ag/NiFe_2O_4 cermet;

Preparation of large scale NiFe_2O_4-10NiO/17Ni type inert anode for aluminium electrolysis;

Effect of on grain composition on properties of inert anodes;

The physical properties of the inert anodes based on perovskite-like Oxygen-Ceramic for Al electrolysis;

Preparation and properties of fiber/NiFe_2O_4 composite ceramic inert anodes

Cold isostatic press sintering is adopted to prepare Co-Ni-xNiFe2O4 (x=5 %, 10 %, 15 % and 20 wt%) metal based inert anodes for aluminum electrolysis.

The TiB_2 as inert cathode material for aluminum electrolysis, was electrodeposited successfully on carbon cathode as a coating by way of molten salts electrolysis at 800℃ for 3 hours with a current density 0.

Sample of compact TiB 2-MoSi 2 inert cathode is prepared by cold-pressing and sintering.

Some materials,including metal anodees and oxide anodes in the inert anodes and titanium diboron material in the inert cathodes,were especially focused on.

The causes & the countermeasures of action inertia;