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2010•Journal of Inner Mongolia University of Science and TechnologyRequires access

Simulation of the electric field in 10kA all buried rare earth electrolytic cell

Hailing Zhang

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Abstract

The new groove of rare earth electrolytic cell with different distance between anode and cathode was simulated according to the effect of current density of anode and cathode,with the help of the groove in sodium electrolytic cell and using the ANSYS software.Taking into account of the voltage and current efficiency in groove and keeping the current density of anode,the different results of simulation were applied,and the best structural data of distance were defined.

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What this paper is about

The new groove of rare earth electrolytic cell with different distance between anode and cathode was simulated according to the effect of current density of anode and cathode,with the help of the groove in sodium electrolytic cell and using the ANSYS software.Taking into account of the voltage and current efficiency in groove and keeping the current density of anode,the different results of simulation were applied,and the best structural data of distance were defined.

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Available abstract

The new groove of rare earth electrolytic cell with different distance between anode and cathode was simulated according to the effect of current density of anode and cathode,with the help of the groove in sodium electrolytic cell and using the ANSYS software.Taking into account of the voltage and current efficiency in groove and keeping the current density of anode,the different results of simulation were applied,and the best structural data of distance were defined.

Key concepts: Anode, Cathode, Electrolyte, Current density, Electrolytic cell, Groove (engineering), Current (fluid), Materials science

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