Add to ORKGSecondary current density distributions are of interestto cell designers. The purpose of this note is to illustratehow to use an existing numerical method to determinethese distributions for cells that contain conducting andnonconducting bodies between the main anode and cathode
The primary and secondary current distributions near the leading edges of the cathode and anode of a...
The primary and secondary current distributions in bipolar electrochemical reactors with recessed el...
A mathematical model to calculate tertiary current distributions in electrochemical reactors is pres...
Secondary current density distributions are of interestto cell designers. The purpose of this note i...
Current density distribution is an important considerationfor those involved in designing electroche...
density; and, consequently, should prevent overheating or blistering of the membrane and damage to t...
Secondary current density distributions in a parallel two-plane Al/air cell and a wedge shaped Al/ai...
The study investigates the secondary current distribution in a zinc electrowinning cell in order to ...
The secondary current distribution is calculated for current flow between planar electrodes placed o...
The current distributions in a stack of bipolar, membranechlor-alkali cells are important design con...
A technique based on the analytical method of lines is presented for predicting shape changes during...
The effect of ohmic resistance of electrodes on current density distribution is shown to depend on t...
A novel yet efficient method for the computation of simplified tertiary current density and surface ...
An approach based on the equations of electrochemical kinetics for the estimation of the current den...
The chlor-alkali industry is one of Europe s largest chemical industries and produces chlorine gas, ...
The primary and secondary current distributions near the leading edges of the cathode and anode of a...
The primary and secondary current distributions in bipolar electrochemical reactors with recessed el...
A mathematical model to calculate tertiary current distributions in electrochemical reactors is pres...
Secondary current density distributions are of interestto cell designers. The purpose of this note i...
Current density distribution is an important considerationfor those involved in designing electroche...
density; and, consequently, should prevent overheating or blistering of the membrane and damage to t...
Secondary current density distributions in a parallel two-plane Al/air cell and a wedge shaped Al/ai...
The study investigates the secondary current distribution in a zinc electrowinning cell in order to ...
The secondary current distribution is calculated for current flow between planar electrodes placed o...
The current distributions in a stack of bipolar, membranechlor-alkali cells are important design con...
A technique based on the analytical method of lines is presented for predicting shape changes during...
The effect of ohmic resistance of electrodes on current density distribution is shown to depend on t...
A novel yet efficient method for the computation of simplified tertiary current density and surface ...
An approach based on the equations of electrochemical kinetics for the estimation of the current den...
The chlor-alkali industry is one of Europe s largest chemical industries and produces chlorine gas, ...
The primary and secondary current distributions near the leading edges of the cathode and anode of a...
The primary and secondary current distributions in bipolar electrochemical reactors with recessed el...
A mathematical model to calculate tertiary current distributions in electrochemical reactors is pres...