Rapid mass transport to electrodes in foamed electrolyte
Rapid mass transport to Pt electrodes in foamed electrolytes, examining current density-anode overpotential relationship
Engineering topics
Publications and source records attributed to Nanis, L..
Rapid mass transport to Pt electrodes in foamed electrolytes, examining current density-anode overpotential relationship
Silver oxide electrode study and transport parameters of zincate ion through polyethlene separator
Foam structure feeds fuel gas solution into electrolyte. Fuel gas reacts at static, three-phase interface between fuel gas, electrolyte, and electrode material. The foam forms an electrical contact between main body of electrolyte and the electrode, and aids in removal of by-products of the chemical reaction.
Silver oxide electrodes and transport parameters in zinc-silver oxide battery system
Potential effect on wetting of platinum electrodes in acid electrolytes noting drainage role
Field ion microscopy application in electrochemistry for surface effects observations, studying exchange current density on iridium tip
Overpotential transients on rotating disk, current and potential distributions in cylinders, foamed electrolyte fuel cell, atomic scale electrode processes, and charge transfer complexes
Approximation method solution of nonlinear differential equation for time variation of overpotential during galvanostatic charging in electrochemical cell
Current and potential distributions in cylindrical geometries of fuel cells
Foaming additive to provide continuous supply of gas-saturated electrolyte to electrode of fuel cell
Transient concentration polarization in natural convection electrolysis