Add to ORKGDiusion-reaction-conduction processes in porous electrodes: the electrolyte wedge proble
A two-dimensional mathematical model for a flow-through porous electrode, in which the electrolyte f...
This chapter discusses the use of channel electrodes in the investigation of interfacial reaction me...
Current-potential relationships are derived for porous electrode systems following a homogeneous mod...
The Second Electrolyte Wedge problem studies diffusion-reaction-conduction processes associated with...
This work studies mathematical issues associated with steady-state modelling of diffusion-reaction-c...
The kinetics of a charge-transfer reaction at a porous gas-diffusion electrode are presented using t...
A mathematical model which describes the operation of porous battery electrodes has been developed. ...
In this chapter, to facilitate understanding and preparing the basic knowledge for rotating electrod...
A multi-scale model of diffusion/reaction at play in a porous electrode is developed and solutions t...
Porous electrodes instead of flat electrodes are widely used in electrochemical systems to boost sto...
Reactions at gas-diffusion electrodes are modeled by treating the electrolyte meniscus geometry as a...
The three-phase boundary length will change with the electrochemical reaction in the working process...
A mathematical treatment was given for the current and potential distribution in a pore when the ele...
The galvanostatic operation of flooded porous electrodes mploying meta l / metal salt couples is ana...
Porous electrodes instead of flat electrodes are widely used in electrochemical systems to boost sto...
A two-dimensional mathematical model for a flow-through porous electrode, in which the electrolyte f...
This chapter discusses the use of channel electrodes in the investigation of interfacial reaction me...
Current-potential relationships are derived for porous electrode systems following a homogeneous mod...
The Second Electrolyte Wedge problem studies diffusion-reaction-conduction processes associated with...
This work studies mathematical issues associated with steady-state modelling of diffusion-reaction-c...
The kinetics of a charge-transfer reaction at a porous gas-diffusion electrode are presented using t...
A mathematical model which describes the operation of porous battery electrodes has been developed. ...
In this chapter, to facilitate understanding and preparing the basic knowledge for rotating electrod...
A multi-scale model of diffusion/reaction at play in a porous electrode is developed and solutions t...
Porous electrodes instead of flat electrodes are widely used in electrochemical systems to boost sto...
Reactions at gas-diffusion electrodes are modeled by treating the electrolyte meniscus geometry as a...
The three-phase boundary length will change with the electrochemical reaction in the working process...
A mathematical treatment was given for the current and potential distribution in a pore when the ele...
The galvanostatic operation of flooded porous electrodes mploying meta l / metal salt couples is ana...
Porous electrodes instead of flat electrodes are widely used in electrochemical systems to boost sto...
A two-dimensional mathematical model for a flow-through porous electrode, in which the electrolyte f...
This chapter discusses the use of channel electrodes in the investigation of interfacial reaction me...
Current-potential relationships are derived for porous electrode systems following a homogeneous mod...