Add to ORKGThis chapter demonstrates how to use Mathematica to simulate electrochemical systems in which rotating disk electrodes are used. The Navier-Stokes equation is solved by first symbolically converting it into a nonlinear ODE. This equation is then solved using the shooting method. The diffusion-convection equation is solved by fully implicit finite differences
In this thesis, we present a thorough study of chemical-electrochemical mechanisms in rotating disk ...
Rotating-disc electrodes (RDEs) are favored technologies for analyzing electrochemical processes in ...
In electrochemistry, the study of mass transport is often carried out by means of rotating electrode...
The Convection-Diffusion Equation is a partial differential equation that is used to study the effec...
A backwards-implicit-based finite difference simulation of differential pulse voltammetry (DPV) and ...
A general computational strategy is presented for the calculation of steady-state current-voltage wa...
The current distribution a stationary disk electrode below a rotating disk at high Schrnidt numbers ...
In order to avoid the problem of gas bubbles blocking the surfaces of rotating disk electrodes, we p...
The radial variation of deposit thickness on a rotating disk electrode was measured for deposition o...
A series solution to the transient convective diffusion equation for the rotating disc electrode sys...
Strutwolf J, Schoeller W. Linear and cyclic sweep voltammetry at a rotating disk electrode. A digita...
A series solution to the transient convective diffusion equation for the rotating disc electrode sys...
A series solution to the transient convective diffusion equation for the rotating disc electrode sys...
Fully implicit steady-state finite difference simulations have been developed, which incorporate rad...
Fully implicit steady-state finite difference simulations have been developed, which incorporate rad...
In this thesis, we present a thorough study of chemical-electrochemical mechanisms in rotating disk ...
Rotating-disc electrodes (RDEs) are favored technologies for analyzing electrochemical processes in ...
In electrochemistry, the study of mass transport is often carried out by means of rotating electrode...
The Convection-Diffusion Equation is a partial differential equation that is used to study the effec...
A backwards-implicit-based finite difference simulation of differential pulse voltammetry (DPV) and ...
A general computational strategy is presented for the calculation of steady-state current-voltage wa...
The current distribution a stationary disk electrode below a rotating disk at high Schrnidt numbers ...
In order to avoid the problem of gas bubbles blocking the surfaces of rotating disk electrodes, we p...
The radial variation of deposit thickness on a rotating disk electrode was measured for deposition o...
A series solution to the transient convective diffusion equation for the rotating disc electrode sys...
Strutwolf J, Schoeller W. Linear and cyclic sweep voltammetry at a rotating disk electrode. A digita...
A series solution to the transient convective diffusion equation for the rotating disc electrode sys...
A series solution to the transient convective diffusion equation for the rotating disc electrode sys...
Fully implicit steady-state finite difference simulations have been developed, which incorporate rad...
Fully implicit steady-state finite difference simulations have been developed, which incorporate rad...
In this thesis, we present a thorough study of chemical-electrochemical mechanisms in rotating disk ...
Rotating-disc electrodes (RDEs) are favored technologies for analyzing electrochemical processes in ...
In electrochemistry, the study of mass transport is often carried out by means of rotating electrode...