Preface: International Symposium on Computational Electrochemistry

Modelling diffusion to a disk electrode by fully explicit simulation

“…Britz [44]. It surprises us that authors still consider a criterion for the ''success'' of a particular scheme to be the brevity of the CPU time required to implement it, even though these times may often be on the order of seconds or less.…”

A comparison of diffusion-limited currents at microelectrodes of various geometries for EC′ reactions

“…[15,16]. Numerical solutions of currents for EC reactions have also been obtained by Lavagnini et al [17], employing the hopscotch method, and by Galceran et al [13] using the finite element method.…”

“…Much work has been carried out to study the EC mechanism at ultramicroelectrodes using analytical approximations [3][4][5][6][7][8][9][10][11][12][13][14] and numerical methods [15][16][17][18][19][20][21][22]. Space permits us to mention only a few of them below.…”

Numerical simulation of steady-state ion transfer to rotating disk electrode: Accuracy and computational efficiency

“…Recent advances in the field of digital simulation of electroanalytical experiments were considered in review [27]. Among the main means of enhancing the accuracy and efficiency, the use of nonuniform grids, transformation of coordinates, high-order special discretizations and adaptive grid methods should be noted [ [27] and references cited therein].…”