EleChemr (version 1.1.0)

ParCall: Parameters call

Description

Returns a list with the parameters necessary for the simulation

Usage

ParCall(Fun, n., Temp., Dx1., eta., exptime., Eo1., ko1., ko2., kc., Dm.,
  Vf., Vi., Vs., alpha1., Eo2., Dred1., Dred2., alpha2., Dred3., Dred4.,
  ko3., ko4., kco., kc1., kc2., kc3., kc4., alpha3., alpha4., Eo3., Eo4.)

Arguments

Fun

Name of the function this function is called to. Must be a string.

n.

Number of electrons

Temp.

Temperature for the simulation

Dx1.

Diffusion coefficient of species One

eta.

OverPotential for potential step

exptime.

experimental time for the simulation

Eo1.

reduction potential of the first electrochemical reaction

ko1.

heterogeneous electron transfer rate constant of the first electrochemical reaction

ko2.

heterogeneous electron transfer rate constant of the second electrochemical reaction

kc.

Chemical rate constant for first Ox Species, used in simulation with just one species

Dm.

Simulation parameter, maximum 0.5 for explicit methods

Vf.

Final potential of the sweep

Vi.

Initial potential of the sweep

Vs.

Scan rate of the simulation

alpha1.

charge transfer coefficient of the first electrochemical reaction

Eo2.

reduction potential of the second electrochemical reaction

Dred1.

diffusion coefficient of the first reduced species

Dred2.

diffusion coefficient of the second reduced species

alpha2.

charge transfer coefficient of the second electrochemical reaction

Dred3.

diffusion coefficient of the third reduced species

Dred4.

diffusion coefficient of the fourth reduced species

ko3.

heterogeneous electron transfer rate constant of the third electrochemical reaction

ko4.

heterogeneous electron transfer rate constant of the fourth electrochemical reaction

kco.

Chemical rate constant for first Ox Species

kc1.

Chemical rate constant for first Red Species

kc2.

Chemical rate constant for second Red Species

kc3.

Chemical rate constant for third Red Species

kc4.

Chemical rate constant for fourth Red Species

alpha3.

charge transfer coefficient of the third electrochemical reaction

alpha4.

charge transfer coefficient of the fourth electrochemical reaction

Eo3.

reduction potential of the third electrochemical reaction

Eo4.

reduction potential of the fourth electrochemical reaction

Value

inverse matrix of the selected

Examples

# NOT RUN {
ParCall("ChronAmp", n. = 1, Temp. = 298, Dx1. = 0.0001, exptime. = 1, Dm. = 0.45)

# }