Description Usage Arguments Value Examples

Return a graph I vs E of the electrochemical process, up to 4 EE mechanisms and CE mechanisms can be simulated

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 | ```
Gen_CV(
Co = 0.001,
Cred = 0,
kco = 0,
Dx1 = 1e-05,
Eo1 = 0,
kc1 = 0,
Vi = 0.3,
Vf = -0.3,
Vs = 0.001,
ko1 = 0.01,
alpha1 = 0.5,
Dred = 1e-05,
Dred2 = 1e-05,
Eo2 = 0,
kc2 = 0,
ko2 = 0,
alpha2 = 0.5,
Dm = 0.45,
Dred3 = 1e-05,
Eo3 = 0,
kc3 = 0,
ko3 = 0,
alpha3 = 0.5,
Dred4 = 1e-05,
Eo4 = 0,
kc4 = 0,
ko4 = 0,
alpha4 = 0.5,
Temp = 298.15,
n = 1,
Area = 1,
l = 100,
DerApprox = 2,
errCheck = FALSE,
Method = "Euler"
)
``` |

`Co` |
bulk concentration oxidated speciesexpressed in Molar |

`Cred` |
bulk concentration of reduced species expressed in Molar |

`kco` |
Chemical rate constant for Ox Species expressed in s^-1 |

`Dx1` |
diffusion coefficient of the oxidized species expressed in cm^2/s |

`Eo1` |
reduction potential of the first electrochemical reaction expressed in Volt |

`kc1` |
Chemical rate constant for Red Species expressed in s^-1 |

`Vi` |
initial potential of the sweep expressed in Volt |

`Vf` |
final potential of the sweep expressed in Volt |

`Vs` |
potential scan rate of the simulation expressed in V/s |

`ko1` |
heterogeneous electron transfer rate constant of the first electrochemical reaction expressed in m/s |

`alpha1` |
charge transfer coefficient of the first electrochemical reaction |

`Dred` |
diffusion coefficient of the first reduced species expressed in cm^2/S |

`Dred2` |
diffusion coefficient of the second reduced species expressed in cm^2/s |

`Eo2` |
reduction potential of the second electrochemical reaction expressed in Volt |

`kc2` |
Chemical rate constant for second Red Species expressed in s^-1 |

`ko2` |
heterogeneous electron transfer rate constant of the second electrochemical reaction expressed in m/s |

`alpha2` |
charge transfer coefficient of the second electrochemical reaction |

`Dm` |
simulation parameter, maximum 0.5 for explicit methods |

`Dred3` |
diffusion coefficient of the third reduced species expressed in cm^2/s |

`Eo3` |
reduction potential of the third electrochemical reaction expressed in Volt |

`kc3` |
Chemical rate constant for third Red Species expressed in s^-1 |

`ko3` |
heterogeneous electron transfer rate constant of the third electrochemical reaction expressed in m/s |

`alpha3` |
charge transfer coefficient of the third electrochemical reaction |

`Dred4` |
diffusion coefficient of the fourth reduced species cm^2/s |

`Eo4` |
reduction potential of the fourth electrochemical reaction expressed in Volt |

`kc4` |
Chemical rate constant for fourth Red Species expressed in s^-1 |

`ko4` |
heterogeneous electron transfer rate constant of the fourth electrochemical reaction expressed in m/s |

`alpha4` |
charge transfer coefficient of the fourth electrochemical reaction |

`Temp` |
temperature in kelvin |

`n` |
number of electrons involved in the process |

`Area` |
area of the electrode expressed in cm^2 |

`l` |
number of time steps of the simulation |

`DerApprox` |
number of point for the approximation of the first derivative |

`errCheck` |
if true the function returns a list with parameters for CottrCheck function |

`Method` |
method to be used for the simulation = "Euler" "BI" "RK4" "CN "BDF" |

if errCheck == F a graph I vs E, if errCheck == T a list

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