Z_FLW: Z_FLW
In mjlacey/impedanceR: Functions for simulating impedance spectra
Description
Usage
Arguments
Examples
Description
Calculates the impedance of a finite length ("short") Warburg element from its Z0 value,
time constant tau and a vector of angular frequency values. Returns a complex vector.
Usage
1
Z_FLW(Z0, tau, omega)
Arguments
Z0
the DC resistance associated with the FLW in Ohms.
tau
the time constant of the FLW in seconds.
omega
a vector of angular frequency values, which can be created with omega_range()
Examples
1
Z_FLW(50, 1, omega_range(low.logf = -1, high.logf = 5, p.per.dec = 10))
mjlacey/impedanceR documentation built on May 4, 2019, 3:09 a.m.
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Description Usage Arguments Examples
Description
Calculates the impedance of a finite length ("short") Warburg element from its Z0 value, time constant tau and a vector of angular frequency values. Returns a complex vector.
Usage
1 | Z_FLW(Z0, tau, omega)
|
Arguments
Z0 |
the DC resistance associated with the FLW in Ohms. |
tau |
the time constant of the FLW in seconds. |
omega |
a vector of angular frequency values, which can be created with omega_range() |
Examples
1 | Z_FLW(50, 1, omega_range(low.logf = -1, high.logf = 5, p.per.dec = 10))
|
R Package Documentation
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Note that we can't provide technical support on individual packages. You should contact the package authors for that.
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