DSC	Differential Scanning Calorimetry
FEM	Finite Elements Method
IIMin	Imaginary Impedance Minimum
RMSRE	Root Mean Squared Relative Error
$\underset{\_}{\cdots }$	Complex quantity
$\overrightarrow{\cdots }$	Vector quantity
A	Area
$A_{2,3}$	Warburg impedance
$\alpha$, $\beta$	Shape parameters for dipole relaxation
$C_{\cdots }$	Capacitance
$C_s$	Capacitance for relaxed dipoles
$C_{\infty }$	Capacitance for immobilised dipoles
D	Diffusion constant
E	Electric field strength
e	Unit charge
${\epsilon }_0$	Permittivity constant
${\epsilon }_r$	Relative permittivity
${\epsilon }_s$	Relaxed permittivity
${\epsilon }_{\infty }$	Permittivity for immobilised dipoles
$\mathcal{F}$	Fourier transformation
f	Frequency
$f_C$	Characteristic frequency for dipole relaxation
i	Amperage
j	Imaginary unit
$K_{IDC}$	Sensitivity of interdigitated electrodes sensor
L	Electrode spacing
N	Number of measuring points
n	Run variable
$\varphi$	Electric potential
Q	Electric charge
$R_{\cdots }$	Resistance
${\rho }_{\pm }$	Kation and anion concentration
T	Temperature
$u,U$	Voltage
$\omega$	Angular frequency
${\omega }_0$	Excitation angular frequency
Z	Impedance