Data related to the article "Frequency-dependent impedance of nanocapacitors from electrode charge fluctuations as a probe of electrolyte dynamics"

Contains input files and data used to generate the figures of the article: Frequency-dependent impedance of nanocapacitors from electrode charge fluctuations as a probe of electrolyte dynamics (Giovanni Pireddu and Benjamin Rotenberg) arXiv: https://arxiv.org/abs/2206.13322 The folder EXAMPLE_INPUT_FILES contains typical MetalWalls (repository) input files used to perform the simulations. The folder DATA_FIGURES contains the processed data used to plot all the figures of the paper (see below).   The 'd' labels are used in the directory or file names to refer to the following interelectrode distances considered: - 'd1' corresponds to 2.51 nm; - 'd2' corresponds to 4.94 nm; - 'd3' corresponds to 9.76 nm; - 'd4' corresponds to 19.42 nm; Figure 1: - 'Fig1_Continuum.dat':         -  Capacitance calculated considering a continuum approximation - 'Fig1_DDS.dat':     -  Capacitance calculated considering the DDS model (three capacitors in series) - 'Fig1_MD.dat':     -  Capacitance calculated from MD simulations. Includes the capacitance of the empty capacitor. Figure 2: Panel A - 'Fig2_QACFd.dat':     - Time autocorrelation function of the electrode charge fluctuations Panel B - 'Fig2_Qrampd.dat':     - Charge profile upon a step in voltage (0 to 1 V) - 'Fig2_Vramp.dat':     - Voltage ramp related to the charging profiles Panel C - 'Fig2_QACFNormd.dat':     - Normalized charge autocorrelation function -'Fig2_QrampNormd.dat'     - Normalized charge profile Figure 3: - 'Fig3_MDd.dat':     - Real and imaginary parts of impedance as estimated from MD simulations - 'Fig3_ECd.dat'     - Real and imaginary parts of impedance as calculated from the equivalent circuit models Figure 4: - 'Fig4_MDd.dat':     - Magnitude of admittance as estimated from MD simulations - 'Fig4_Debyed*.dat':     - Magnitude of admittance as calculated from the Debye relaxation model Inset - 'Fig4_MDTau.dat':     - Relaxation time estimated from MD simulations - 'Fig4_TauFit.dat':     - Fit of the relaxation time