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**************************** EXPERIMENTS *******************************
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Description of the folders and of the files therein:


***** "Film_LGPO_HT_deposition_EIS_Ar" *****

Folder "Film_LGPO_HT_deposition_EIS_Ar" contains impedance spectra recorded on the thin film deposited at 500 C. 
In each file the temperature is reported in the title. Spectra were acquired from the highest to the lowest temperature.
The geometry is reported in the file "Film_HT_geometry.txt".


***** "Film_LGPO_RT_deposition_EIS_Ar" *****

Folder "Film_LGPO_RT_deposition_EIS_Ar" contains impedance spectra recorded on the thin film deposited at room temperature. 
In each file the temperature is reported in the title. Spectra were acquired from the highest to the lowest temperature.
File "RT_25C_Ar_before_arrehnius.txt" contains the impedance spectra acquired before increasing the temperature.
The geometry is reported in the file "Film_HT_geometry.txt".


***** "Pellet_EIS_Ar" *****

Folder "Pellet_EIS_Ar" contains impedance spectra recorded on the sintered pellet. File "Pellet_geometry.txt" contains the geometry of the pellet.
Spectra were acquired from the highest to the lowest temperature.


***** "xrd" *****

Folder "xrd" contains the xrd data of films and pellet. Files report the 2theta angular position and the intensity recorded.
File "HT_Film_LGPO_T2T 20_50_0.01_33sec_2_sq_3_2mm.txt" contains the 2theta/omega scan of the film deposited at 500 C.
File "RT_Film_LGPO_T2T 20-50_0.01_20sec_2mm_sq_1mm.txt" contains the 2theta/omega scan of the film deposited at room temperature.
File "RT_Film_LGPO__detector_2theta_long_scan.txt" contains the 2theta scan of the film deposited at room temperature, omega = 1 degree.
File "Pellet-LGPO-XRD.ASC" contains the 2theta/omega scan of the pellet.


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************************** SIMULATIONS *********************************
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Each folder contains details (CP trajectory files "LGPO.evp", "LGPO.cel", "LGPO.pos") of the NVT simulation of Li40Ge4P8O48 at the given temperature (T=600,720,900,1000,1100,1400K).

Description of the files:

***** "LGPO.evp" *****

column  1: MD step 
column  2: time(ps)
column  3: kinetic energy of the electronic wavefunctions (Hartree)
column  4: temperature of the cell (K)
column  5: temperature of the ions (K)
column  6: total energy (Hartree)
column  7: enthalpy (Hartree)
column  8: total energy + kinetic energy of the ions (Hartree)
column  9: total energy + kinetic energy of the ions + kinetic energy of the electronic wavefunctions + kinetic energy of the thermostat + interaction energy with the thermostat (Hartree)
column 10: volume (a.u.)
column 11: pressure (GPa)


***** "LGPO.cel" *****

The cell of the system at each MD step and time, as {a, b, c} as column vectors, in a.u.


***** "LGPO.pos" *****

The ionic positions, in a.u., at each MD step and time, listed as follows:

- 40 Li ions
-  4 Ge ions
-  8  P ions
- 48  O ions