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prathameshnium/Solid-State-Physics-Calculators

A collection of Python scripts for analyzing experimental data from solid-state physics, including calculations for activation energy (Arrhenius model) and charge transport parameters (Mott-VRH model).

arrhenius-plotconductivitydata-analysismaterials-sciencemott-vrhphysicspythonsolid-state-physics

Solid-State-Physics-Calculators

(formaly calculations)

This repository contains Python scripts to calculate parameters from linear fits of experimental data.

Scripts

  • arrhenius_parameter_calculator.py: Calculates Activation Energy ($E_a$) from a ln(rate) vs. 1000/T plot's slope and intercept.
  • mott_vrh_parameter_calculator.py: Calculates Characteristic Temperature ($T_0$) from a ln(conductivity) vs. T^(-1/4) plot's slope and intercept.

How to Use

  1. Open a script.
  2. Set the a (slope) and b (intercept) variables.
  3. Run the file.

Languages

Jupyter Notebook98.8%Python1.2%

Contributors

PR
MIT License
Created December 11, 2022
Updated October 1, 2025
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