README — Supplementary Data


This archive contains all data, tables, and Python scripts required to 
reproduce the numerical results in the manuscript.

Directory structure
-------------------
parameters_table.csv        — list of all physical parameters used
calculation_scripts    — main_cacluation 
output_tables        — generated numerical outputs and figures
README.txt                  — this file


Description of scripts


1. calculation_scripts.py
   - Main executable script.
   - Computes Debye length (λD), plasma beta (β), chemical energy ranges,
     radiated-power ranges, fade-time estimates, Reynolds numbers,

2. Parameters_table
   - Contains fundamental physical functions:
         debye_length(ne, Te_eV)
         plasma_beta(ne, Te_eV)
         surface_charge(R, V)
         chemical_energy(md, Qchem)
         Reynolds number, turbulent diffusivity, Coulomb energy, etc.
   - All closed-form physics in the manuscript is implemented here.

3. ncertainty_scan.py
   - Computes uncertainty propagation for λD using ±10% ranges for ne and Te.
   - Outputs:
         output_tables/uncertainty_scan.csv



Description of data files
-------------------------

parameters_table.csv
   - Full list of physical inputs (ne range, Te range, md range, etc.).

output_tables/plasma_parameters.csv
   - Table of λD, β at ne = 1e16–1e18 m^-3 and Te = 1–2 eV.

output_tables/radiated_power.csv
   - Radiated power values scanned in the model (5–15 W).

output_tables/uncertainty_scan.csv
   - Debye-length uncertainty grid (ne_unc, Te_unc, λD_unc).

output_tables/*.png
   - Figures generated directly from main_calculations.py and uncertainty_scan.py.


Reproduce results

1. Install Python 3.1+ and run in VS studio with install numpy, scipy, pandas, matplotlib.

2. All tables and figures used in the paper will appear in `output_tables.

Contact

Additional scripts or intermediate versions are available from the 
corresponding author upon reasonable request.