Publication: 

Gull J, Kosina R (2025). Statistical enhancement in two-particle Device Monte Carlo. Journal of Solid-State Electronics, (230), 
doi: 10.1016/j.sse.2025.109210

The first line starts with '#', denoting a comment, and lists the column names. Only the csv-files containing 2D-data do not start with a comment.

potential.csv
Potential shown in red in Fig.1 and Fig.5
Columns: x / nm, potential / eV

Figure 1, left
enhanced_sample_dist_heavy_EES.csv
Cascaded enhancement in single-particle model: Number of heavy samples.
It contains 101 x 250 data points. The x are increasing along rows (0 to 200 nm), E increasing along columns (0 to 5 eV).
The number of samples is drawn on a logarithmic scale (10e0 to 10e5).
Energy levels indicated by red lines are at 1.7, 1.9, 2.1 and 2.3 eV.

Figure 1, right
enhanced_sample_dist_light_EES.csv
Cascaded enhancement in single-particle model: Number of light samples.
It contains 101 x 250 data points. The x are increasing along rows (0 to 200 nm), E increasing along columns (0 to 5 eV).
The number of samples is drawn on a logarithmic scale (10e0 to 10e5).
Energy levels indicated by red lines are at 1.7, 1.9, 2.1 and 2.3 eV.

Figure 2
sample_count_and_edf_comparison.csv
Sample count and EDF (energy distribution function) at x = 130 nm from the single-particle MC model.
left plot: Sample count in columns 2, 3
right plot: EDF in columns 4, 5
Columns: E / eV, enhanced_samples, plain_samples, enhanced_edf, plain_edf

Figure 5, left
enhanced_sample_dist_heavy.csv
Number of samples due to the main states.
It contains 101 x 250 data points. The x are increasing along rows (0 to 200 nm), E increasing along columns (0 to 5 eV).
The number of samples is drawn on a logarithmic scale (10e0 to 10e4).
Energy levels indicated by red lines are at 2, 2.1 and 2.2eV.

Figure 5, right
enhanced_sample_dist_light.csv
Number of samples due to the sub-states.
It contains 101 x 250 data points. The x are increasing along rows (0 to 200 nm), E increasing along columns (0 to 5 eV).
The number of samples is drawn on a logarithmic scale (10e0 to 10e4).
Energy levels indicated by red lines are at 2, 2.1 and 2.2eV.

Figure 6
sample_count_and_edf_comparison_EES.csv
Sample count and EDF at x = 130 nm from the two-particle MC model.
left plot: Sample count in columns 2, 3
right plot: EDF in columns 4, 5
Columns: E / eV, enhanced_samples, plain_samples, enhanced_edf, plain_edf

Figure 9
particle_flux.csv
Single-particle model: Particle flux in arbitrary units.
Columns: x / nm, light_forward, heavy_forward, total_forward

Figure 10
particle_flux_EES.csv
Two-particle model: Particle flux in arbitrary units.
Columns: x / nm, light_forward, heavy_forward, total_forward










