OLED simulation

Simulate three-state emission dynamics, compare hypothetical rates and export reproducible scenarios.

Explore an instantaneous excitation of BNOO, BNSS or BNSeSe using published computed elementary rates. Compare the original reference with hypothetical changes to triplet-to-singlet conversion, terminal non-radiative decay and added triplet loss.

Pulse response

The interactive simulation calculates state populations, radiative emission and cumulative photons. Exact integrated budgets report radiative yield and mean excited-state residence. These are dilute-limit predictions, not device efficiency or operating lifetime.

Reproduce a scenario

Export settings, actual rates, source provenance and complete traces as JSON; restore settings for recalculation. CSV traces use SI units. A separate high-precision Python matrix exponential reproduces the results.

Shizu and Kaji (2024): published computed rates. Equations and validation.

Density-dependent losses

A separate illustrative steady-state model explores TTA and STA. Its dimensionless excitation load is not luminance or current density.