K-PHOT: Photovoltaic Conversion

Full Code Description

K-PHOT simulates the photovoltaic conversion of light energy into electricity in fusion reactor environments.

Uses photovoltaic models to convert the fusion-generated photons into electrical energy through photoelectric effects.

Optimizing photovoltaic efficiency for converting light from fusion reactions into electrical power.

Light intensity, Photovoltaic material properties, Energy bandgap

Electricity output, Conversion efficiency, Photon absorption rate

1.Photovoltaic effect model for energy conversion

2.Spectral method for optimizing photon absorption

3.Finite element method for light intensity distribution

4.Monte Carlo simulations for photovoltaic efficiency

5.Crank-Nicolson scheme for energy bandgap optimization

6.Boundary value solver for light-to-electricity conversion

7.Adaptive mesh refinement for photovoltaic efficiency modeling

8.Fast Fourier Transform for photon absorption analysis

9.Spectral element method for energy bandgap dynamics

10.Finite volume method for light intensity distribution

11.Particle-in-cell method for photon-electron interaction modeling

12.Time-domain solver for photovoltaic energy output

13.Implicit-explicit solver for light-to-electricity conversion

14.Spectral decomposition for optimizing photon absorption

15.Least squares optimization for photovoltaic material properties

16.Semi-Lagrangian method for light intensity analysis

17.Finite difference time domain (FDTD) for photon energy distribution

18.Radiative transfer model for light-to-electricity conversion efficiency

19.High-order finite element method for photon energy capture

20.Monte Carlo method for optimizing light absorption efficiency