K-FREC: Frequency Conversion Systems

Full Code Description

K-FREC simulates frequency conversion systems to optimize energy conversion from fusion reactors by adjusting the frequency of electromagnetic waves.

Uses frequency adjustment models to maximize energy conversion from various electromagnetic waveforms generated in fusion processes.

Enhancing energy capture efficiency by adjusting the frequencies of electromagnetic waves in energy conversion systems.

Frequency of electromagnetic waves, Plasma ion density, Magnetic field strength

Frequency conversion efficiency, Power output, Electromagnetic wave absorption

1.Frequency adjustment model for energy conversion optimization

2.Finite element method for electromagnetic wave analysis

3.Spectral method for optimizing frequency conversion

4.Monte Carlo simulations for electromagnetic wave absorption

5.Adaptive mesh refinement for frequency conversion system simulations

6.Time-domain solver for electromagnetic frequency adjustment

7.Boundary layer analysis for electromagnetic wave propagation

8.Particle-in-cell method for wave-particle interaction modeling

9.Crank-Nicolson scheme for time-evolving frequency conversion

10.Spectral element method for frequency conversion optimization

11.Fast Fourier Transform for electromagnetic wave analysis

12.Implicit-explicit solver for frequency adjustment calculations

13.Finite difference method for electromagnetic wave dynamics

14.Least squares optimization for frequency conversion efficiency

15.High-order finite element solver for wave-particle interactions

16.Semi-Lagrangian method for frequency conversion analysis

17.Spectral decomposition for optimizing wave absorption

18.Time-stepping method for electromagnetic frequency adjustments

19.Galerkin method for optimizing frequency conversion

20.Radiative transfer solver for electromagnetic wave absorption efficiency