- This package contain particle code for simulating laser-electron collision
- Free software: BSD license
- Documentation
This code includes the following features:
- Radiation Reaction (RR)
- Landau-Liftshitz (LL)
- Sokolov (SKL)
- Stochastic (SCS)
- Classical and QED-assisted model for LL & SKL
- Radiation model
- Nonlinear Compton Scattering
- Simulating a single electron or an electron bunch
- Calculating radiation spectrum and photon number distribution
- Calculating radiation angular distribution
- Pair production
- Bethe-Heitler
- nonlinear Breit-Wheeler (to do)
- Laser field beyond paraxial approximation up to fifth order
- Spatial and temporal Gaussian shape laser pulse (Linear & Circular polarisation)
- Load electron beam energy distribution from experimental data
To begin, the following dependencies are required:
- fortran compiler (e.g. gfortran)
- Massage Passing Interface, MPI (e.g. OpenMPI)
- OpenMP
./LEC.cmp
echo Data | mpirun -np 32 ./bin/LEC
where Data is a folder contains the input.dat file. To set the number of threads export OMP_NUM_THREADS=n, where n is the number of thread. To run multiple simulations at one run, prepare DataN with each input and execute ./LEC_multirun.jcf. Please modify this file for N.
Ong Jian Fuh
Toseo Moritaka
The code are used for the following publications:
- J. F. Ong, T. Moritaka, and H. Takabe, Radiation Reaction in the interaction of Ultraintense laser with matter and gamma ray source, Physics of Plasmas 23, 053117 (2016).
- J. F. Ong, T. Moritaka, and H. Takabe, The suppression of radiation reaction and laser field depletion in laser-electron beam interaction, Physics of Plasmas 25, 033113 (2018).
- J. F. Ong, T. Moritaka, and H. Takabe, Optimizing the energies conversion in laser-electron beam collision, Physics of Plasmas 26, 033102 (2019).
- T. Moritaka et-al., J. Phys. Conf. Ser. 454 012016 (2013).