The program can perform the following micromagnetic simulations:
- quasistatic (equilibrium magnetization configuration in a given external field) and
- dynamic (time-dependent remagnetization with and without thermal fluctuations)
Additional SPIN-INJECTION module is available on demand.
Simulated system:
- single- and multi- layer elements with and without non-magnetic spacer
- open and periodic boundary conditions
- shape: arbitrary (complicate shapes via user-supplied mask)
- edge effects: edge roughness
- polycrystalline thin film structure
- different or identical grain structure for subsequent layers
- cubic and/or uniaxial random anisotropy of crystal grains
- cubic and/or uniaxial homogeneous anisotropy
- FM or AFM interlayer coupling
- different magnetic parameters for different layers in a multi-layer system
User-related features:
- Simple installation (completely stand-alone tool)
- User-friendly windows-interface for parameter input
- Interactive graphic presentation of results (as arrows, grey- scale or color maps)
- Text output of:
- All average equilibrium or time-dependent magnetization and energy values
- Magnetization values for every discretization cell (may be also time-dependent)
- Graphic output of magnetization configurations
- Full OnLine help
