Program features
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