µMAG Standard Problem #4 results

See the problem specification.
µMAG could not succeed without the contributions of colleagues working outside NIST. Although we value the contributions made by these colleagues, NIST does not necessarily endorse the views expressed or the data presented in the submitted solutions shown below.

Solution directory

Submitted Solution: Dmitri V. Berkov

April 19, 2007.
Dmitri V. Berkov
INNOVENT Technology Development, Pruessingstr. 27B, D-07745 Jena, Germany
Dmitri V. Berkov

These results were obtained using the MicroMagus software package, ver. 5.15. The discretization used was 200 x 50 x 1 (i.e., cell size 2.5 nm x 2.5 nm x 3 nm). The time integration method was an optimized Bulirsch-Stoer with adaptive step size control; integration accuracy is 10-6.



Time series data contain 4 columns: time (ns), <Mx/Ms>, <My/Ms>, <Mz/Ms>. Vector data has 6 columns: x, y, z  position in nm, and Mx/Ms, My/Ms, Mz/Ms  normalized magnetization components.
Please send comments to rmcmichael@nist.gov and join the µMAG discussion e-mail list.

Site Directory

µMAG organization / NIST CTCMS / rmcmichael@nist.gov