1.
Stephan Koch
S. Koch, “Numerical Simulation of Superconductive Dipole Magnets”, ... of the MT20 - 20th International Conference on Magnet Technology (MT20 2007), 26. ...
2.
Stephan Koch
S. Koch, “Numerical Simulation of Superconductive Dipole Magnets”, ... of the MT20 - 20th International Conference on Magnet Technology (MT20 2007), 26. ...
3.
TU Darmstadt, Institut für Theorie Elektromagnetischer Felder (TEMF
- [ Translate this page ]Theorie Elektromagnetischer Felder. TU Darmstadt · Kontakt | Impressum | Sitemap | Suche | Druckversion · TEMF. ETIT. Startseite · Institut ...
4.
Institut für Theorie Elektromagnetischer Felder
- [ Translate this page ]Theorie Elektromagnetischer Felder. TU Darmstadt · Kontakt | Impressum | Sitemap | Suche | Druckversion · TEMF. ETIT. Startseite · Institut ...
5.
Electromagnetic waves in waveguides
Normal component of the electric field on the surfaces of a twisted waveguide. Simulation based on a nonorthogonal discretization. ...
6.
Current density inside the human body induced by an electric blanket
Current density inside the body induced by an electric blanket. AVI-Movie, Microsoft MPEG-4 Codec, 1.1MB. The "HUGO Anatomical Data Set" is a product of ...
7.
Current density inside the human body induced by an electric blanket
Current density inside the body induced by an electric blanket. AVI-Movie, Microsoft MPEG-4 Codec, 1.1MB. The "HUGO Anatomical Data Set" is a product of ...
8.
The HUGO-model of the human body
Slice-representation of the materials in the discrete HUGO-model of the human body. CST MICROWAVE STUDIO® - Simulation. AVI-Movie, Microsoft MPEG-4 Codec, ...
9.
Field animations
Electromagnetic field animations. Copyright notice: The following documents are intellectual property of the Computational Electromagnetics Laboratory ...
10.
2005
M. Clemens, S. Feigh, T. Weiland: Construction Principles of Multigrid Smoothers for Curl-Curl Equations. IEEE Transactions on Magnetics (IEEE Mag), Vol. ...