Description
In the framework of the project materials libraries of the type Fe-Co-X-Y (X=other 3d or 4d metals and Y=B,C,P,N) have to be fabricated by sputter deposition with the aim of finding regions with an increased magnetocrystalline anisotropy (BHmax). Another approach will be to epitaxially grow Fe-Co-Y systems on different substrates and bufferlayers (e.g. Au-Cu) to achieve a distortion of the unit cell. These materials libraries will be characterized with the help of high throughput characterization methods to identify the regions of interest. Special focus will be put on the analysis by XRD and magnetic characterization by VSM and MOKE. The new postdoc will be supported by another postdoc who is working on the project since the beginning of the project. There is also a network of cooperation partners with whom extensive collaboration is in progress. Obligatory project meetings take part on a regular basis. Results are expected to be published in international journals and presented on conferences.
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