Dietrich Hinz

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A project is pursued to built a 50 MJ pulsed field laboratory at the Research Centre Rossendorf to obtain magnetic fields up to 100 Tesla at 10 ms pulse length [1]. This would provide the appealing possibility to have e.g. access to Zeeman energies in the energy range of the infrared free electron laser (5μm to 250μm) which is now under construction at the(More)
The recent discovery of superconductivity at the relatively high transition temperature Tc ≈ 40 K in the binary MgB2 [1] was completely unexpected as the preparation and the structure of this material have already been described almost 50 years ago. MgB2 has a hexagonal AlB2-type structure and contains graphite-type boron layers which are separated by(More)
The structural and thermal behavior of all members of the homologous series of neodymium(III) alkanoates, ranging from neodymium(III) butyrate to neodymium(III) eicosanoate are described. Neodymium(III) butyrate monohydrate, Nd(C3H7COO)3.H2O crystallizes in space group P1 (No. 2), Z = 2. The lattice parameters are a = 9.824(2) A, b = 11.974(2) A, c =(More)
in daily-life applications and are key components of numerous electronic, data and medical devices as well as of many applications in the automotive sector. The combination of properties of the R sublattice (4f) and the T sublattice (3d) led to the dramatic improvement in the energy density (BH)max of hard magnetic materials during the last two decades. In(More)
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