Browsing 2019 by Author "KIENLE, L."

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  • KAMP, M.; VOB, L.; BICHEL, T.; HICKE, M.; SCHÜRMANN, U.; KIENLE, L. (Tehnica UTM, 2019)
    The magnetic and mechanical properties of transition metal nitrides can be altered in many ways by their composition and microstructure, thus giving them excellent usability for spintronics and corrosion resistant coatings. ...
  • KIENLE, L. (Tehnica UTM, 2019)
    Today’s advanced materials are coined by structural, chemical and functional properties that require combined approaches of cutting-edge methods for their characterization. In order to determine the structures on multiscales ...
  • KOOPS, C. T.; HRKAC, S. B.; ABES, M.; JORDT, P.; STETTNER, J.; PETRARU, A.; KOHLSTEDT, H.; HRKAC, V.; WOLFF, N.; KIENLE, L.; SEECK, O. H.; NISBET, G.; MAGNUSSEN, O. M.; MURPHY, B. M. (Tehnica UTM, 2019)
    The elastic coupling in multiferroic materials and even more so in magnetoelectric composites plays an important role for the properties and function. In this study, the electrically induced strain at the epitaxial interface ...
  • GRONENBERG, O.; CARSTENS, N.; VAHL, A.; FAUPEL, F.; KIENLE, L. (Tehnica UTM, 2019)
    Memristors are promising candidates for new memory technologies and are capable to mimic neural networks. The switching in memristive devices occurs typically in few nanometer thin oxide layers. The direct observation of ...
  • AKINSINDE, L. O.; SCHEITZ, S.; ZIMOCH, L.; SIERCK, J. K.; SIEBERT, L.; ADELUNG, R.; SCHÜRMANN, U.; RÜBHAUSEN, M. A.; DANKWORT, T.; KIENLE, L. (Tehnica UTM, 2019)
    Here we report about the synthesis of Bi2Te3 based flexible thermoelectric materials and the response of the electrical resistivity to tensile and compressive stress. As a template fiber spun polymers have been used onto ...
  • SALEEM, K.; SCHÜRMANN, U.; HANSEN, S.; CAVERS, H.; ADELUNG, R.; KIENLE, L. (Tehnica UTM, 2019)
    The volumetric changes and the structural deterioration in Silicon anodes during successive electrochemical lithiation/delithiation cycles limits the utilization of Silicon (Si) anodes in Lithium-based batteries. However, ...

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