GRK 1896

Browse all posts in the GRK 1896 category.

7 to 12 of 27

07DEC 2020
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CENEM reaearch provides novel insights into the mechanical and electrical failure of flexible silver nanowire electrodes
The paper on “Microscopic Deformation Modes and Impact of Network Anisotropy on the Mechanical and Electrical Performance of Five-fold Twinned Silver Nanowire Electrodes” by Nadine Schrenker and colleagues has been recently published in ACS Nano. Congratulations! Silver nanowire (AgNW) networks show excellent optical, electrical, and mechanical properties, which make them ideal candidates for transparent electrodes […]The paper on “Microscopic Deformation Modes and Impact of Network Anisotropy on the Mechanical and Electrical Performance of Five-fold Twinned Silver Nanowire Electrodes” by Nadine Schrenker and colleagues has been recently published in ACS Nano. Congratulations! Silver nanowire (AgNW) networks show excellent optical, electrical, and mechanical properties, which make them ideal candidates for transparent electrodes […]
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10NOV 2020
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GRK’s Peter Schweizer receives prestigious STAEDLER award for outstanding PhD thesis
Dr.-Ing. Peter Schweizer, who completed his PhD within the GRK 1896 program at IMN/CENEM with distinction in 2019, has recently received a prestigious STAEDLER award together with 10 other candidates from FAU. Since 1999, the STAEDTLER Foundation has honored young scientists from the Friedrich-Alexander-Universität Erlangen-Nürnberg (FAU) for their outstanding work. The winners are nominated by […]Dr.-Ing. Peter Schweizer, who completed his PhD within the GRK 1896 program at IMN/CENEM with distinction in 2019, has recently received a prestigious STAEDLER award together with 10 other candidates from FAU. Since 1999, the STAEDTLER Foundation has honored young scientists from the Friedrich-Alexander-Universität Erlangen-Nürnberg (FAU) for their outstanding work. The winners are nominated by […]
Read more about GRK’s Peter Schweizer receives prestigious STAEDLER award for outstanding PhD thesis
09OCT 2020
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CENEM research “Correlative laboratory Nano-CT and 360° electron tomography of macropore structures in hierarchical zeolites” published in Advanced Materials Interfaces
The article “Correlative laboratory Nano-CT and 360° electron tomography of macropore structures in hierarchical zeolites” by Benjamin Apeleo Zubiri, Janis Wirth, Dominik Drobek, Silvan Englisch, Thomas Przybilla, Tobias Weissenberger, Wilhelm Schwieger, and Erdmann Spiecker has recently been published in Advanced Materials Interfaces. The article will be part of the special issue on Hierarchically-Ordered Materials. Hierarchical […]The article “Correlative laboratory Nano-CT and 360° electron tomography of macropore structures in hierarchical zeolites” by Benjamin Apeleo Zubiri, Janis Wirth, Dominik Drobek, Silvan Englisch, Thomas Przybilla, Tobias Weissenberger, Wilhelm Schwieger, and Erdmann Spiecker has recently been published in Advanced Materials Interfaces. The article will be part of the special issue on Hierarchically-Ordered Materials. Hierarchical […]
Read more about CENEM research “Correlative laboratory Nano-CT and 360° electron tomography of macropore structures in hierarchical zeolites” published in Advanced Materials Interfaces
31AUG 2020
GRK 1896
GRK members develop method for determination of heterogeneously stacked Van-der-Waals materials by optical microspectroscopy
GRK research results in novel apporach for determining the number of layers of 2D materials In a recent publication, a team of researchers of the GRK 1896, TU Dresden and Fraunhofer IISB developed an approach for conclusively determining the number of layers of different 2D materials within Van-der-Waals heterostructures via using reflectance microspectroscopy and an […]
Read more about GRK members develop method for determination of heterogeneously stacked Van-der-Waals materials by optical microspectroscopy
21APR 2020
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Novel method for in situ cleaning of 2D-materials developed by CENEM members and published in the Nature group
CENEM scientists develop method for cleaning surfaces at the nanoscale A team of scientists at Friedrich-Alexander Universität Erlangen-Nürnberg (FAU) has developed a novel mechanical cleaning method for surfaces on the nanoscale. The technique successfully removes even the tiniest contaminants down to the atomic scale, achieving an unprecedented level of cleanliness. The results of this study […]CENEM scientists develop method for cleaning surfaces at the nanoscale A team of scientists at Friedrich-Alexander Universität Erlangen-Nürnberg (FAU) has developed a novel mechanical cleaning method for surfaces on the nanoscale. The technique successfully removes even the tiniest contaminants down to the atomic scale, achieving an unprecedented level of cleanliness. The results of this study […]
Read more about Novel method for in situ cleaning of 2D-materials developed by CENEM members and published in the Nature group
$Low Energy Nano Diffraction (LEND)–A versatile diffraction technique in SEM$
02APR 2020
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Low Energy Nano Diffraction (LEND)–A versatile diffraction technique in SEM
We are happy to announce, that the paper “Low Energy Nano Diffraction (LEND)–A versatile diffraction technique in SEM” by GRK member Peter Schweizer and coworkers was recently published in Ultramicroscopy. This work was realized at IMN/CENEM and demonstrates a novel setup for transmission diffraction in scanning electron microscopy (SEM) and its applications. Using the technique, […]
Read more about Low Energy Nano Diffraction (LEND)–A versatile diffraction technique in SEM