Scanning Probe Technologies Institute of Microstructure Technology Hot Embossing / Institute of Microstructure Technology Cassie / Scanning Probe Technologies Institute of Microstructure / Biomimetic Applications Hendrik Hölscher Institute of Microstructure Technology / Scanning Probe Technologies Institute of Microstructure Technology Preparation / Scanning Probe Technologies Institute of Microstructure Technology Rose Petal Effect / Scanning Probe Technologies Institute of Microstructure Technology Large Area Fabrication / Scanning Probe Technologies Institute of Microstructure Technology Fluidic Applications / Scanning Probe Technologies Institute of Microstructure Technology Structural Super-hydrophobicity / Scanning Probe Technologies Institute of Microstructure Technology / /
Organization
Scanning Probe Technologies Institute of Microstructure / Scanning Probe Technologies Institute of Microstructure Technology Preparation of Super-hydrophobic/Hydrophilic Areas M. Röhrig / Scanning Probe Technologies Institute of Microstructure Technology / Scanning Probe Technologies Institute of Microstructure Technology Structural Super-hydrophobicity / Scanning Probe Technologies Institute of Microstructure Technology Fluidic Applications of Nanofur / Scanning Probe Technologies Institute of Microstructure Technology Hot Embossing / Institute of Microstructure Technology Cassie / Biomimetic Applications Hendrik Hölscher Institute of Microstructure Technology / Scanning Probe Technologies Institute of Microstructure Technology Large Area Fabrication / Scanning Probe Technologies Institute of Microstructure Technology Rose Petal Effect / /
Nanofur for Biomimetic Applications Hendrik Hölscher Institute of Microstructure Technology (IMT) KIT – Universität des Landes Baden-Württemberg und