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DWI Leibniz-Institute for Interactive Materials

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Projects

The project work of the Leibniz Institute for Interactive Materials is interdisciplinary and includes several working groups. The majority of the projects are carried out with particular focus on the practical application.

  • Project

    Functional nanofiber composites

    Functional nanofiber composites for selective removal of metal ions/complexes and bacteria from aqueous media
    Learn more
  • Project

    ULTIMATE

    Bottom-Up generation of atomicalLy precise syntheTIc 2D MATerials for high performance in energy and Electronic applications
    Learn more
  • Project

    Thin MOF films

    Thin MOF films with photoswitchable electronic properties and On-Off conductance
    Learn more
  • Project

    EcoGuard

    Rainproof delivery systems to protect vine against vine peronospora and cherry vinegar fly (2818OE039)
    Learn more
  • Project

    PArtCell

    Physiologically Crowded Artificial Cells for Relevant Drug Screens
    Learn more
  • Project

    AparTextile

    Absorbable Materials for the Prevention of Post-surgical Tissue Adhesion
    Learn more
  • Project

    Organtrans

    Controlled Organoids transplantation as enabler for regenerative medicine translation
    Learn more
  • Project

    Low Power Radiofrequency-Induced

    Release of small molecules of iron oxide polymer core-shell composite nanoparticles by low-energy radio waves
    Learn more
  • Project

    1000-in-1-filament

    Development of Island-in-the-Sea monofilaments for toothbrush bristles with increased cleaning performance
    Learn more
  • Project

    Oxyfilter

    Functional zinc peroxide coatings for antibacterial air filter systems (20897 N)
    Learn more
  • Project

    PEBIOTE

    PEPBIOTE Anchor Peptide as a green and versatile stategies for applicateion of BIObased additives in coating of Textiles
    Learn more
  • Project

    UO tube fabrication

    New coating methods for the production of tailor-made acid-resistant reverse osmosis tubular membrane modules for the treatment of particle-loaded process water
    Learn more

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DWI – Leibniz-Institut für
Interaktive Materialien

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