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  • Publication (1496)
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  • Project (163)
  • News (153)
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Titel Typ
Karbid Additivierung

In order to enhance the range of processable alloys of laser-based powder bed fusion, reinforced alloys have gained focus.

Project
KIT

Textiles made from noble animal hair are very expensive and often affected by counterfeiting, as there is no method so far to identify animal hair

Project
KlarTEXt

Material, function, circularity and resource efficiency are omnipresent topics in science and industry with great development potential for society

Project
LaserPolyNonwoven

Aim of the project is the development of melt-spun PAN-based nonwovens permitting subsequent stabilization and carbonization in a fast laser proces

Project
Leibniz SAW Female Professors Program BioMat

The Leibniz Programme for Women Professors is a Leibniz Competition funding programme within the Leibniz Competition.

Project
Light driven microscopic hydrogel objects

The aim of the project is to produce and control the body movements of microscopic hydrogel objects for which the volume phase transition from a sw

Project
Lightforce

LightForce research project to develop light-controlled polymers successful in Leibniz competition.

Project
Low Power Radiofrequency-Induced

In her project, Emilia Izak-Nau will develop systems capable of releasing small molecules while being triggered by the physics of low-power externa

Project
Low Thrombogenic Blood Circuit

Hollow fiber membranes play an important role for many medical applications. Prof.

Project
Macromolecular crowding in living cells

Macromolecular crowding is an important parameter that influences the physicochemical properties of the intracellular environment.

Project
Magnetic heatable hollow fibers

The aim of this research project is to develop functional hollow fiber membranes combining the dual functions of adsorptive removal and magnetic-in

Project
Materials for a low thrombogenic blood circulation (LTBC)

Hollow fiber membranes are used in dialysis systems to separate water and toxins from the blood.

Project
Materials for Additive Manufacturing

Additive manufacturing has a great importance for industrial production of specific components.

Project
ME3T

The graduate school Mechanobiology in Epithelial 3D Tissue Constructs (MEƎT).

Project
Mend the Gap

Transformative Biomaterials Platform for Spinal Cord Repair

Project

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Search

  • Publication (1562)
  • Person (234)
  • Project (163)
  • News (153)
  • Page (118)
  • Event (11)
  • Abschlussarbeiten (0)
Project

Karbid Additivierung

Learn more
Project

KIT

Artificial intelligence for the classification of animal hair
Learn more
Project

KlarTEXt

Cooperation platform to dynamise a sustainable and transformative textile economy
Learn more
Project

LaserPolyNonwoven

Laser-induced stabilization and carbonization for the targeted adjustment of high porosities in melt-spun carbon fibers
Learn more
Project

Leibniz SAW Female Professors Program BioMat

a Leibniz Competition funding programme within the Leibniz Competition
Learn more
Project

Light driven microscopic hydrogel objects

Learn more
Project

Lightforce

Light-driven molecular machines in active materials
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

Low Thrombogenic Blood Circuit

Learn more
Project

Macromolecular crowding in living cells

Quantification and consequences of macromolecular crowding in living cells
Learn more
Project

Magnetic heatable hollow fibers

Magnetic-inductive heatable hollow fiber membranes for efficient separation of water from gas streams.
Learn more
Project

Materials for a low thrombogenic blood circulation (LTBC)

Immobilisation of anti-thrombogenic agents on membranes for dialysis applications
Learn more
Project

Materials for Additive Manufacturing

Development of a method for carbide additivation on tool steel powders via a functional polymer binder to enhance the processability, microstructural isotropy, and strength of hard ferrous alloys (SPP 2122)
Learn more
Project

ME3T

Mechanobiology in Epithelial 3D Tissue Constructs
Learn more
Project

Mend the Gap

Transformative Biomaterialien-Plattform für die Reparatur des Rückenmarks
Learn more

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