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II. 1 Optimization of short-fibre-reinforced C/SiC ceramic composite material against oxidation
II. 1 Optimization of short-fibre-reinforced C/SiC ceramic composite material against oxidation
I. 4 Diamond on steel
I. 4 Diamond on steel Schutzschichten aus Diamant stellen aufgrund ihrer hervorragenden tribologischen Eigenschaften einen vielversprechenden Lösungsansatz für die Verschleißproblematik von…
I. 3 Optimisation of the wear resistance of sliding contacts in Diesel direct injection systems for low-consumption motor vehicles
I. 3 Optimisation of the wear resistance of sliding contacts in Diesel direct injection systems for low-consumption motor vehicles Due to the rising demands concerning economical and overall…
I. 2 Imaging of the Electric Field Distribution at the Surface of Semiconductors by the Laserspectroscopic Method of Persistent Spectral Hole Burning
I. 2 Imaging of the Electric Field Distribution at the Surface of Semiconductors by the Laserspectroscopic Method of Persistent Spectral Hole Burning
FORCARBON
BAVARIAN RESEARCH ASSOCIATION FOR CARBON-BASED MATERIALS
TP7 Allergological-immunological aspects of material optimization for long-sterm application in the human body
TP7 Allergological-immunological aspects of material optimization for long-sterm application in the human body The material-science workings are completed by a project, which examines the potential…
TP6 plaque-resistive materials for dentistry
TP6 plaque-resistive materials for dentistry Goal of investigation is the development of new plaque-restisive dental composite fillings, which are finally tested in vitro, in vivo and in clinical…
TP5 Development of diamond coated femoral slide surface of knee joint endoprostheses
TP5 Development of diamond coated femoral slide surface of knee joint endoprostheses To improve the wear resistance of knee joint endoprostheses, coating technologies for the slide surface of the…
TP4 Improvement of implant-biocompatibility by coating stainless-steel implants with tantalum(oxide) and a delayed decomposionable collagen structure
TP4 Improvement of implant-biocompatibility by coating stainless-steel implants with tantalum(oxide) and a delayed decomposionable collagen structure Goal of investigation is the improvement of the…
TP3 Development and Fabrication of surface-modified, cardiac stents to improve biocompatibility and function
TP3 Development and Fabrication of surface-modified, cardiac stents to improve biocompatibility and function Main focus is the development of a long-term blood- and histocompatible coating system…