Coordination Funds

3010研究组研究了基于粗晶耐火陶瓷和耐火金属的新一代“耐火复合材料”。这些新材料不仅具有更好的抗蠕变性和抗热震性、抗腐蚀性和抗侵蚀性，而且还通过额外的性能（如导电性和导热性或特殊的介电性能）扩展了其性能范围。“耐火复合材料”不仅有助于提高现有高温工艺的效率，还能实现新的高温应用。在第二阶段，将研究基于氧化铝壳和芯材料、基于导电耐火陶瓷金属复合材料的梯度结构夹层构件。从而改善涂层的抗热震性能和非润湿性。

The research group 3010 investigates a new generation of “Refractory Composites” based on coarse grained refractory ceramics and refractory metals. These new materials achieve not only improved creep- and thermal shock-resistance, corrosion- and erosion-resistance, their property spectrum is expanded via additional properties, such electric and thermal conductivity or special dielectrical properties. “Refractory Composites” contribute not only to an improved efficiency of already existing high temperature processes, they enable new high temperature applications. In the second period gradient structures as sandwich components based on alumina shell and core material based on electrical conductive refractory ceramic metal composite material will be investigated. Thereby the thermal shock performance as well as the non-wettability will be improved.