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德国研发多种替代功能材料,在燃料电池催化剂方面获得突破。替代材料方面:弗劳恩霍夫陶瓷技术和烧结材料研究所应用冻干—直接发泡法开发出一种新型的烃基磷灰石/氧化锆复合材料,其多孔的支架结构可与成骨细胞结合,可推动生理性骨重建。杜伊斯堡大学采用在磷酸钙纳米晶体表面包裹核酸物质的方法,制成一种膏状骨骼修复材料,可加速人体骨骼修复速度和改善修复过程。萨尔大学研制出一种主要成分为镍和钛
Germany developed a variety of alternative functional materials, a breakthrough in the fuel cell catalyst. Alternative Materials: The Fraunhofer Institute for Ceramics and Sinter Materials developed a novel hydrocarbyl apatite / zirconia composite by freeze-drying-direct foaming method. The porous scaffolds can be used with osteoblasts Combination, can promote physiological bone remodeling. Duisburg University uses a method of coating nucleic acid on the surface of calcium phosphate nanocrystals to make a creamy bone repair material, which can speed up the recovery of human bones and improve the repair process. Sal University developed a major component of nickel and titanium