象一极平常的孩子,后来发现他是罕见的天才。最近研究陶瓷所具有的性能,没有任何人能预料到,陶瓷用作高温超导体而名声大振。今年3月29日的《自然》杂志报告称:日本政府名古屋工业研究院的福米瓦克和他的同事们发现某些陶瓷有出人预料的新性能超可塑性。使用大部分为氮化硅和碳化硅的物质,科学家们制成了陶瓷细条,然后能将此加热的细条拉长到原来的2.5倍。用氮化硅和碳化硅进行处理后,陶瓷混合物能伸展——能增加它的硬度和强度——在这以前还未 Like an ordinary child, he was later discovered as a rare genius. The recent study of the properties of ceramics, no one can expect, ceramics for high temperature superconductor and fame. March 29 this year, “Nature” magazine reported: the Japanese government Nagoya Institute of Technology’s Formiwak and his colleagues found that some ceramics have unexpected new properties of plasticity. Using mostly silicon nitride and silicon carbide materials, scientists made ceramic strips that could then stretch the heated strip 2.5 times longer. After treatment with silicon nitride and silicon carbide, the ceramic mixture can stretch - increasing its hardness and strength - before this has not yet been achieved