论文部分内容阅读
同济大学吴翔教授等完成的国际前沿课题,国际固体理论的研究热点之一——无序材料低温反常特性的理论研究,1990年6月30日通过上海市高教局主持的评审。与会专家一致认为,该成果内容丰富,富有创造性,在多个问题上建立了自己的理论,受到国际上的重视,是国内取得的重要理论成果,具有重要的理论意义和实践意义,成果已达到国际先进水平,部分工作已处在领先地位。无序材料,例如玻璃、非晶半导体、金属玻璃等是具有广泛应用前景且国内外均正在进行广泛研究的材料。大量实验显示,这类材料在低温下呈现出许多与晶体材料不同的反常特
Tongji University, Professor Wu Xiang and other international cutting-edge topics completed, the international solid theory of hot spots - one of the theoretical research of the abnormal characteristics of disordered materials at low temperature, June 30, 1990 through the Shanghai Higher Education Bureau, the assessment of the auspices. The participating experts agreed that the results are rich in content and creative and have established their own theories on a number of issues. They have drawn international attention and are important theoretical achievements made in China. They have important theoretical and practical significance and have achieved the results The international advanced level, some of the work has been in a leading position. Disordered materials, such as glass, amorphous semiconductors, metallic glasses, etc., are promising materials with extensive applications and are under extensive research both at home and abroad. Numerous experiments have shown that this type of material exhibits many unusual anomalies that differ from crystalline materials at low temperatures