【摘 要】
：
自从1986年发现铜氧化物高温超导电性到今天四分之一个世纪已经过去了,但是其超导机理仍然是物理学界的科学难题之一.2008年铁基高温超导的发现,似乎使这一问题变得更加扑朔
论文部分内容阅读
自从1986年发现铜氧化物高温超导电性到今天四分之一个世纪已经过去了,但是其超导机理仍然是物理学界的科学难题之一.2008年铁基高温超导的发现,似乎使这一问题变得更加扑朔迷离.究竟这些"非常规超导体"非常规在哪里?有明确的办法提高超导体的超导转变温度吗?本报告将结合我们研究团队最近的一些研究工作对这些问题展开讨论.
其他文献
论文着眼于黎蒴栲木/PVC复合材料老化性和生物抑制性的研究,对其长效稳定化进行深入探讨,寻找适用的高性价比光稳定剂,研究其性能随老化时间的变化规律；以松褐天牛,纵坑切
Environment surrounding Textile Industry and Fiber Science is changing drastically.Engineering or production systems of commodity textiles are consistently
For many years, the Chinese textile industry has been developing rapidly by making progress in science and technology.China has become the most important wo
Recent experience with the large increase in cotton apparel prices has highlighted the sensitivity of the markets to raw material shortages.In addition as t
Nanofibers and nonwovens composed of them are unique nanostructures with an extraordinary potential both in industrial areas and fields of daily lives.The r
Energy is a decisive cost factor in the textile industry.As a consequence, energy efficiency is one of the most important issues in sales of new machines.In
Nanopatterns which consist of nano cylinder arrays were produced on polymeric surface with high resolution, good productivity, and low cost.Nanopattern inse
Structural colors are widely spread in the biological world, produced by the interactions of light with photonic structures via optical effects.
In this talk, recent developments will be overviewed in the field of nanowire thin films which composed of integrated nanowires or random nanowires, including p
超导磁通量子比特作为利用Josephson结实现超导量子位的方案之一,具有易集成、易与外界耦合等优点.磁通量子位可以用外磁场操控,相对电荷量子位,具有背景杂散电荷分布不敏感