论文部分内容阅读
随着微电子技术、计算机技术、信息技术以及纳米技术等在军事领域的广泛运用,现代武器装备也逐步向信息化、智能化、小型化发展。而与此同时,如何解决武器装备电力能源的问题也变得愈来愈尖锐,并一直困扰着各国科学界。如今,随着超导技术的蓬勃发展,特别是超导体在军事领域的大量应用,电力能源这一难题可望在下个世纪得到解决。1911年发现的奇迹所谓超导体,就是在温度、外界磁场强度和电流密度都小于临界值的条件下,具有导电时电阻和内部磁感应强度
With the extensive application of microelectronic technology, computer technology, information technology and nanotechnology in the military field, modern weaponry and equipment have also gradually developed toward informationization, intelligence and miniaturization. In the meantime, however, the issue of how to solve the problem of the power of weapons and equipment has also become increasingly acute and has plagued the scientific community in various countries. Nowadays, with the rapid development of superconducting technology, especially the large application of superconductors in the military field, the challenge of electric energy is expected to be solved in the next century. The miracle discovered in 1911 The so-called superconductor, is the temperature, the external magnetic field strength and current density are less than the critical conditions, with the resistance and the internal magnetic induction when the intensity