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一、前言核聚变反应堆的开发是解决人类未来能源的重要途径,以等离子工学为首的科学技术各个领域进行着大量的研究.然而,为实现核聚变反应堆需解决许多问题,其中有关材料问题是最重要的问题之一.如不解决这一问题,既使能发生核聚变反应,而核聚变反应堆的实用也是困难的.因此,对材料的开发进行重点的研究,而实际上,在完成实用核聚变反应堆的用材以前,在核聚变反应堆的过开发程中,各种材料都担负着各自的任务.回答在各阶段对材料的要求,是材料研究工作者的重要任务.现在,对材料研究的要求,是开发低放射化的铝合金.其背景如下:
I. INTRODUCTION The development of nuclear fusion reactors is an important way to solve the human energy in the future and a great deal of research has been carried out in various fields of science and technology led by plasma engineering. However, many problems need to be solved in order to realize nuclear fusion reactors. One of the important issues.If not solve this problem, even if the nuclear fusion reaction can occur, and practical nuclear fusion reactor is also difficult.Therefore, the development of materials focused on research, but in fact, the completion of practical nuclear Materials for fusion reactors Previously, various materials had their own tasks in the over-development of nuclear fusion reactors, and answering the material requirements at various stages was an important task for material researchers. Now, The requirement is to develop a low-emission aluminum alloy with the following background: