因此,对于品种个别性状的改造,离体辐照可能比其它方法更有效。
The method using in vitro irradiation seems to be more effective than conventional irradiation, tissue culture or backcross for improving a few characters in a variety.
对于聚变托卡马克装置来说,第一壁材料抗等离子体辐照的性能非常重要,国际上也对此进行了广泛的研究。
For the fusion tokamak, the abilities of first wall material to resist fusion plasma irradiation are very important, this subject have been studied for many years in the world.
但由于绝缘埋层的引入,使得材料本身的抗总剂量辐照能力反而不如体硅材料。
But due to an insulating layer in its structure, the tolerance of total dose irradiation of SOI is poorer than normal silicon material.
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