2) Low-energy nitrogen ion implantation
低能氮离子诱变
3) low energy N~+ ion beam
低能氮离子束
1.
Revers genic sterile rice was choosed from the offsprings of 99-02 by low energy N~+ ion beam, the growth potential and plant types of which needed further improvement.
本项研究以低能氮离子束为诱变源，以反向核不育材料等5份二倍体水稻材料为受体，以玉米为DNA供体，通过离子束介导后完成了遗传转化试验，对其后代群体内突变株的特征特性进行了研究。
4) ion implantation
离子束诱变
1.
Low energy ion implantation was used in this research and got a high yield strain C5,the six extraction methods of polysaccharide from pleurotus ferulae lenzi were studied by orthogonal experiments.
试验采用离子束诱变的方法筛选出阿魏菇耐高温高产菌株C5,并设计正交表分别比较了以下细胞破壁的多糖提取方法,酸、碱、超声波、匀浆、冰融、热水浸提。
6) Low energy ion beam
低能离子束
1.
Magnetic Fe-Si alloy films prepared by low energy ion beam technique;
低能离子束方法制备磁性Fe-Si合金薄膜
2.
Low energy ion beam (4×10 5ion/cm 2) mutagenizing and breeding was available to improve the yield by 20%.
用低能离子束诱变的方法得到了几株布洛芬乙酯水解活性提高的突变菌株 ,用 4× 10 5ion/cm2 剂量的低能离子束诱变菌株CandidasorboxylosaT2P可提高S 布洛芬的产量2 0 %左右。
3.
In this paper,the author summaried the mutational mechanism of low energy ion beam,the applications of it in forest tree,horticulture and flower breeding,and the applications of genetic transformation techniques mediated by low energy ion beam implantation.
低能离子束物理诱变育种技术有着广泛的应用前景。
补充资料：双低能离子束薄膜淀积设备
双低能离子束薄膜淀积设备
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