低能离子注入 meaning in Chinese
low energy ion implantation
Examples
- Modification of polyaniline thin films by low energy ion implantation
低能离子注入对聚苯胺薄膜的改性研究 - Modification of poly pyrrolyl methine thin film by low energy ion implantation
低能离子注入对聚吡咯甲烯的改性 - 81 % and 58 . 82 % in those of the control plants respectively . all showed that low - energy ions cause the seed germination vigor to decrease
由此可见，低能离子注入不仅可以引起拟南芥苗的生长状态和表型的变异，而且部分变异是可以稳定遗传的。 - At the same time , the research on the bacteria of cellulose hydrolysis implanted by low energy ion will further the study on the biological effect of ion beam and widen the application range of ion beam biotechnology in the industrially microbiological screening
同时，纤维分解细菌的低能离子注入研究，对于更深入地研究离子束生物学效应，拓展离子束生物技术在工业微生物育种的应用范围有一定的意义。 - In this research , we obtained the results as follows : firstly , the germination vigor of m0 , m , , and m2 seeds irradiated by the different doses of low - energy n * were compared and analyzed in our experiments . the results showed that the germination and seedling formation rates of the treated seeds and their offspring seeds were lower than that of the control and the rates decreased with the implantation dose intensification . furthermore , the germination and seedling formation rates of the seeds treated with the dose of sox 1015n7cm2 were only 7
通过本文的研究，主要取得了如下的结果：首先，对不同剂量的低能n ~ +处理的拟南芥的m _ 0代、 m _ 1代和m _ 2代种子的萌发力进行了比较和分析，发现经不同剂量的低能离子处理的拟南芥的当代和后代的种子的发芽率和成苗率都比对照有不同程度的降低，降低关系与剂量成正相关，其中80次剂量处理的当代种子的发芽率和成苗率仅为对照的7 . 81和58 . 82 ，这表明低能离子注入可以引起种子的萌发力的下降。