1·The 6 achievements on Ion Beam Bio-engineering of Low Energy were outlined.
简述了低能离子束生物技术在6个主要方面的研究成果。
2·Applying the ion beam to the Bacteria of Cellulose hydrolysis is a new attempt.
将离子束应用于纤维分解细菌是诱变育种的新尝试。
3·A simple and practical single-lens focused ion beam (FIB) System has been built.
建立了一台简单实用的单级透镜聚焦离子束(FIB)系统。
4·The neutralizing efficiency of sodium vapour for lithium ion beam has been measured.
本文叙述了锂离子束通过钠蒸汽时的中性化效率测量。
5·TITAN ion source is a new ion source which can produce strong metal and gas ion beam. Use.
TITAN离子源是一种新的能够同时产生强金属和气体离子束流的离子源。
6·A new apparatus suitable to the advanced tritium ion beam labelling technique is presented.
研制了一台采用氚离子束标记技术的新型装置。
7·Moreover, it was found that the coleoptile of Wen6 became purple with the ion beam implantation.
实验中还发现，辐照后温6的胚芽鞘呈现紫红色的变异现象。
8·In addition, average angular information is taken from adjacent segments and the incident ion beam.
另外，可以从邻近线段和入射离子束取得平均角度的信息。
9·Low energy ion beam has broad prospect in the applications of physical mutation breeding techniques.
低能离子束物理诱变育种技术有着广泛的应用前景。
10·In the electron beam and ion beam device, the emission system affects the quality of the whole device.
在电子束及粒子束器件中，发射系统直接影响整个器件的质量。
1·After the connections are made, verify the system is working properly by turning the bias voltage on and taking a current measurement with no ion beam current.
完成电路连接之后，接通偏置电压，在没有离子束电流的情况下进行电流测量，以验证系统能够正常工作。
2·Low current measurement applications include capacitor leakage, low current semiconductor, light, and ion beam measurements.
弱电流测量的各种应用包括电容器的漏电、弱电流半导体、光和离子束测量等。
3·A key part of the neutral beam injector is ion beam system, whose property defines the efficiency and effect of the neutral beam injector.
中性束注入器的关键部分是离子束系统，它的性能决定了中性束注入的效率和效果。
4·Low energy ion beam has broad prospect in the applications of physical mutation breeding techniques.
低能离子束物理诱变育种技术有着广泛的应用前景。
5·The results show that the ion beam has an important influence upon the parametric instability excitation in plasma systems.
结果表明：离子束对等离子体中参量不稳定性的激发有极重要的影响。