活体植物组织的真空高致死率严重阻碍了离子束技术在活体植物组织上运用。
High ratio of death of living plant tissue in vacuum seriously prevents the application of the ion beam on the living plant tissue.
作为无溶剂、环境友好的表面改性技术，离子束技术在聚合物材料表面改性中已取得广泛应用。
Ion beam technology as the surface modification technology requiring no solvent and being environmentally friendly has been widely applied to the surface modification of polymer materials.
通过离子束技术和微细加工技术可以实现DLC薄膜的图形化并能大大提高薄膜的场发射性能。
A patterned DLC thin film cathode was fabricated by reactive -ion etching method and mic ro -fabrication technology.
应用于啁啾脉冲放大技术中的脉宽压缩光栅是基于多层膜作为基底，利用全息干涉技术和离子束技术刻蚀而成。
Pulse compressed gratings (PCG) used in chirped-pulse amplification system and based on multi-layer thin film stack are etched with ion-beam and holographic techniques.
离子注入生物效应的发现开拓了低能离子束技术在生物学中应用的新领域，形成了一个新的交叉学科——低能重离子生物学。
However, the discovery of bioeffects induced by ion beam implantation has opened a new branch in the field of ion beam applications in the life science-low-energy Heavy ion Biology.
SIMS技术可以以离子束轰击月岩样本，从而使研究人员调整电荷水平，用磁石分离出离子。
The SIMS technique bombards the lunar samples with a primary ion beam that allows the researchers to separate the ions with a magnet, depending on the charge.
最后，采用各项异性的离子束(IBM)加工技术可以通过掩膜来蚀刻孔阵，以制成纳米多孔金属材料。
Last, a technique known as anisotropic ion beam milling (IBM) is used to etch through the mask to make an array of holes, creating the nanoporous metal.
介绍了一种先进的氚离子束标记技术，专门用于蛋白质、肤和非挥发性有机化合物的氚标记。
An advanced technique, the ion beam tritium labelling method (IBTL), used for labelling proteins, peptides and other nonvolatile organic compounds is introduced.
本文简要地介绍了应用离子束注入技术改善水力机械金属材料的抗空蚀能力。
To improve the cavitation resistance of metal materials for hydraulic machinery the use of an ion - beam implantation technique is briefly presented in this paper.
低能离子束物理诱变育种技术有着广泛的应用前景。
Low energy ion beam has broad prospect in the applications of physical mutation breeding techniques.
研制了一台采用氚离子束标记技术的新型装置。
A new apparatus suitable to the advanced tritium ion beam labelling technique is presented.
在利用离子束介导技术对生物体进行遗传改良的研究领域内仍然存在着7大研究难题值得注意。
The 7 research puzzles in the genetic improvement of biological bodies made by ion beam mediated technique, are worth noticed.
离子束混合制备表面合金相，是一种新的材料表面处理技术。
The method of producing surface alloy phases by ion beam mixing is a new technique used in the treatment of material surfaces.
本文介绍一种先进的氚离子束标记技术，用于蛋白质、肽和非挥发性有机化合物的氚标记。
In this paper a new technique is reported for tritium labelling of proteins, peptides and other nonvolatile organic compounds.
微离子束提供了对选定的细胞注入预定数目的离子并精确地注入到指定位置的技术。
Ion micro beam technique has been successfully used to precisely deposit a given number of particles into the pre determined position of individual cells.
等离子束表面冶金是一种新的表面涂层技术。
Surface metallurgy by DC plasma jet is a new coating technology.
首次报道了在离子束诱变技术中采用海藻糖作为保护剂提高突变率和诱变效果。
This is the first report that trehalose can be used as a protector to improve the mutation rate and effects from the ion beam mutation.
本文介绍了核辐射使电子元器件失效的机制以及离子束分析技术在抗核加固研究中的若干应用。
The mechanism of radiation damage effects on electronic devices and the applications of ion beam analysis in the investigations of radiation hardening were presented in this paper.
介绍了等离子束表面淬火技术。
对离子束生物工程的技术原理、研究现状和发展趋势进行了综合评述。
Technical principle, research situation and prospect of ion beam bioengineering are discussed in the this paper.
然而，高能离子束诱发薄膜材料相当大的吸收，导致该技术几乎无法使用。
However, the high energy ion beam may result in a large absorption of film materials and thus makes the technique useless.
激光束、电子束、离子束三种高能束流技术对材料表面改性是通过改变材料表面的成分或结构实现的。
Surface modification of materials by means of high-energy laser beam, electron beam and ion beam technology are realized through changing composition and structure of the material surface.
离子束介导的遗传转化技术已在水稻、小麦、烟草、棉花等多种植物上取得成功。
A method of genetic transformation mediated by low energy ion beam implantation has been developed, and successfully applied on rice, wheat, tobacco, cotton and other crops.
摘要 ：总结了大尺寸衍射光学元件离子束刻蚀技术的研究进展。
Abstract : Ion beam etching technologies for developing large aperture Diffractive Optical Elements (DOEs) were reviewed.
衍射光学元件的制作技术主要包括激光或电子束直写、反应离子刻蚀、离子束铣及薄膜沉积。
DOE's fabrication techniques mainly include laser beam or electron beam writing, RIE, ion milling and thin film deposition.
采用等离子束表面冶金技术，在Q235钢表面制备了铁基合金涂层。
The Fe-based composite coatings on Q235 steel substrate were formed by plasma jet surface metallurgy.
从离子束清洗、离子束辅助沉积以及离子束后处理三个方面，介绍了离子束辅助技术在高功率激光薄膜中的应用背景、应用优势以及存在的问题。
Prom ion cleaning, ion-assisted deposition and ion post treatment, the application background, merits and the problems of ion assisted technology for high power laser films are introduced.
简述了低能离子束生物技术在6个主要方面的研究成果。
The 6 achievements on Ion Beam Bio-engineering of Low Energy were outlined.
采用双离子束动态混合技术，对模具材料的表面进行改性处理。
The modification of surface properties of die materials has been made by double-ion beams dynamics mixing technique (DIB). The results are excellent.
采用等离子束表面冶金技术，在采煤机截齿磨损严重的部位制备了与基材呈冶金结合的铁基复合涂层。
The Fe-based composite coatings were deposited on the attrition spot of cutting pick by plasma jet surface metallurgy, and metallurgical bonding was obtained between the coating and the substrate.
应用推荐