Ion beam binding, also known as ion binding or ion beam surface modification, refers to the process of using focused ion beams to induce physical and chemical changes in the surface of materials. This technique has applications in various fields such as material science, nanotechnology, and semiconductor industry. The ion beam can alter the crystal structure, chemical composition, and physical properties of the materials, thereby leading to improved surface properties and enhanced performance. In addition to its practical applications, ion beam binding also has significant implications in fundamental research, providing insights into the behavior of materials at the atomic and molecular level. This collection of English short sentences and example sentences aims to provide a comprehensive reference for understanding and utilizing ion beam binding in scientific and industrial contexts.
离子束缚,ion binding
1)ion binding离子束缚
英文短句/例句
1.Ceramics primarily have ionic bonds, but covalent bonding is also present.陶瓷初始状态是受离子束缚的，但是还是有共价键结构的。
2.Study on the Binding Capacity of Zizania latifolia Fleshy Stem to Cd~(2+) nand Pb~(2+)茭白肉质茎束缚重金属离子铅·镉能力的研究
3.unbound particle无束缚粒子，自由粒子
4.restrain or bind with chains.用链子限制或束缚起来。
5.bind with a rope, chain, or cord.用绳子，链条，或绳索束缚。
6.Ionization dominates if the particle has an energy larger compared to atomic binding energies.若入射粒子能量大于原子的束缚能则电离是主要的。
7.Irreducible water saturation determination based on centrifugal test data基于离心试验数据确定束缚水饱和度
8.Weakly Bound Triatomic He_2K and He_2Rb Molecules;三原子分子He_2K和He_2Rb的弱束缚态研究
9.Properties of Impurity Bound Magnetopolaron in an Asymmetric Quantum Dot非对称量子点中杂质束缚极化子性质
10.Energy of Bound Polaron in Wurtzite GaN/AlN Quantum Well纤锌矿GaN/AlN量子阱中束缚极化子能量
11.the restraints of illness病的束缚 [拘束]
12.The tight-binding description on photonic crystals consisting of single-negative materials;含单负材料的光子晶体的紧束缚模型
13.Regularization of Breit Quark Potential Model and Bound States of MesonsBreit夸克势模型正规化与介子束缚态
14.Influence of an Impurity on the Binding Energy for an Cylindrical Quantum Dot杂质对柱形量子点系统束缚能的影响
15.The chains are held together by ionic bonds, whereas individual silica tetrahedrals bond together covalently.这些链状四面体组织由离子键束缚，而一个个单独的硅四面体却以共价键结合在一起。
16.She left home to escape the pressure to conform to her family"s way of life.她离家出走以求摆脱她家生活方式对她的束缚.
17.high flux electron beam and ion beam强流电子束和离子束
18.Properties of the Weak-coupling Bound Polaron in a Parabolic Quantum Dot抛物量子点中弱耦合束缚极化子的性质
相关短句/例句
bound counterion束缚反离子
3)electron-ions bound state电子-离子束缚态
1.A strict description of quantum mechanics onelectron-ions bound state three-body system and two approximate solutions are given, which are (1) corresponding to p e p bound state X rays with E p ≈12.在文献［１］关于电子－离子束缚态的基本概念的基础上，对电子－离子束缚态三体系统给出严格的薛定谔方程，给出能量的近似解：（１）对ｐ－ｅ－ｐ束缚态，释放单能Ｅｐ≈１２。
4)lon-bound excitons束缚离子激子
5)bound exciton束缚激子
1.Effects of hydrogenic donor impurity position on the binding energy of abound exciton in Ⅲ-nitrides quantum dots;III族氮化物量子点中类氢施主杂质位置对束缚激子结合能的影响
2.The effects of calcining temperature and Sn dopant content on the properties of photoinduced charges of TiO2 were discussed in details, and the relationships between the structure andbound excitons as well as the characteristics ofbound excitons of the as-prepared samples were reveale.同时揭示了样品结构与表面光生束缚激子的关系及其特性。
3.This paper calculates the ground state energy and binding energy of abound exciton in GaAs/Ga1-xAlxAs material by using variational method and discussesthe results obtained.用变分法计算了ＧａＡｓ/Ｇａ１－ｘＡｌｘＡｓ材料中束缚激子的基态能和结合能，并对计算结果进行讨论，得出当量子点半径取适当数值时人们有可能在更高温度下观测到量子点中的激子的结论。
6)confinement factor束缚因子
1.In the paper theconfinement factor for square-power gain-guiding optical fibers is focused on while the optical wave being guided in gain and refraction,the form of the fields is given at first for the new type of optical fiber,then the expressions ofconfinement factor is obtained from Poynting s theorem,o.主要探讨了折射率与增益的共同导引下,折射率径向平方律变化的增益引导光纤束缚因子的大小。
延伸阅读
电去离子技术和反渗透-电去离子高纯水设备技术概况1、采用自行研制的暗道式流道淡室隔板、国产的异相离子交换膜和离子交换树脂等材料组装的电去离子（EDI）膜堆，结合超滤、反渗透（RO）等膜分离技术成功地用于纯水、高纯水制备，结构紧凑，工艺合理，操作简便，系统设计具有创新性。2、以RO-EDI为核心技术设计制造的1m3/h高纯水设备及小型高纯水装置工艺先进，EDI膜堆产水电阻率达到16~17MΩcm，钾、钠、锌、镍、铜、全硅、氯、硝酸根、磷酸根、硫酸根、总有机炭及细菌数等项指标达到电子级水I级标准，微粒数达到Ⅱ级标准；医药、生物技术等行业用的RO-EDI装置产水水质达到中国药典注射用水标准。3、实验室试验及使用单位应用表明，研制的EDI膜堆可以连续稳定运行，生产纯水、高纯水。EDI膜堆污染后，可以通过清洗恢复性能。4、研制的EDI膜堆及RO-EDI高纯水设备已经具备了产业化条件，在国内处于领先地位，并在产水水质、水耗、电耗等方面达到美国、加拿大同类品的先进水平。5、EDI属清洁生产技术，可广泛用于电子、电力、医药、生物技术等行业生产纯水、高纯水，具有重大的社会、经济效益。技术原理一、基本原理EDI是国际上九十年代才逐步成熟的纯水、高纯水生产技术、是纯水生产领域一项具有革命性的技术突破。EDI为电渗析与离子交换有机结合形成的新型膜分离技术，在外加电场的作用下，使离子交换、离子迁移、树脂电再生三个过程相伴发生，相互促进。它既保留下电渗析可连续脱盐及离子交换树脂可深度脱盐的优点，又克服了电渗析浓差极化所造成的不良影响及离子交换树脂需用酸碱再生的麻烦和造成的环境污染，可以使制水过程连续长期进行，并能获得高质量的纯水，整个过程相当于连续获得再生的混床离子交换。二、技术关键1、EDI淡室隔板的设计；2、填充材料的选择；3、EDI膜堆的组装；4、EDI膜堆水路系统的安排；5、EDI膜堆的操作参数。适用范围医药、电子、电力、生物技术和科学研究
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