ion emission的例句大全

The Confirmation of Field Negative Ion Emission Launch window

场致发射负离子的检验

The new methods for isotopic measurements of boron, chlorine and bromine by thermal ionization mass spectrometry using the non-reduction characteristics of thermal ion emission have been summarized and the important evolution in isotopic measurements of boron, chlorine and bromine has been achieved in this study.

该项研究成果总结了利用石墨的非还原热离子发射特性所建立的高精度热电高质谱测定硼氯溴同位素的方法，实现了硼氯溴同位素测定的重要突破。

Secondary Positive Ion Emission from Solid Surface under Flood Oxygen or Oxygen Primary Ion Bombardment

覆氧或氧离子轰击下固体表面二次正离子发射的研究

The local thermal equilibrium model of secondary ion emission and it's application in GaAs analysis

二次离子发射的LTE模型及其在GaAs样品中的应用

Analysis of Ion Bombardment Based on Field Emission Triode

基于场发射三极管结构的离子轰击分析

Plasma characteristics of an RF ion source were investigated by emission spectroscopy.

采用发射光谱法研究了高频离子源的等离子体性质。

Effects of ion impinging on the morphology and field electron emission properties of screen-printed carbon nanotube films were investigated.

研究了粒子轰击对碳纳米管膜微结构和场电子发射性能的影响。

Study on Negative Ion and Mechanism Produced by Field Emission

场致负离子及机理研究

determination of chloride and nitrate in stationary source emission by ion chromatography

离子色谱法测定固定污染源排气中的氯化物和硝酸盐

ion-conducting mechanism of composite polymer electrolyte: an emission ftir spectroscopy study

发射FTIR光谱技术在聚合物电解质导电机制研究中的应用

due to the microstructure and quantum confinement, silicon nanowire arrays have received intensive interests in recent years for their unique electrical and optical properties and potential for device application as solar cell, biosensors, field emission device and lithium-ion battery.

硅纳米线阵列具有独特的微结构及量子限域效应，因而呈现出优异的光学及电学性能，近来被广泛应用于太阳能电池、生物传感器、场发射器件及锂离子电池中。

Plasma characteristics of a plus ed vacuum discharge deuterium ion source were investigated by emission spectroscopy.

用发射光谱法研究了真空放电氖离子源的等离子体性质.

The emission characters of election and ion is investigated, and combining the time-resolved of the charge with time-resolved intensity distribution of the continuum emission, Bremsstrahlung of electron is the primary mechanism of the continuum.

结合连续辐射强度的时空分布，讨论了激光诱导等离子体连续辐射的产生机理，认为连续辐射是以电子的轫致辐射为主要机制。

Ion bombardment affects the stability and lifetime of micro-tip field emission devices.

离子轰击影响尖端场致发射器件的稳定性和工作寿命.

The simulation results have provided useful references for these problems such as thermal cathode primary electron emission, the determination of ion beam derivation area and the effective confinement of discharge plasma in the design of ion source.

计算结果对于离子源设计中的阴极热电子发射、离子束有效引出面积确定及等离子体的有效约束等重要问题有一定参考价值。

An argon ion source used for sputtering deposition has been successfully developed based on the construction of hollow cathode connecting hollow anode and the technologies of thermal cathode electron emission arc discharge, plasma magnetic confinement and ion extracting on a curving surface.

本文采用空心阴极空心阳极结构，用热阴极电子发射弧放电驱动并用磁场约束产生等离子体，用曲面发射引出离子束，研制成了氩气放电溅射离子源；

Cobalt ( II, III) oxide stands as an important p-type functional material with applications in lithium ion batteries ( LIBs), heterogeneous catalysts, gas sensors, electrochromic devices, field emission, optical and magnetic materials.

氧化钻（Ⅱ，Ⅲ）是一种重要的功能p型半导体材料，其普遍应用于锂离子电池、催化剂、气体传感器、电致变色、场发射以及光学、磁学等诸多领域中。