thermal cathode的例句大全

This CAD method and program can also be used in design of thermal cathode high brightness injector for free electron laser.

这种设计方法和设计程序也可用于自由电子激光用的热阴极高亮度注入器设计中。

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；

Measurement of the Curvature Radius for the Thermal Cathode Used in Vacuum Microwave Devices

用于真空微波器件的热阴极曲率半径测试研究

Applications of pyrite films cathode in thermal battery

黄铁矿薄膜电极在热电池中的应用

The effects of cathode materials on discharge characteristics of Li-B alloy/ fes_2 thermal battery

正极材料状态对Li-B/FeS2热电池放电特性的影响

Feasibility of the vanadium oxides composite ( LVO) as the thermal battery's cathode material

钒复合氧化物作热电池正极材料的可行性研究

The thermal battery was prepared with high temperature-produced NiCl_2 as the cathode.

以高温处理氯化镍作为热电池的正极材料制备热电池；

Numerical simulation for thermal emission of cathode

阴极区热电子发射的数值模拟

Dynamic Thermal Dissipation of Cathode Module in Electron Gun of Traveling Wave Tube

行波管阴极组件动态热耗散分析及优化设计

Effect of gases on emission characteristics of the ta_2n thermal field electron cathode

气体对氮化钽热场阴极发射特性的影响

Thermal treatment increases the cathode phase, the anode efficiency decreases with the cathode increasing and dropping.

固溶处理增多了铝合金阳极的阴极相，阴极相的增加及脱落，增大了自腐蚀，使阳极效率降低。

Researches on Thermal Emittance of Metal Cathode in Photoinjectors Hottest Word

光阴极电子枪中金属光阴极的热发射度研究

Lining stress and thermal balance designs, cathode material qualities and preheating methods are described and analysed in the present paper.

本文对铝电解槽内衬应力和热平衡设计、阴极材料质量和焙烧方法等阴极技术问题进行了描述和分析。

Second, modified large-crystal NMC materials are used for the cathode, improving the thermal stability of the cathode powder.

第二，电池正极选用改性的大单晶三元材料，提高材料的热稳定性。

This model can decrease the early damage of aluminum reduction cell and prolong the life of aluminum reduction cell by avoiding thermal gradient in the cathode resulting from the preheating and the start-up of aluminum reduction cell.

此模型从数值上避免了由焙烧启动而带来的阴极内较大温度梯度，能有效地减少铝电解槽早期破损，提高铝电解槽的寿命。

Our experiments showed that it can ensure the same stability of thermal emission current by use of a new method of corroding cathode point.

实验表明，采用新方法对阴极尖端进行腐蚀后得到的尖端阴极，同样可保证热发射束流的稳定性要求。

The effects of space charge and thermal velocity are taken into account, and Monte Carlo Method ( MCM) is proposed to deal with the rotationally symmetrical electron emission systems in cathode ray tubes.

本文应用蒙特卡洛法研完了旋转对称电子发射系统并考虑了空间电荷和热速度效应。

The thermal stability of battery was improved by choosing thermally stable anode and cathode materials, electrolyte and its additives.

选择热稳定性好的正负极材料、电解液及其阻燃剂，可以提高电池的热稳定性；

The cathode thin film of Ag 0.5V 2O 5 was fabricated using pulsed laser deposition ( PLD), and the metallic lithium anode thin film was prepared via vacuum thermal evaporation.

以脉冲激光沉积法（PLD）制备的非晶态Ag05V2O5薄膜为阴极，真空热蒸发法制备的金属锂为阳极，LiPON薄膜为电解质，成功地制备了一个新的Li/LiPON/Ag05V2O5全固态薄膜锂电池。