cathode

常见例句

• Cathode rays are attracted by a positive charge.
  阴极射线被正电荷所吸引.
• Cold cathode sensing tubes are more rugged than the glass, hot - filament tubes.
  冷阴极传感管比玻璃热丝管坚实.
• Three dispatchers were scanning cathode ray tube displays for information.
  三名调度员正在研究阴极射线管所显示的情报.
• Cathode rays are attracted by a positive charge.
  阴极射线被正电荷所吸引.
• The measuring cell consists of an insulated silver cathode.
  测量电池是由绝缘的银阴极组成的.
• Companies are hydride battery cathode material of spherical nickel hydroxide Asia, one of the main suppliers.
  公司是镍氢电池正极材料球形氢氧化亚镍的主要供应商之一.
• The speed of electrode reaction is affected by the sizes of hole and grain of cathode.
  阴极的孔隙大小和颗粒尺寸会影响电极反应的速度.
• A new method, which synthesizes tantalum film by a sputtering cathode , has been introduced.
  介绍了一种新型的在钢铁基体上制备钽薄膜的方法.
• Screen printing technology has been improved to fabricate large area, carbon nanotube ( CNT ) field emission cathode.
  碳纳米管 ( CNT ) 是理想的场发射阴极材料.
• Physical quality of cathode copper effects on its chemical quality which determines its characteristics of processing.
  阴极铜的物理品质直接影响其化学品质,而阴极铜化学品质的高低决定了其加工性能的好坏.
• This paper introduces a hairpin Y 2 O 3 cathode used for electronic microscope systems.
  讨论了一种用于电子显微镜系统的发叉形Y2O3阴极的制备工艺及主要性能测试结果.
• Isuspect the cathode material and processing makes the biggestdifference.
  我想是阴极的材料和生产流程制造了大部分的区别.
• Tube tetrode with directly or indirectly heated cathode.
  具有直接或间接加热的阴极的电子管四极管.
• A method of hollow cathode arc welding technology is presented. In detail.
  详细介绍了空心阴极穿透电弧焊接工艺方法.
• Hot cathode chemical vapor deposition method was established in order to deposit high - quality diamond films highrate.
  为快速沉积高品质金刚石膜,建立了热阴极等离子体化学气相沉积方法.
• The formation of virtual anode effected by hollow cathode is investigated at different pressures.
  研究了较高气压和低气压下空心阴极效应在形成虚阳极过程中的作用.
• The characteristics of cathode spots arc were introduced in this paper.
  介绍了阴极弧斑放电的基本特征.
• The possibility of cathode failure can be reduced with the increase of graphite content in cathode.
  增加炭块中的石墨含量,可减小炭块破损的可能性.
• With the aging of the display cathode, the displayed color range also change.
  随着显示器阴极管的老化, 所显示的颜色范围也将变化.
• Cone - shaped cathode increased the yield of MWCNTs in the floating products by arc discharge in nitrogen.
  采用锥形阴极在液氮中进行电弧放电的实验则提高了漂浮物中多壁碳纳米管的产量.
• The diamond like carbon film is achieved by filtered cathode arc deposition.
  采用过滤式阴极电弧沉积的方法获得类金刚石薄膜.
• Aswell known , the main material of cathode carbon used in aluminium industry is calcined anthracite.
  在铝用阴极碳块生产中,其主要原料为电煅烧无烟煤.
• Currently conventional thermionic cathode gun cannot satisfy people's requirement for high lightness and long gun.
  传统的热阴极电子枪存在着工作温度高、启动慢等缺点.
• The button lithium secondary cell was fabricated with composite material as cathode.
  用制备的复合材料作正极,组装了扣式锂二次电池.
• Change the Zinc block of cathode Protection.
  换阴极保护用的锌棒.
• The work pieces are connected as cathode.
  坩埚和铝接为阳极,工件接为阴极.
• Cathode rays are attracted by a positive charge.
  阴极射线被正电荷所吸引.
• The hydrogen in the gauge is ionized by electron emission from a heated cathode.
  在离子计内的氢气是用一个加热阴极放射电子来电离的.
• The speed of electrode reaction is affected by the sizes of hole and grain of cathode.
  阴极的孔隙大小和颗粒尺寸会影响电极反应的速度.
• Screen printing technology has been improved to fabricate large area, carbon nanotube ( CNT ) field emission cathode.
  碳纳米管 ( CNT ) 是理想的场发射阴极材料.
• Physical quality of cathode copper effects on its chemical quality which determines its characteristics of processing.
  阴极铜的物理品质直接影响其化学品质,而阴极铜化学品质的高低决定了其加工性能的好坏.
• This paper introduces a hairpin Y 2 O 3 cathode used for electronic microscope systems.
  讨论了一种用于电子显微镜系统的发叉形Y2O3阴极的制备工艺及主要性能测试结果.
• An electron tube with a photosensitive cathode.
  照亮时能发射电子的阴极.
• Isuspect the cathode material and processing makes the biggestdifference.
  我想是阴极的材料和生产流程制造了大部分的区别.
• Tube tetrode with directly or indirectly heated cathode.
  具有直接或间接加热的阴极的电子管四极管.
• This paper introduces the design concept, application method and effect of cathode plate edgestrip installing machine.
  介绍了阴极板装边机的设计思路 、 使用方法与效果.
• Common diaphragm electrolyzer were revamping by activated cathode process and modified diaphragm process.
  采用活性阴极改性隔膜技术对普通隔膜电槽进行改制,降低了槽电压、节电效果显著.
• The cathode was a Tungsten crucibleneedle with diameter 3 mm.
  阴极是一个钨针直径为3毫米.
• A method of hollow cathode arc welding technology is presented. In detail.
  详细介绍了空心阴极穿透电弧焊接工艺方法.
• Hot cathode chemical vapor deposition method was established in order to deposit high - quality diamond films highrate.
  为快速沉积高品质金刚石膜,建立了热阴极等离子体化学气相沉积方法.
• The formation of virtual anode effected by hollow cathode is investigated at different pressures.
  研究了较高气压和低气压下空心阴极效应在形成虚阳极过程中的作用.
• The characteristics of cathode spots arc were introduced in this paper.
  介绍了阴极弧斑放电的基本特征.
• With the aging of the display cathode, the displayed color range also change.
  随着显示器阴极管的老化, 所显示的颜色范围也将变化.
• Cone - shaped cathode increased the yield of MWCNTs in the floating products by arc discharge in nitrogen.
  采用锥形阴极在液氮中进行电弧放电的实验则提高了漂浮物中多壁碳纳米管的产量.
• Feasibility of ferroelectric cathode used for neutralizer is proposed.
  提出铁电阴极用于小功率电推进中和器的可能性.
• The diamond like carbon film is achieved by filtered cathode arc deposition.
  采用过滤式阴极电弧沉积的方法获得类金刚石薄膜.
• Tube triode with directly or indirectly heated cathode.
  具有直接或间接加热的阴极的电子管三极管.
• Results showed that larger the atomicity of gas, larger destroy it will induced to cathode.
  另外,结果还显示,残余气体的原子序数及原子质量越大的残余气体, 对阴极的破坏性就越强.
• Lithium cobalt oxide is the active cathode material althoughand lithium nickel oxide are being used.
  锂只是以锂离子存在于溶液中,当它嵌入碳负极或者正极材料中的时候,才以原子态存在.
• Please notice the place of anode and cathode when pit in the batteries.
  安装电池时请注意放好正负极位置.
• The hollow cathode generates an arc discharge plasma.
  空心负极引起弧放电血浆.
• Reactivity with anode and cathode active materials with the electrolyte determines the onset of thermal conditions.
  当电解液自发地直接和正极、负极的活性物质反应能够吸收电池的热量.
• In electrochemical machining the tool is the cathode and the workpiece is the anode.
  在电化切削时,刀具是正极,工具是负极.
• The hollow cathode will be presented as a plasma source for reactive evaporation processes.
  空心负极将被提出作为血浆来源为易反应的蒸发过程.
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