back contact
英 [bæk ˈkɒntækt]
美 [bæk ˈkɑːntækt]
后接点；静合接点；闭合固定接点
双语例句
- This will allow people inside and outside the company to know when you will be back, how to contact you in an emergency or have an alternative point of contact.
这样公司内外的人就会知道你什么时候回来，有紧急事件时要怎么联系你或者去联系谁。 - We go back to contact at1:03 in the video and watch how Frank also continues to rotate his upper body during his forehand follow through.
我们在1：03秒位置回到击球点，观察他在正手随挥的同时也继续转动上身。 - If the racquet is tilted or laid back at contact you do not get this brushing effect.
如果网拍在接触球时是倾斜的或者被向后地放置，你不会得到这一梳刷的效果。 - Behind my back he has established contact with the enemy.
他背着我和敌人建立了联系。 - Study on Back Contact Layer of CdTe Solar Cell by XPS
CdTe太阳电池背接触层的XPS研究 - If your card is draw back, contact the bank.
如果取款卡被吞卡，请即时联系发卡银行确认； - If the reports generated come back empty, contact your server administrator for assistance.
如果生成的报告内容为空，请与服务器管理员联系并寻求帮助。 - Then when they came back in radio contact.
而当他们的无线电联系恢复以后。 - Chiseled body, adding color to the appearance of many colors, curved back and the base contact, into a natural angle, allowing the player sedentary fatigue.
机身轮廓分明，为外观增添彩了不少色彩，椅背和底座联系呈弧形，成自然角度，让玩家久坐不易疲劳。 - If you cannot find the description you need, please check back later, or contact us on.
如果您没有找到需要的描述，请稍后重新检测或联系我们。 - Study on Laser Grooving and chemical etching process for EWT back contact solar cell
EWT背结电池中的激光刻槽及腐蚀工艺的研究 - Study on graphite paste for back contact of CdTe thin film solar cells and modules
石墨浆做背接触层的碲化镉薄膜太阳电池及组件的研究 - The ZnTe/ ZnTe ∶ Cu complex thin films, as the back contact layers, can resolve the ohm contact problem of CdTe/ CdS solar cells.
用ZnTe/ZnTe∶Cu复合层作为背接触层，能很好的解决CdTe太阳电池的欧姆接触问题。 - Objective: To confirm that the lensometer adjusted by the special lenses group for contact lenses can't express the back vertex power of contact lenses.
目的：证实采用接触镜专用标准透镜组标定的焦度计不能准确测定被测角膜接触镜的顶焦度。 - That ZnTe/ ZnTe: Cu layer used as a complex back contact improves the performance of CdTe solar cells has been studied.
研究了把ZnTe／ZnTe：Cu作为复合背接触层对CdTe太阳电池性能的改善。 - Nm. As the back contact layer, the solar cells with an efficiency of 11.6% have been fabricated.
作为背接触层获得了转换效率为11.6%的太阳电池。 - There are two methods mainly used for determination of back vertex power of contact lens.
国际上关于角膜接触镜后顶焦度的测量主要分为两种，即：空气法和溶液法。 - Preparation technology of CdTe-based solar cells such as heat treatment after deposition and back contact technique is described in detail, along with presentation of research on status and progress of the devices.
详细叙述了制备CdTe基太阳能电池的各种技术及其特点、沉积后热处理工艺、背电极工艺及CdTe基太阳电池的研究进展； - Study on back-contact of cis ( cigs) solar cells
CIS（CIGS）太阳电池的背接触Mo衬底的研究 - Effects of tunneling back contact of n μ c-Si: H/ SiO_x/ Ag on Performances of a-Si: H Solar Cells
nμc-Si：H/SiOx/Ag隧道背面接触对a-Si：H太阳能电池性能的影响 - Analysis of feasibility for paraxial back vertex length of contact lens
测量接触镜近轴后顶焦距可行性分析 - Performance of CdTe solar cells with different back electrodes and back contact layers
CdTe太阳电池的不同背电极和背接触层的特性研究 - There is a drift field at the back contact of BSF cell created by heavy doping.
背电场电池在背接触处以高掺杂造成一漂移场。 - Back Contact pH Sensor
背面接触引出的PH传感器 - As for the deposition of Mo back contact, there is optimum point of deposition condition.
对Mo背接触溅射的最佳工作条件进行了讨论。 - This paper reviews work on the structure and performance of photovoltaic on the back contact formation process of CdS/ CdTe thin film solar cells.
另外在制备CdS/CdTe薄膜太阳电池过程中，还研究了Cu/Mo背电极对电池光电特性的影响。 - Study of New Back Contact for CdTe Solar Cell
碲化镉太阳电池新型背接触的研究 - Influence of Si-Substrate Thickness and Barrier Height of Back Contact upon the Characteristics of MOS Capacitor
硅衬底厚度和背接触势垒高度对MOS电容器性能的影响 - The back ohmic contact of the aluminum back surface field ( Al-BSF) of crystalline silicon solar cells greatly impacts the output properties of solar cells. And so it is imperative to improve the back ohmic contact property by novel technology in order to reduce the series resistance.
单晶硅太阳电池铝背场的欧姆接触影响其输出特性，采用新的工艺技术降低电池的串联电阻势在必行。 - The back ohmic contact resistance of Al-BSF by DC magnetron sputtering is downtrend with the annealing temperature increasing, and less than that by the screen printing process.
溅射工艺制备出的铝背场接触电阻随退火温度升高呈下降趋势且溅射工艺的接触电阻比印刷工艺更小。