electric wave造句

• Application of electric wave current metre in open diversion channel closure of tgp
  电波流速仪在明渠截流水文监测中的应用
• Perhaps light is some sort of electric wave , whose nature we do not yet understand
  也许,光是某种电波,其性质我们尚不清楚。
• Absence of electric waves was implicated as profound hearing loss although neurologic lesions might be masked
  著者选取十位过去因严重黄疸而引起核黄疸之孩童，施予听性脑干反应之检查。
• Due to the effect of human being s electric wave , a little creature becomes a huge monster and wants to eat tiga . .
  它不但把侦察机毁灭，还把超人迪加吃掉，一场无与伦比的超人怪兽空中大战正式展开. .
• In recently years , many thesis have been issued about the city ’ electric wave propagation in the famous inland or outer publication
  近年来,在国内外著名刊物上都有不少有关城市小区电波传播方面论文发表。
• The first chapter of the book says , " we have not only sounds waves but light waves and heat waves and electric waves , of which more later
  这本书的第一章说： "不仅有声波;还有光波、热波和电波；凡此种种下文还要予以充分论述。
• On this condition , the paper put forward a new electric wave transmition model in the microcell , which based on ray tracing method of virtual fountain tree
  在总结前人工作的基础上，本文提出了一种新的基于“虚拟源树”射线跟踪技术的微蜂窝小区的电波传播模型。
• Otherwise , since the importance of electric wave propagation and anticipation model in wireless network design , the paper gives a further research using a single chapter
  此外，鉴于电波传播预测模型对无线网络规划的重要意义，论文用单独一章对其进行了深入研究。
• Walk through a romantic season , so many romantic emotion , romantic mood , i know the rose contain language , the look in the eyes contain electric wave , filling the air the flavor of the love in air
  走过了一个浪漫的季节，那么多浪漫的情绪，浪漫的心情，我知道玫瑰有语言，眼神有电波，空气里弥漫着爱情的味道！
• With more and more people using the wireless devices , it is very necessary to predict the field strength in the room and study propagation characters of the wireless electric wave f therefore , it is very important to adopt exact method to study them
  随着室内无线电设备使用越来越广泛，对室内的场进行预测，并对无线电波传播特性进行研究是十分必要的，因此采用正确的方法是十分重要的。
• This kind of product applies to elevators 、 hospitals 、 an intersection 、 factories etc . , avoiding any interference to the process of monitoring the image from any kind of furious electromagnetic signal and electric waves signal
  本产品主要适用于电梯、医院、路口、厂区等各种环境，防止监视视频传输过程中受到各种强烈电磁信号及电波信号（如电机、马达等大功率的瞬间启动电流干扰等）对视频信号的干扰。
• This kind of product applies to elevators 、 hospitals 、 an intersection 、 factories etc . , avoiding any interference to the process of monitoring the image from any kind of furious electromagnetic signal and electric waves signal
  本产品主要适用于电梯、医院、路口、厂区等各种环境，防止监视视频传输过程中受到各种强烈电磁信号及电波信号（如电机、马达等大功率的瞬间启动电流干扰等）对视频信号的干扰。
• In order to utilize the frquency resource adequately and increase the capacity of mobile communication system , the wireless electric wave propagation of existing mobile system always adopts the microcell structure . forecasting the path loss characteristic of electric wave accurately can provide the necessary condition for the layout and design of wireless network , at the same time it is a precondition for the research on the microcell mobile system . the methods of forecasting of wireless electric wave propagation can divide into two parts : one is pluse and respond , that is establish the empirical model based on experimental and statistical data ; the other is ray tracing method , that is establish the deterministic model based on theoretical analyse . the paper discuss the characteristic of wireless signal electric wave transmition in symmetrical atmosphere of earth , and introduce the common path loss transmition model in land mobile communication system , also point out the localization of these models based on experiential methods
  而精确预测无线电波传播路径损耗特性，则为合理的微蜂窝无线网络规划、设计提供了必要条件，同时也是研究微蜂窝移动通信系统性能的前提。无线电波传播预测的方法分为两类：一是用冲激响应法，即根据实验、统计所得数据建立经验性传播预测模型；另一种是用射线跟踪方法，即依据理论分析来建立确定性的传播预测模型。本文首先讨论了在地球表面均匀大气中的无线电波传播的基本特性，介绍了陆地移动通信系统中常用的几种电波传播路径损耗经验性预测模型，并指出了这些经验性传播模型对于微蜂窝小区无线电波传播特性研究的局限性。
• Now . there is not a method alone can study the propagation characters completely and accurately . in the room one can use the ray - tracing to predict the electric wave ' s field , but the method is not very accurate in calculating the field in the very complex environment . fdtd method is a numerical method used very extensively . in the condition that the computer ' s resource is enough , it can compute the every point ' s field very accurately in the area to be calculated . however , the method is restricted by the computer ' s resource , the area that can be computed by it is very small
  目前，没有一种单独的方法可以用来全面而准确地对室内的无线电波传播特性进行研究。在室内可采用射线跟踪的方法来预测电波传播的情况，但对于细微复杂结构处的场的计算不太准确。而时域有限差分( fdtd )法是一种使用十分广泛的电磁场计算方法，在计算机资源允许的条件下，可以精确的计算出计算区域中每个点的场。
• Everything we absorb through our six senses will excite some thought within us , and most of the thoughts produced from the mundane world are low level . the low level thoughts within us will then get connected to the low - level beings around us . it s like electric waves
  任何从外面从我们六根吸进来的六尘，都会激动出来一些念头，多数从尘间的境界产出来的那些念头，都是低等的，然后我们的低等念头，就跟我们周围的低等众生接上线，像电波一样，发出去就有人收，我们在这里收，他们在那里播出去，只要我们打开频道，它就跑进去了。
• In studying the law of the wireless electric wave propagation , one can combine rt with fdtd , and take the advantages of each other . using the rt to compute the field except for the area to be computed by fdtd , and making the field as the fdtd ' s excition source , fdtd can compute the field in the small part , and can get many points field at one time , so it can provide the information for the designing installing and tuning wireless devices
  对于室内无线电波传播的研究，可以结合rt与fdtd ，使两者取长补短，发挥各自的优势，利用rt可以计算出(除将采用fdtd计算的区域以外)场，将该场作为fdtd的激励，利用fdtd就可以计算出细微处的场，并可以一次精确计算出多个点的场，从而为无线设备的设计、安装与调试提供可靠的信息。
• In this part , the two anterior chapters mainly discuss the various basic theories used by the designing for the propagation paths of the electric wave . the theories include the computation methods for the fade and the loss of various propagation paths and obstructions , the engineering estimation methods of the flat fading and frequency selected fading , the designing methods of space diversity and frequency diversity , etc . at the same time , the special designing method of the sea - across path is discussed in detail
  本文首先阐述了微波中继通信工程设计中的相关知识，其中前两章主要论述了线路设计中所用到的种种理论基础知识，包括对于各种路径情况、障碍情况的衰落与损耗的不同计算方法，平衰落与选择性衰落中断率的估算方法，天线分集和频率分集技术的理论知识和设计方法等等。
• From each of them goes out its own voice , as inaudible as the streams of sound conveyed by electric waves beyond the range of our hearing ; and just as the touch of button on our stereo will fill the room with music , so by opening one of these volumes , one can call into range a voice far distant in time and space , and hear it speaking , mind to mind , heart to heart
  它们有自己的话语，如同电波传送的声音那样不为人所觉；只要打开一本书，就如按下音响设备的电钮能让音乐充满房间那样，你能听见从遥远时空传来的话语，让那颗心灵对着你娓娓道来。
• This article through installs the reactor with air core in the transformer substation transmission , to control the thunder electric wave amplitude and steepness in the transformer substation ; through over voltage on - line monitoring device testing , inquire into lightning protection of the reactor with air core
  本文通过在变电站的输电线路的出口处加装空心电抗器，对通过输电线路侵入变电站的雷电波的幅值和陡度进行抑制；并通过安装过电压在线监测装置进行测试的方法,初步探讨了空心电抗器防雷的作用。
• When activated by an built - in electric waves yanging from 2 to 25 ( microns ) in wavelength and 28 to 34 mw / sq . cm in intensity that coincide with the wavelengths and intensity of the electromagnetic waves released by a human body and are cosquently absorbed by the body ( so - called selective absorption )
  其内部所含元素可以通过电能转换为热能，当激发到一定温度，便会产生一种具有不同波长和不同能量的综合电磁波，这种被吸收的电磁波能增强人体的自身调节机制及免疫力，使症状迅速康复，提高机体抵抗力。