连通管的英文

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"连通管"怎么读用"连通管"造句

英文翻译手机版

breeches pipe
communicating pipe
communicating tubes
communicating vessels
crossover
interconnecting duct
leveling pipe
snorkel

"调平连通管" 英文翻译 : leveling pipe
"环空连通管" 英文翻译 : annulus access line
"连通管系" 英文翻译 : interconnecting piping
"连通管线" 英文翻译 : interconnection piping
"水位连通管" 英文翻译 : water level connecting pipe
"油箱连通管" 英文翻译 : inter-tank connector
"翼舱间连通管" 英文翻译 : connection between wing tanks
"连通" 英文翻译 : feed through; connection; connected; intercommunication
"通管" 英文翻译 : ethylene-vinyl acetate eva
"连通性, 连通度" 英文翻译 : connectivity
"连通性，连通度" 英文翻译 : connectivity
"单连通" 英文翻译 : simply connected space
"连接；连通" 英文翻译 : connection
"连通板" 英文翻译 : through plate
"连通的" 英文翻译 : interconnected
"连通度" 英文翻译 : connectivity; degree of communication; interconnectedness
"连通阀" 英文翻译 : communicating valve; communication valve; connection valve; connectionvalve; valve
"连通和" 英文翻译 : connected sum
"连通集" 英文翻译 : connected set
"连通键" 英文翻译 : co ected bond， u locked bond; connected bond unblocked bond; connected bond， unblocked bond
"连通件" 英文翻译 : connectedness
"连通孔" 英文翻译 : communication pore; intercommunicating pores; intercommunicating porosity; interconnected pore; interconnecting pores; interlocking pore
"连通口" 英文翻译 : connected entrance
"连通链" 英文翻译 : connected chain; maximal chain
"连通关系" 英文翻译 : connected relation
"连通复形" 英文翻译 : connected complex

例句与用法

Aerospace series - pipe coupling 8 o30 ' in titanium alloy - unions , cross
航空航天系列. 8 30 '钛合金联管节.连通管接头
Annulus access line
环空连通管
( 3 ) . put forward two structure scheme of opto - electronic deflection measurement sensor , light transmitting with non - mechanical scanning and light reflecting with non - mechanical scanning after compared exisiting methods of liquid level measurement to satify this needafter the comparison , an opto - electronic deflection measurement sensor based on light reflecting with non - mechanical scanning be confirmed . then the concrete design is to carry out , which includes the design of reflective surface , the design of pds ( photo detective subassembly ) ' s bracket , the design of floater and the design of shaking - absorbed accessory . during the process , there are a series of caculations and emulations . at last , the opto - electronic deflection measurement sensor has been designed and produced
比较了现有液位测量方法后提出了能够满足大佛寺长江大桥挠度测量要求的基于连通管的光电挠度计的非机械扫描光透射式和非机械扫描光反射式的两种方案，通过比较确定了非机械扫描光反射式方案。随后通过对该方案进行具体的零件设计，主要包括反射面的设计， pds (光电接收组件)支架的设计，浮子的设计以及减震零件的设计等等，在设计的过程中包含了一些理论计算和仿真，最终设计和制作了光电挠度计。
To our satisfaction , all the measuring results from the measurement locale are accurate and convincing comppared with the results calculated by the theory which makes it clear that the system can meet the demands of measuring upon the dafosi bridge of changjiang river . the system has achieved the long - time and real - time automatic deflection measurement of the bridge at first time in our country , and the system has passed the appraisal of the experts consigned by the ministry of communications so the system has the practical value on the long - span bridge ' s deflection measurement
通过对桥梁实际测量结果与理论计算的结果的对比分析可知，本文所设计的连通管式光电挠度测量系统测量数据准确，系统可靠，能够满足大佛寺长江大桥挠度测量的需要。该挠度测量系统首次在国内实现了桥梁主梁挠度的长期实时自动监测，并且已经通过了交通部的项目验收，具有一定的推广价值
The measurement of deflection of a bridge is crucial constituent part in the monitoring of bridges . the majority of existing methods about bridge deflection measurement can not accomplish the real - time and long - range measurement . the ultrasonic method based on connected pipes still has shortage in precision and speed of measurement . to satify the need of deflection measurement of the dafosi bridge of changjiang river , an opto - electronic measurement method is to be used to improve on the method based on connected pipes . furthermore , we will design an automatic opto - electronic deflection measurement system based on connected pipes which can be practised in the long - span bridge
大型桥梁的安全监测具有重要的现实意义，而挠度监测是桥梁监测的一个重要的组成部分。目前现有的许多挠度测量方法还不能实现实时远程监测，已有的连通管式超声波法还存在着精度较低，测速慢等不足。针对大佛寺长江大桥挠度测量的需要，在此采用精度较高的光电测量方法结合连通管的优点加以改进。
The thesis refers to several facets below , ( 1 ) . discuss important meaning of the deflection monitoring of the dafosi bridge of changjiang river and introduce the principle of existing deflection measurement methods of bridge so far . through comparison and analysis , bring forward the research content based on the connected pipes methods
简要阐述了大佛寺长江大桥挠度监测的重要意义，简单介绍了国内外现有的挠度测量方法的原理，通过比较分析，在连通管测量方法的基础上提出本文研究的内容。