"External pressure components" is a phrase commonly used in engineering and physics to refer to the various components that are typically subjected to external forces such as gravity, friction, or wind pressure. These components can include anything from mechanical parts to electrical devices. Here are some examples of how you might use this phrase in an English sentence: 1. "The external pressure components of a pipeline must be designed with great care." 2. "A load may cause internal pressure components to fail under certain conditions." 3. "In our manufacturing process, we use a series of external pressure components to ensure product quality." 4. "To prevent leaks, it"s important to ensure that all external pressure components are properly sealed." Overall, understanding the role of external pressure components in various systems and processes is essential for engineers and technicians who work on these systems.
外压元件,external pressure components
1)external pressure components外压元件
1.This article discusses and analysis the leak-leading or misleading problems of theexternal pressure components,according to GB 150 in reference ASME Ⅷ-1,so as to better understand the initial meaning of ASME Ⅷ-1,and avoid failure during service.对GB 150在参考ASMEⅧ-1时因漏引、误引等所造成在外压元件设计中的问题进行分析和讨论,以期正确理解ASMEⅧ-1的原意,避免在运行中引起意外失效。
2)hot-pressing infrared element热压红外元件
3)external component外元件
4)infra-red camera红外元件
5)piezoelectric element压电元件
1.Based on mechanical impedance, the relationship between the me chanical impedance and electric impedance ofpiezoelectric elements with externa l circuit is analyzed.从分析压电元件的机械阻抗出发 ,推导出具有外部电路压电元件系统的机械阻抗与电气阻抗的关系 ;得到了具有压电元件减振系统主系统的传递函数。
2.Whenpiezoelectric element drives a micro-manipulate system,the output displacement is often less than that in free status.压电元件在驱动微操作系统时,其输出位移要小于空载状态下的输出位移,针对众多引起压电元件输出位移减小的原因,重点分析了压电陶瓷输出位移与负载刚度之间的关系,并进行了压电陶瓷驱动弹性负载的实验。
3.The achievements in research on reducing carbody bending vibration with the application ofpiezoelectric elements and branches are described.介绍了利用压电元件与支路在减轻铁道车辆车体弯曲振动方面的研究成果。
1.Optimal Placement of Piezoelectric Elements for Active Vibration Control of Flexible Plates;柔性板振动主动控制中压电元件的优化布置
2.Semi-Active Vibration Control of Cantilever Beam Using Piezoelectric Element基于压电元件的悬臂梁半主动振动控制研究
3.Methods A silver wafer with a basis resonance frequency 10 Mhz AT cut quartz crystal is used as the piezoelectric component; and the oscillation frequency shift of the quartz crystal during the blood coagulation is monitored.方法采用AT切向、基频10MHz的银膜石英晶体作为压电元件;
4.allowable operating voltage range容许工作电压范围 -气敏元件
5.Welding of electric heating element used for pressurizer核一级设备稳压器电加热元件的焊接
6.Magnetic Component Design and Circuit Simulation for MPC System磁脉冲压缩系统元件参数及电路仿真
7.Welding Technology for Electric Heater and Sleeve for Pressurizer of Nuclear Power Plant核电站稳压器电热元件与套管焊接技术
8.A New Method for Computing Protection Coverage of Voltage Element in Power Network计算电网中电压元件保护范围的新方法
9.Since all three elements are in parallel, they mustall have the same voltage across them.由于三个元件都是并联，它们的端电压必然相同。
10.An Evolved Fault Criterion for UHV Transmission Line Protective Relaying超高压输电线路的发展性故障判别元件
11.The Research Based on Laboratory Testing of Several Load Equipments Which Affect Voltage Stability;影响电压稳定的几种负荷元件的实验研究
12.A Piezoelectric Finite Element System Based on Internet and Component;基于Internet和组件技术的压电有限元分析系统
13.Study and Simulation on Performance of IDEs1-3 Mode Piezoelectric Fiber SensorIDEs1-3型压电纤维传感元件的性能研究与仿真
14.A Novel Direction Element Based on Transformer Neutral Zero Sequence Current基于变压器中性点零序电流的方向元件
15.Numerical Simulation and Test of Grain Impact Piezoelectric Yield Sensor谷粒冲击压电力敏元件数值模拟与试验
16.Experimental Research on the Effect of Length of Piezoelectric Bender on its Characteristics压电弯曲元件的长度对其特性影响的实验研究
17.Influence of the thickness of piezoelectric and elastic layers on the bender element characteristic压电及弹性层厚度对弯曲元件特性影响的研究
18.To use the elements,you should prepare the adjustable transformer or silicon controlled transformer,voltage meter,current meter and autocontrol temperature meter etc.使用元件必须配备调压变压器或可控硅调压器及电压、电流表和温度自动控制仪表等。
相关短句/例句
hot-pressing infrared element热压红外元件
3)external component外元件
4)infra-red camera红外元件
5)piezoelectric element压电元件
1.Based on mechanical impedance, the relationship between the me chanical impedance and electric impedance ofpiezoelectric elements with externa l circuit is analyzed.从分析压电元件的机械阻抗出发 ,推导出具有外部电路压电元件系统的机械阻抗与电气阻抗的关系 ;得到了具有压电元件减振系统主系统的传递函数。
2.Whenpiezoelectric element drives a micro-manipulate system,the output displacement is often less than that in free status.压电元件在驱动微操作系统时,其输出位移要小于空载状态下的输出位移,针对众多引起压电元件输出位移减小的原因,重点分析了压电陶瓷输出位移与负载刚度之间的关系,并进行了压电陶瓷驱动弹性负载的实验。
3.The achievements in research on reducing carbody bending vibration with the application ofpiezoelectric elements and branches are described.介绍了利用压电元件与支路在减轻铁道车辆车体弯曲振动方面的研究成果。
6)hydraulic component液压元件
1.Fault prognostics forhydraulic components in missile launcher;某型导弹发射装置液压元件故障的预测
2.Scientific selection and matching of working pressure forhydraulic components on mobile construction machine;工程车辆液压元件工作压力的合理选择与匹配
3.Working RPM selection and parameter matching forhydraulic components on mobile construction machine;工程车辆液压元件工作转速的选择及参数匹配
延伸阅读
热压热压hot pressingreyo热压(hot pressing)一种将模压与烧结相结合的成形方法，又称静热压(statie hot pressing)、加压烧结，也称活化烧结。它是将金属粉末装在模腔内，平稳地加压同时将粉末加热到正常的烧结温度或稍低一些的温度，经过较短的时间，烧结成致密而均匀的制品。为了使预热粉末或预压压坯不被空气氧化或氮化，热压过程必须在保护气氛或真空下进行。热压模的选择原则一般是:低温高压工艺可选择金属或硬质合金模;高温高压工艺则选择石墨模。尽管人们对加压烧结和热压这两个术语交叉使用，但这两个工艺过程却各有侧重。在加压烧结中，强调的是热过程;在热压中则着重强调施加的压力是主要的可调变量。热压技术的特点是:粉末致密化以及脱模所用的设备和工序与冷压和烧结工艺无区别，所不同的是热压时间较长，即在特定的压力及温度下，通过塑性变形、蠕变及扩散使粉末压坯充分密实所需的时间较长，因此生产率降低，成本较高。但由于热压工艺可大大降低成形压力(为冷压成形的十分之一)，缩短烧结时间，制造密度极高、晶粒极细的材料，它们常用来制造硬质合金及陶瓷刀具、拉丝模及大型、异形薄壁管、薄片，还可以压制硬而脆的碳化硼及陶瓷制品。在密闭模中热压金属粉末是粉末冶金方法中最古老的方法之一。19和19德国和美国分别获得了钨和碳化钨粉热压制造致密件的专利，19以后欧洲和美国生产了圆柱形的拉丝模，从1930年起热压技术发展更快。近年来又发展了真空热压和振动热压，为了提高生产率还研制出实现连续热压的竖式和卧式连续热压机。(张齐勋)
