1)air storage tank储气罐
1.Modeling and simulation of communication vehicles to install air storage tank of compressed-air generating sets based on Fluent基于Fluent通信车加装气动发电机组储气罐的建模与仿真
2.Charge/defilation time of air storage tank in air dryer is crucial for the switching program.而在各种供气平稳性设计中,空气干燥器的储气罐充放气时间是一个十分重要的参数,它影响到切换动作程序。
3.By using moment theory and elastic finite element analysis method,the author analyze the discontinuous margin of the air storage tank in gas station.分别采用有力矩理论和线弹性有限元分析方法对加气站用储气罐结构不连续边缘进行了应力分析,对两种解的结果进行了分析比较,并按照分析设计标准进行了强度评定和疲劳强度校核,分析计算结果表明,该规格储气罐在连接边缘区域有较大的使用安全系数,满足强度和疲劳强度要求。
英文短句/例句
1.Discussion on Installation of CO Detector on External Gallery of Gasholder煤气储气罐外部回廊设一氧化碳检测装置探讨
2.Safety Inspection and Evaluation of Dilute Oil-sealed M.A.N.Gasholder稀油密封干式燃气储气罐的安全检测与评估
3.Finite Element Model Theoretical Analysis of Dry Type Gasholder Sealed with Rubberized Fabric;柔膜密封干式储气罐的有限元理论分析
4.Construction Technology of Prefabrication and Installation on 50000m~3 Waterless Gasholder南钢50000m~3干式储气罐制作安装施工技术
5.Performance Characteristics,Usage and Maintenance of Seal Oil for Piston-type Gasholder干式储气罐密封油的性能特点及使用维护
6.suspension deck LNG tank吊顶式液化天然气储罐
7.Air-rising Technology of 50000m~3 LNG Storage Tank Roof50000m~3 LNG储罐钢罐顶气升技术
8.Image processing system for the height of the coal gas storage bottle煤气储备气罐的高度的图像处理系统
9.Fire extinguishing system of liquefied petroleum gas storage station;液化石油气储罐站罐区消防系统的应用
10.Selection and Calculation of Safety valves for LNG Storage Tanks液化石油气储罐安全阀的选型及计算
11.Self-pressurization and gas supplying properties of storage system for LNG vehicleLNG燃料汽车储罐自增压及供气特性
12.Accident Simulation Assessment and Application of LPG Tank液化石油气储罐事故模拟评价及应用
13.Application of MATLAB in Analysis of Vapor Cloud Explosion (VCE) in TankMATLAB在储罐区蒸气云爆炸分析中的运用
14.Image Processing System for the Height of the Coal Gas Storage Bottle;煤气储备气罐高度的图像信号处理系统
15.Prevention of Linear Porosity in EGW for Large Storage Tank大型储罐气电立焊条状气孔缺陷的预防
16.A Study on the Thermal Response Dynamic Process of Liquefied Gas Tanks Subjected to Fire Environment;火灾环境下液化气储罐热响应动力过程的研究
17.Numerical Analysis for the Thermal Response of Liquefied Gas Tanks Subjected to Fire Environment;火灾环境中液化气储罐热响应行为的数值分析
18.Study on the Welding Procedure of Steel in the Liquefied Petroleum Gas Low Temperature Storage Tanks;液化石油气低温储罐用钢焊接工艺研究
相关短句/例句
air vessel储气罐
1.The safety designation and secondary stress analysis for air vessel of pneumatic system on large machine tools;大型机床气动系统储气罐的安全设计及二次应力分析
3)gasholder[英]['ɡ?sh??ld?(r)][美]['g?s'hold?]储气罐
1.This paper gives the technologic and economic comparison among gasholder sealing with water, gasholder sealing with oil and gasholder sealing with rubberized fabric.给出了湿式储气罐、曼型稀油密封干式储气罐、威金斯橡胶柔膜密封干式储气罐三种储气罐的技术及经济比较 ,可指导设计人员、建设单位的罐型选
2.In this article,the formula used for determining the thickness of bottom plates of low pressure water-sealed gasholder has been studied through the calculation of the strengths of the bottom plates and welding seams.通过对低压湿式储气罐底板强度及焊缝强度的计算,探讨了确定底板厚度的计算公式。
3.The base plates on the girder and under the tank roller separately were set to adjust the level deviation of tank roller axis caused by unequal settlement of foundation of 30 000 m3 watersealed gasholder.对于3万m3螺旋导轨湿式储气罐由于基础沉降不均匀导致的水槽导轮轴水平偏差,采用在垫梁上和水槽导轮底板下垫钢板予以调整,使水槽导轮轴水平偏差和钟罩水封杯圈内的水位差均降低。
4)air receiver储气罐
1.Elementary introduce simple way of using air receiver to measure exhaust quantity of air compressor;浅谈用储气罐测量空气压缩机排气量的简易方法
5)gas tank储气罐
1.At last,the method of determining the volume of gas tank,as well as its assembly requirement,is also presented in this paper.对防爆柴油机车气压启动系统的原理及组成做了简单介绍,分析了气马达的特性以及气马达选取的方法、储气罐体积的计算方法和安装要求。
6)gas container煤气储罐
1.The diffusion model and its simulation ofthe leakage from gas containers;煤气储罐泄漏扩散模型及仿真
延伸阅读
储气罐 储存燃气的容器,也称储气柜,是城市燃气输配系统中的主要设备之一。储气罐的作用是解决燃气生产、供应与应用之间的不平衡。当用气量小于产气量时，将多余的燃气在储气罐中储存起来，用以补充高峰用气负荷时供气量的不足。储气罐一般只用来平衡城市用气的日不均匀性和小时不均匀性。储气罐也可作为混合器，以稳定燃气成分。 低压储气罐 储气压力为1～5千帕。这类储气罐是靠改变容积储气的，压力基本维持恒定。当气源压力不高时，常采用这种储气罐（见彩图）。 低压储气罐有效储气量V可用下式计算 V=Vc嗚 式中Vc为储气罐的几何容积;嗚为储气罐的容积利用系数，一般为0.8～0.85。 高压储气罐 储气压力通常为400～800千帕。它是靠罐内压力的变化储气的，其几何容积固定不变，故也称定容储气罐。圆筒形高压储气罐可卧置或立置。单个几何容积为几十至几百立方米；球形高压储气罐的几何容积可达数千立方米（见彩图）。 当气源以高压供气时，宜采用高压储气罐。其有效储气量V可用下式计算 V＝Vc(p-pc)/p0 式中Vc为储气罐的几何容积;p为最高工作压力;pc为最低剩余压力;p0为标准大气压。高压储气罐的容积利用系数嗘，可用下式表示： 嗘＝Vp0Vcp＝(p-pc)/p 储气罐最高工作压力按设计要求为定值，降低剩余压力即可提高容积利用系数。但剩余压力又受储气罐出口处连接的调压器进口压力的限制。为了提高储气罐容积利用系数，高峰用气时可通过引射器将进入罐站的燃气从罐中引射出来，以降低罐内剩余压力。
