天然气缓冲罐,natural gas buffer tank
1)natural gas buffer tank天然气缓冲罐
1.According to BS7910-99 guide to assessing the acceptability of flaws in metallic structures and assessment of defects of pressure vessles,the welding flaws innatural gas buffer tank cylinders are assessed.根据BS7910-99《焊接结构缺陷验收评定方法指南》和《压力容器缺陷评定》,对一台天然气缓冲罐筒体焊缝中的裂纹进行了安全性评定。
2)relief holder缓冲储气罐
3)natural gas spherical tank天然气球罐
1.Impact & fracture toughness properties of steel plate and welding joint of WEL-TEN610CF fornatural gas spherical tank were investigated.对特大型天然气球罐用WEL-TEN610CF钢板与焊接接头的冲击及断裂性能进行了试验研究。
2.The 3500 m 3natural gas spherical tanks are the important project of Shanghai city in 1998.35 0 0m3天然气球罐是上海 1998年重点实事工程。
3.The related technological problems in changing LPG spherical tank tonatural gas spherical tank, including check of strength and rigidity, test of spherical tank, reform of connector and manhole, calculation of design life are analyzed.分析了LPG球罐改造成天然气球罐的有关技术问题:强度和刚度的复核、球罐检验、接管和人孔的改造、设计寿命计算。
英文短句/例句
1.Calculation of Reliable Life of 3300 m~3 Natural Gas Storage Sphere;3300m~3天然气球罐可靠寿命计算
2.Manufacturing Process Scheme of Domestically Produced 10000 m~3 Natural Gas Spherical Tank国产化10000m~3天然气球罐制造工艺方案
3.Design of 1500m~3 Liquefied Natural Gas Storage Tank1500m~3液化天然气球罐设计
4.Research on Key Techniques of Design and Manufacture of 10000m~3 Natural Gas Spherical Storage Tank10000m~3大型天然气球罐设计及制造关键技术研究
5.suspension deck LNG tank吊顶式液化天然气储罐
6.Heat transfer calculation of insulation space around spherical LNG tank filled with boil-off gas用蒸发气充填液化天然气球形储罐隔热层的传热计算
7.flat bottomed cylindrical LNG tank平底圆筒形液化天然气罐
8.Test and Analysis of LNG Tank Container Waterway Transportation;液化天然气罐式集装箱水路运输试验及分析
9.Economic Analysis of LNG Transportation by Container;液化天然气罐式集装箱公路运输经济性分析
10.Study on Structure & Performance of LNG Full Containment Tank液化天然气（LNG）全容储罐结构和性能研究
11.A Study on Welding Process of 9Ni Steel for LNG Cryogenic Tanks液化天然气低温储罐用9Ni钢焊接工艺研究
12.Research and Application of Ultralow Temperature 9Ni Steel for LNG Storage Tank液化天然气储罐用超低温9Ni钢的研究及应用
13.I assumed all the canisters were destroyed in the explosions at the distribution center.我还以为所有的毒气罐都已经 在天然气配送中心的爆炸中毁掉了
14.Agriculture, smelting, petroleum, food &beverages, tobacco, handicrafts, clothing, tin mining, natural gas, narcotics.农业,熔炼,石油,食物&饮料,烟草,工艺品,衣物,罐子采矿,天然气,麻醉剂。
15.It is engaged in the sales and after-sales technical service of LNG vehicle tanks.主要从事车用低温液化天然气储罐的销售及售后技术服务。
16.Thermal Analysis of LNG Container and Experimental Study of Thermal Conductivity in Solid Reinforced Plastic液化天然气储罐热分析及固体复合材料导热系数实验研究
17.Structure Optimization and Self-Pressurization Process Study of 20m~3 LNG Tank;20m~3液化天然气储罐结构优化与自增压过程研究
18.Analysis of influential factors on liquid stratification and rollover in large-scale LNG container大型液化天然气储罐内液体内分层和翻滚影响因素分析
相关短句/例句
relief holder缓冲储气罐
3)natural gas spherical tank天然气球罐
1.Impact & fracture toughness properties of steel plate and welding joint of WEL-TEN610CF fornatural gas spherical tank were investigated.对特大型天然气球罐用WEL-TEN610CF钢板与焊接接头的冲击及断裂性能进行了试验研究。
2.The 3500 m 3natural gas spherical tanks are the important project of Shanghai city in 1998.35 0 0m3天然气球罐是上海 1998年重点实事工程。
3.The related technological problems in changing LPG spherical tank tonatural gas spherical tank, including check of strength and rigidity, test of spherical tank, reform of connector and manhole, calculation of design life are analyzed.分析了LPG球罐改造成天然气球罐的有关技术问题:强度和刚度的复核、球罐检验、接管和人孔的改造、设计寿命计算。
4)natural gas spherical gasholder天然气球罐
1.The techno-economic comparison of material selection ofnatural gas spherical gasholder, pipeline and their anticorrosive coating is made.对天然气球罐、管道及其防腐层的选材进行了技术经济比较。
5)purified-gas buffer tank净化气体缓冲罐
6)natural buffer天然缓冲(水体)
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。
