The heating pipe is arranged between the corresponding inside walls of the inner water tank and the outer water tank. 所说加热管处于内水箱与外水箱的相应内壁之间。
The installation of expansion oil pipe of inner floating roof tank oil piping is different with that of dome roof tank oil piping. 内浮顶油罐输油管路胀油管的安装不同于拱顶罐胀油管的安装。
Corrosion Control of Inner Tank of LNG Storage Tank during Hydraulic Pressure Testing LNG储罐水压试验时内罐防腐控制探讨
This article introduces a new type of dip hatch for inner floating roof tank, which can avoid the problem of inconvenient handle in current dip hatch. 介绍一种新的内浮顶油罐计量口,它克服了现行计量口操作不便的缺点。
On Arrangement of Inner Tank Bottom Plates and Annular Plates of LNG Low Temperature Storage Tank LNG低温储罐内罐底板与环板排板的探讨炉底砌体温度记录仪
Problems to be Focused on in Modifying Arch-roof Tank into Inner Roof Tank 拱顶罐改内浮顶罐应注意的问题
In this paper, the authors analyze the problems existed in modifying arch-roof tank into inner floating roof tank, point out that the perpendicularity and circularity of tank are the two most important parameters in the modification. 对拱顶罐的状况及拱顶罐改为内浮顶罐存在的问题进行了分析,指出储罐的垂直度和圆度是内浮顶改造的关键。
Kerosene is rarely stored in inner floating roof tank in general condition. 通常情况下,很少用内浮顶罐储存煤油。
The Numerical Simulation for Gas-liquid Phase Flow Inner Air Blow Tank with Machinery Agitation 机械搅拌通风发酵罐内气液两相流的仿真模拟
Safety analysis of large capacity inner floating roof oil tank 大容量内浮顶油罐的安全性分析
There are two main technol-economical indices for the design of inner floating roof tank: value A, the steel consumption ( volume) per cubic meter in the construction stage; value B, the effective coefficient after the tank is put into service. 标志内浮顶油罐设计水平的技术经济指标主要包括两项内容,一项是在基建阶段每立方米容积的耗钢量A,另一项是在投入运行后的有效系数B。
To research the temperature distribution inner tires while tank or armoured vehicle is running, the authors developed a multi-channel telemeter for the real-time measurement of temperature inner tires. 为研究坦克装甲车辆行使过程中负重轮轮胎内部的温度分布,研制了一种用于实时测量轮胎内部温度的多路遥测装置。
The Analysis and Prevention of the Accidents in the Maintenance of Inner Tank 罐内检修事故的分析与预防
Design of the Double Floating Suction in 10000 m~ 3 Inner Floating Roof Tank 10000m~3内浮顶油罐双浮动吸油装置设计
This paper describes the structure of LXR II type of an inner oil tank spray painting robot, discusses the design characteristics of linear expanding and contracting joints of the robot, and also suggests the regulating calculation method for controlling parameters of inertia matching and revolving matching. 介绍了LXR-I型油罐内喷漆机器人的结构。讨论了该机器人直线伸缩关节的设计特点,给出了惯量匹配、转矩匹配等控制参数的调节计算方法。
Discussion on the fire system design of the inner floating-roof oil tank with the volume of 20,000 m~ 3 浅谈二万立方米内浮顶油罐的消防系统设计
The structural characteristics and the design outlines ( dimensions, inner tank, outer tank, insulation and foundation) are introduced. The aseismic design, construction and installation, cleaning, test of a large scale cryogenic liquid tank are also expounded. 介绍了大型低温液体贮罐的结构特点,以及结构尺寸、内罐、外罐、保温和基础等设计要点,阐述了大型低温液体贮罐抗震设计、施工安装、清洗和试验等有关问题。
Outside the tank the LN_2 jacket is adopted and the forged weld structure is adopted in the inner tank. 在容器外采用LN2夹套,内容器采用锻焊结构。
Horizontal Vent of Inner Floating Roof Tank 内浮顶油罐的环向通气孔
Finite-element Calculation for Inner Ballast Water Tank of Submarine 潜艇内置式调整水舱的有限元计算
Disposal of Pontoon Settlement for the Inner Floating Roof Tank 内浮顶罐下沉浮盘的改造
Oil Sampling on Inner Floating Roof Tank 陕北石油秩序内浮顶油罐油品采样问题
Measurement errors of inner floating roof tank are commonly concerned problem to operators engaging in oil measurement. 内浮顶油罐计量误差是从事油品计量作业人员所关注的问题。
A conclusion has been drawn through analyses of the evaporation inner tank liquid, which is the evaporation of liquid occurred at and near surface during storage and boil-off gas and up liquid gets equilibrium during storage. 分析了LNG储存过程中罐内液体蒸发,经过分析得出储存过程中液体的蒸发发生在液体表面及其附近,而蒸发气相空间可认为与上层液体近似地达到了气&液两相平衡。
At the same time, it availably prevented from sulfide self-ignition inner the tank and provide its safety guarantee. 同时又为有效地防止罐内硫化物自燃提供安全保证。
142# tank inclined after it had been modified to an annular-cabins-type inner floating roof tank. 142号罐更新为环舱式内浮顶油罐后,罐体发生倾斜。
After base isolation, the internal forces of the whole structure, outer tank and the inner tank all minish to a great degree and the oscillation cycle become longer. 储罐整体结构、外罐、内罐内力在隔震后均有很大程度减小。隔震后振动周期变长。
For the outer tank, the oscillation cycle is short and the time-history curve of internal force is steep. However, for the inner tank and the whole structure, the results are the contrary. 外罐为短周期振动,内力时程曲线比较陡峭,而内罐和结构整体内力曲线则比较平缓,周期较长。
After isolation, the relative displacement and acceleration curve of both the inner and outer tank wall is more gentle and the cycle is longer, and the peak values of the relative displacement and acceleration reduce. 隔震后,内外罐壁相对位移和加速度曲线比隔震前平缓,周期拉长。相对位移峰值和相对加速度峰值均有所降低,外罐减震率不及内罐。