在石油化工行业，液化石油气(LPG)主要储存在压力储罐中，如球罐、卧式罐等。
In petrochemical industry, liquid petroleum gas (LPG) is stored in pressured vessel, such as spherical tank and horizontal tank etc.
本文介绍了一种新型静压力储罐自动化计量系统，给出了其中质量、液位、容积和密度的实时计量算法。
A new automatic hydrostatic tank gauging system of tanks was introduced in this paper. Some real tine measuring algorithms for mass, level, volume and density were offered also.
气体可以在压力下储存在储罐中。
球形储罐是储存各种气体和液化气体的常用压力容器之一，在石油、化工、冶金和城市燃气供应等方面得到广泛使用。
The spherical tank is the storage of liquefied gases, and one of the commonly used pressure vessel, in the petroleum, chemical, metallurgical and city gas supply and so widely used.
我们公司生产制造适用于所有的应用范围的、各种型号、各个类型和各种金属材质的储罐及其它压力容器。
The tanks and other pressure vessels we design and fabricate cover the full spectrum of applications, sizes, types, and metals.
最后，针对实际的储罐进行了模拟计算，通过分析计算结果，研究了各种因素对罐内压力的影响。
At last, simulate calculation of actual LNG tank has been done, and influence on inner pressure under diversified condition has been studied on the base of analyzes of result.
输油主泵常要求正的吸入压力，并常由靠近储罐的给油泵(也称喂油泵)提供。
A positive suction pressure on the main pumps usually is needed and is frequently supplied by booster pumps close to the tanks.
而大型储罐的承压能力是较低的，为了保证储罐内的压力在设计允许范围内，需要通过蒸发气处理系统排出部分蒸发气以控制罐内压力。
For keeping tank pressure in design range, some of boil off gas need to be released form tank through boil off gas treatment system in order to control tank pressure.
在分级燃烧，仍然可再用废气，而不是送入主燃烧室，从而抬高了压力和燃烧第二次从可用储罐容量最大化的冲动。
In staged combustion, that still-usable exhaust is instead fed into the main combustion chamber, driving up pressure and burning a second time to maximize impulse from the available tankage.
典型应用：钢结构、船舶、汽车、挂车、地坪、压力容器、铁道车辆、集装箱、管道、储罐、桥梁、水闸等大型构件的涂装。
Typical Applications: steel structure, shipbuilding, automobiles, trailers, ground, Railway Vehicles, containers, pipes, tanks, bridges, sluice and other large components which need coating.
计算结果表明，罐顶质量对储罐中液体的液动压力分布和大小都影响不大。
The results show that the mass of tank roof gives less effect on the distribution and magnitude of dynamic liquid pressure.
本文介绍分程控制在造气装置重油储罐压力系统中的应用、以及起到保护设备、动1201作可靠的作用。
This paper illustrated subsection control which used in the synthesis gas plant 1201 heavy oil depositor pressure system, protect equipment and made the action reliably.
静压法储罐计量系统(HTG)的原理就是用压力或差压变送器测量油品介质作用在罐底部静压的方法来测量储罐内介质质量。
The work principle of HTG is that medium quality in oil tank is measured with the method that static pressure of bottom of oil tank is measured with pressure or differential pressure transmitter.
检验设备主要有：各类压力容器、储罐、大型模块系统、结构、各类管件等。
These equipments to be inspected contain pressure vessel, tank, great module system, structure and all kinds of pipe parts.
液化石油气储罐在火灾作用下，其内部的温度和压力迅速上升，从而会引起储罐爆炸，进而酿成危害性更大的二次灾害。
When LPG tanks are exposed to external fire, their temperature and pressure will increase rapidly, which may cause the tanks exploding and lead the secondary hazard with much more damage.
当储罐喷放一次后，其中的压力迅速下降，使调压阀自动开启。
After one-time spraying of the tank, the pressure inside falls quickly and the pressure-adjusting valve starts automatically.
在不同地震波作用下，将动液压力解析解与地震荷载同时作用于储罐外墙，进行动力响应分析。
Under the action of the different seismic waves, the analytic solution dynamic fluid pressure and seismic loads acting on the tank wall at the same time to carry out dynamic response analysis.
储罐内部温度分布和压力响应同样受到储罐类型、充装水平等因素的影响。
The temperature distribution and the pressure response are also affected by the factors such as the tank types and the filling levels etc.
呼吸阀安装在固定顶罐的通风装置，起减少油品蒸发损耗，控制储罐压力的作用，它也可与阻火器联合安装使用。
Breathing Valve shall be set on roof of the fixed-roof tanks, which can make the tanks safe and reduce the loss of the stored liquids as evaporation.
最后对三种结构型式的拱顶储罐的变形方式、应力状态、塑性变形历史、塑性极限压力、弹性失稳临界压力进行了分析与对比。
The analysis and contrast of deformation pattern, state of stress, plastic deformation history, plastic limit load and limit load of elastic buckling are analyzed and contrasted.
采用数值差分法可以求解出绝热层内部温度变化规律，从而推出储罐内液体的温度和压力的变化规律。
The equation was solved with the finite difference method and the variation of the temperature in the insulation layer was concluded.
另外，由于储罐是在常压下工作，所以其内胆也不需要承受压力，因而储罐可以制成矩形。
In addition, due to that the container works under the normal pressure, the inner container need not bear the pressure, and thereby the container can be made into square.
另外，由于储罐是在常压下工作，所以其内胆也不需要承受压力，因而储罐可以制成矩形。
In addition, due to that the container works under the normal pressure, the inner container need not bear the pressure, and thereby the container can be made into square.
应用推荐