通常情况下，很少用内浮顶罐储存煤油。
Kerosene is rarely stored in inner floating roof tank in general condition.
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。
Measurement errors of inner floating roof tank are commonly concerned problem to operators engaging in oil measurement.
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。
The installation of expansion oil pipe of inner floating roof tank oil piping is different with that of dome roof tank oil piping.
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。
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.
选用内浮顶油罐储存轻质油品是降低油品蒸发损耗和减少环境污染的有效措施。
Using inner floating roof tank to store light oil can decrease the evaporation loss and prevent the environment from polluting.
本文介绍了大型内浮顶贮罐贮放多种不同介质时，密封结构在内浮顶上位置的设计方法。
In this paper, the method for determining the position of the sealing structure in large inside floating ceiling tank is introduced.
分析未足够重视蒸发损耗的原因，阐述蒸发损耗的规律并指出内浮顶罐是减少蒸发损耗的有效措施。
The article analyses the reason of oil loss resulted from evaporation, expounds the law of it and the way to solve it.
本文着重计算和分析了刚性基础上的内浮顶油罐的固有频率、振型和水平地面加速度作用下的动力响应。
The natural frequency and mode of the oil storage tank with an in-floating roof supported on the ground are calculated, and its dynamic response to the horizontal earthquake motion is analyzed.
本文阐述了FRP材料产生静电的机理及克服静电的方法，并研制出适应于内浮顶的抗静电型FRP材料。
This paper describes the electrostatic mechanism of FRP composites and resolution to overcoming electrostatics.
针对储存水溶性液体的内浮顶罐的泡沫消防设计，提出应注意的问题和解决方法，和对现行规范的一点建议。
Introduce the form design of inner floating roof storage tank, and give some advice to the using design code.
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。
Make a analyzing about the situation of floating roof tank and the problem lying in changing the floating roof tank to the covered floating roof tank.
对内浮顶油罐的计量内容、测量和计算方法进行了简要介绍，提出了一些内浮顶油罐在油品计量中应注意的技术要求。
Metering methods for inner floating roof tanks are described in brief. Some technical requirements for oils metering of inner floating roof tanks are presented.
为确定该内浮顶罐的降低油品蒸发损失效率，采用量气法测定其大呼吸时的蒸发损失量，而小呼吸的损失则按炼油厂的实践积累的经验数据进行计算。
The oil evaporation loss rate in this kind of tanks is determined by measuring gas at the time of major breath or making calculation using the empirical data accumulated in refineries.
为确定该内浮顶罐的降低油品蒸发损失效率，采用量气法测定其大呼吸时的蒸发损失量，而小呼吸的损失则按炼油厂的实践积累的经验数据进行计算。
The oil evaporation loss rate in this kind of tanks is determined by measuring gas at the time of major breath or making calculation using the empirical data accumulated in refineries.
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