可拆卸明确涂层网格储液袋。
将动力转向储液罐同风扇罩分开并放至一边。
Detach power steering reservoir from fan shroud and lay aside.
清洗储液与逐级精度过滤系统，确保洗剂洁净。
Cleaning fluid of reservoir accuracy of filtering system step by step to ensure that the lotion is clean.
清洗储液与逐级精度过滤系统，确保洗剂洁净。
Cleaning fluid of reservoir and accuracy of filtering system step by step to ensure that the lotion is clean.
某些容器如橡胶内衬的储液箱不能在底部开出口；
Some containers such as rubber-lined boxes of the reservoir can not be opened at the bottom of exports;
储液池火灾-可燃液体表面燃烧，带有固定的火焰。
Pool Fire - a flammable liquid surface burning with a stationary flame.
预加压力必须小于储液器外壳上所标示的工作压力。
The pre-charge pressure must be less than the operating pressure engraved on the accumulator shell.
可动构件的前缘通过充满储液器的液体LQ而 运动。
The leading edge of the movable member moves through a liquid LQ that fills the liquid reservoir.
所述镜框上还设置有一喷头和能储存眼药水的储液器。
Nozzles and reservoirs capable of storing eyedrop are also arranged on the spectacle frame.
罐壁的初始不规则将影响储液罐的动态特性和地震响应。
These irregularities influence the distribution of hydrodynamic pressure of liquid in the tank, thus effecting dynamic characteristics and earthquake response of the tank.
提出一种汽车发动机冷却液储液罐试验系统的设计方案。
This paper presents a novel design of coolant tank testing system, where the pressure and flux is controlled by reducor valve and throttle.
储液器收集从蒸发器流通到压缩机的气态和液态制冷剂。
The accumulator collects gaseous and liquid refrigerant passing from the evaporator to the compressor.
当制冷剂蒸发冷却时，它冷凝成高压液体，储存在储液器中。
As the refrigerant vapor cools, it condenses into a high pressure liquid and accumulates in the receiver.
本文给出了储罐和储液仓在其使用期间内破坏概率的计算方法。
In this paper, a method to calculate the dynamic destruction probability of storage tank equipment during the period they are to be used is presented.
本发明公开了一种压缩机储液罐用感应电加热器及其制作夹具。
The invention discloses an induction electric heater for an accumulator of a compressor and a manufacturing fixture thereof.
所述储液槽及喷洒连接件均与定量容器底部通过液体管道相连通。
Both the liquid storage tank and the spraying connector are communicated with the bottom of the rationing container through a liquid pipeline.
本实用新型公开了一种结构合理、经济实用的制冷压缩机用储液罐。
The utility model discloses a liquid storage tank for refrigeration compressor which is reasonable in structure, economic and practical.
该装置外观即为一夹子，储液容器、电极、电极引线等均固定在夹子上。
The device looks like a clamp, and has liquid container, electrode, leading wire, etc fixed onto the clamp.
与大型振动台试验结果的比较表阴，理论方法可以很好预估储液地震响应。
The method presented in this paper predicts satisfactorily the liquid response to earthquakes as indicated by the comparison with the test results on the large vibration platform.
在它的冷却水套内，有一个储液槽里内置抗菌布，通过冷却液体制冷降暑。
In its water chamber, there is anti-microbial fabric in an onboard reservoir, helping you reduce the heat by liquid cooling.
应用流体固体动力耦合统一分析模型的有限元法，进行了储液池的抗震分析。
The seismic analysis of liquid storage container is conducted by finite element method for transient dynamic fluid-solid coupling model.
这样储液箱就既可以安装在地面上也可以安装在地面下，而且不用设置溢入口。
This reservoir can be installed both boxes on the ground can also be installed under the ground, and do not set up over the entrance.
而对于其中的储液罐与液体的流固耦合问题，主要采用附加质量法进行解耦分析研究。
The fluid-structure interaction problem of cylindrical tank is solved mainly with added mass method.
本文介绍了铝制储液罐模型在不同激励波作用下和不同液面状态下的提离振动实验研究。
In this paper the experiment on uplift of a aluminium-model liquid storage tank is studied under the excitations of different seismic waves, liquid surface cases on the vibration table.
本文根据变分原理，利用有限单元法分析在水平地震运动作用下圆柱形弹性储液罐的动力反应。
Based on the variational principle, the dynamic responses of flexible cylindrical liquid storage tanks, excited seismically have been analyzed by the finite element method.
勘探地震以研究储液构造为目的，开发地震以研究储液构造细节及构造内流体储存特征为目的。
Exploration seismology takes the study of reservoir structure as object and development seismology takes the study of details of reservoir structure and feature of fluid reserve in structure.
电子装置安装于储液器以将热量从电子装置传递到置于储液器内的制冷剂，从而冷却电子装置。
The electronics are mounted to the accumulator to transfer heat from the electronics to the refrigerant located within the accumulator to cool the electronics.
电子装置安装于储液器以将热量从电子装置传递到置于储液器内的制冷剂，从而冷却电子装置。
The electronics are mounted to the accumulator to transfer heat from the electronics to the refrigerant located within the accumulator to cool the electronics.
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