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边缘密封
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  “边缘密封”译为未确定词的双语例句
     RIM SEAL TYPE SELECTION OF FLOATING ROOF TANK AND ITS HYDROCARBON LOSS
     外浮顶油罐边缘密封型式的选用与油气损耗
短句来源
     This article analyzed the loss mechanism of the brim seal of floating-roof tank, and introduced the structure characteristics of second sealing. Through the comparing between second sealing and the hinged metal weather-shields, high economic benefit and safety benefit of second sealing has been proved.
     分析了外浮顶罐边缘密封损耗机理,介绍了二次密封的结构特点,通过二次密封与挡雨板对比,说明二次密封的经济效益和安全效益。
短句来源
     The key function of an insulating glass unit(IGU) edge-seal system is to provide a gas-and moisture-barrier and to structurally bond two or more panes of glass together.
     中空玻璃的边缘密封系统的主要功能是将两片或多片玻璃结构性黏结起来防止水汽进入。
短句来源
     This can be achieved best with a dual edgeseal system,where the primary,polyisobutylene-based seal provides the barrier function,and the elastomeric secondary seal ensures the structural integrity of the IGU under all relevant loads.
     通过双重边缘密封系统可以取得最好的密封效果,在该系统中,第一道密封是由聚异丁烯基密封胶提供水汽密封,第二道弹性密封则确保中空玻璃在相应荷载下的结构整体性。
短句来源
     Differential thermal movement between the spacer frame and the glass panes is a key contributor to the aging of insulating glass edge seal and of the insulating glass unit-IGU-itself.
     间隔条和玻璃板片之间的相对热位移是中空玻璃边缘密封乃至中空玻璃(IGU)本身老化的主要原因之一。
短句来源
  相似匹配句对
     Edge
     边缘
短句来源
     Sealing Membraneis
     密封
短句来源
     Leather Cup Seals
     皮碗密封
短句来源
     Experiencing the Edge
     感受边缘
短句来源
     Double Overflow Inclined Hole Tray with Gas Edge Sealing
     斜孔双溢流边缘密封塔板
短句来源
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In order to increase the productive capacity of the small-sized gas-liquid mass transfer units, the structure of double overflow inclined hole tray with gas edge sealing has been proposed. Such a tray structure has solved the problem which arises from edge sealing when the small-sized plate columns are used, and is applied in production. It gives a good result. This proves that it can be widely used in smallsized columns with high productive capacity, smaller equivalent height, convenient manufacture and low...

In order to increase the productive capacity of the small-sized gas-liquid mass transfer units, the structure of double overflow inclined hole tray with gas edge sealing has been proposed. Such a tray structure has solved the problem which arises from edge sealing when the small-sized plate columns are used, and is applied in production. It gives a good result. This proves that it can be widely used in smallsized columns with high productive capacity, smaller equivalent height, convenient manufacture and low cost.

针对小型气液传质设备的强化问题,提出斜孔双溢流边缘气密封的结构,这种结构解决 了一般板式塔用于小塔时边缘密封所引起的问题,已在生产上应用,效果良好,证明它的生 产能力大,当量高度较小,制造方便,造价低,可以在小塔中推广应用。

Two side-by-side test boxes are built to investigate the heat transfer coefficients of the glass window with inner cloth curtains. Two types of window systems are tested which are the single glazing with an inner cloth curtain and the double glazing with an inner cloth curtain. For each of them ,the effects of curtain edge sealing states on the heat transfer coefficients are also experimented. The window systems tested are 100% glass area without frames, and the experiments are performed in room . From test...

Two side-by-side test boxes are built to investigate the heat transfer coefficients of the glass window with inner cloth curtains. Two types of window systems are tested which are the single glazing with an inner cloth curtain and the double glazing with an inner cloth curtain. For each of them ,the effects of curtain edge sealing states on the heat transfer coefficients are also experimented. The window systems tested are 100% glass area without frames, and the experiments are performed in room . From test data empiric equations of heat transfer coefficients are derived. The revision of the effects of window frames and ambient wind velocity on them is made thereafter. The empiric equations revised can be used to actual window systems easily.

本文工作通过在室内建立的两个并排的热箱,对玻璃窗拉上内布帘后的传热系数进行了测定。实验的窗系统分为两种类型,单层玻璃拉内布帘和双层玻璃拉内布帘。对于每一种类型,均考虑了布帘边缘自然松驰和布帘边缘密封两种状况。通过对100%玻璃的窗系统进行实验,得出该条件下的经验关系式,然后对其进行窗框类型和环境风速影响的修正。修正后的传热系数经验公式可以方便地用于实际窗系统的瞬态传热计算。

Two side-by-side test boxes are built to investigate the heat transfer coefficients of the glass window with inner cloth curtains. Two types of window systems are tested, they are the single glazing with an inner cloth curtain and the double glazing with an inner cloth curtain. For each of them, the effects of curtain edge sealing conditions on the heat transfer coefficents are also under considertion. The window systems tested are 100% glass area without frames, and the experiments are performed in room.From...

Two side-by-side test boxes are built to investigate the heat transfer coefficients of the glass window with inner cloth curtains. Two types of window systems are tested, they are the single glazing with an inner cloth curtain and the double glazing with an inner cloth curtain. For each of them, the effects of curtain edge sealing conditions on the heat transfer coefficents are also under considertion. The window systems tested are 100% glass area without frames, and the experiments are performed in room.From test data, the empirical equations of heat transfer coefficients are derived. The revision of the effects of window frames and ambient wind velocity on them is made thereafter. The empirical equations revised can be used to actual window systems easily.

对玻璃窗内加布帘后的传热系数进行了测定。实验的窗系统分别为单层玻璃和双层玻璃内加布帘。实验中考虑了布帘边缘自然松弛和布布边缘密封的影响。通过对100%玻璃的窗系统进行实验,得出该条件下传热系数的经验关系式,然后对窗框类型和环境风速的影响进行修正。修正后的传热系数经验公式可以方便地用于实际窗系统的瞬态传热计算。

 
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