根据帕斯卡定律使每个冲模在压制过程中具有相等的压力值。
According to Pascal's Law, each die will receive equal pressure during the process of pressing.
在实际液压系统中，帕斯卡定律解释从系统中得到的各种结果。
In actual hydraulic systems, Pascal's law defines the basis of the results which are obtained from the system.
该规律由法国数学家、物理学家帕斯卡发现，由此而命名为帕斯卡定律。
This rule by the French mathematicians, physicist Pascal discovered that from this names as the Pascal's law.
所有液压系统原理都基于帕斯卡定律，是以发现这个定律的帕斯卡的名字而命名的。
All hydraulic systems depend on Pascal's law, named after Blaise Pascal, who discovered the law.
液压千斤顶(又名：油压千斤顶)利用帕斯卡定律制成的利用液体压强传动的机械，种类液压千斤顶很多。
Hydraulic jack (other name: the hydraulic jack) the use liquid intensity of pressure transmission machinery which makes using the Pascal's law, the type hydraulic jack are many.
帕斯卡定律是：封闭容器中的静止流体的某一部分发生的压强变化，将毫无损失地传递至流体的各个部分和容器壁。
The Pascal's law is: Seals up intensity of pressure change which in vessel's fluid at rest's some part occurs, will not lose the transmission to the fluid each part and the vessel wall.
帕斯卡定律是：封闭容器中的静止流体的某一部分发生的压强变化，将毫无损失地传递至流体的各个部分和容器壁。
The Pascal's law is: Seals up intensity of pressure change which in vessel's fluid at rest's some part occurs, will not lose the transmission to the fluid each part and the vessel wall.
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