你还记得阿基米德在洗澡的例子吗？
它也被命名为阿基米德常数。
阿基米德在泡澡时灵感迸发。
可是，阿基米德做了充分的准备。
阿基米德首先发现固体排水原理。
Archimedes first discovered the principle of displacement of water by solid bodies.
我们将需要思考阿基米德在他洗澡之前做了什么。
We will need to consider about what Archimedes had done before he took the bath.
泵必须是低剪切力的阿基米德螺旋式泵。
阿基米德指出，球体是最有效的固体形状。
Archimedes showed that the sphere is the most efficient solid figure.
它是一个阿基米德模型。
涡流管内三维流线形态类似阿基米德曲线。
The pattern of flow streamlines is same to Archimedes lines.
阿基米德说：给我一个支点，我就能移动地球。
Archimedes said: Give me a fulcrum, and I will be able to move the earth.
阿基米德说，给我一根杠杆我可以撬动整个地球。
Archimedes said that if you gave him a pivot point he could move the Earth.
给我一个支点，我可以撬起地球。——阿基米德。
阿基米德发明浮力定律便是酝酿效应的典范故事。
Archimedes found the law of buoyancy is brewing effect of classic stories.
可是那时，阿基米德正在他的实验室里画他的图形。
But that time, Archimedes just at his laboratory inside painting his sketch.
阿基米德在泡澡时灵感迸发。我则是在淋浴外获得灵感。
Archimedes had his eureka moment in the bath. I have mine in the shower.
阿基米德对自己在球体和圆柱体方面所做的工作尤其感到自豪。
Archimedes was particularly proud of his work with the sphere and cylinder.
“就是如此”阿基米德喊道，“我知道如何解决国外的难题了！”
"That's it!" shouted Archimedes. "I know how to solve the king's problem!"
该模型试验以相似理论为基础，采用热量阿基米德数为相似准则数。
This model research is based on similarity theory and use number as similarity number;
那是一闪而过的灵感——一个尤里卡瞬间（译者：古希腊典故，阿基米德在洗澡盆里有了重大发现的那个瞬间）！
那是一闪而过的灵感——一个尤里卡瞬间（译者：古希腊典故，阿基米德在洗澡盆里有了重大发现的那个瞬间）！
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