Volcanic systems can erode canyons by having fluid flow if it's very fluid, not very viscous.

如果液态岩浆流畅而不黏稠的话，火山系统可以侵蚀峡谷。

And this new work is about simulating fluid flows where we have some debris or other foreign particles in our liquids.

这项新的研究是关于模拟一些含有碎屑或其他异物的流体的。

And their interference with smooth fluid flow can decrease fuel efficiency by up to 40 percent, a major problem for large vessels.

它们能减少大约40%的燃料利用效率，这对大船来说是个主要问题。

Fluid guiding is a problem where we're looking to exert control over the fluid while keeping the fluid flow as natural as possible.

控制流体是指我们尝试去控制和影响流体同时保持流体的流动尽量自然。

It let some harmless fluid flow in, and then it closed back up.

它让一些无害的液体流入，然后又关闭了。

We’re also going to assume that fluids flow perfectly smoothly, and have no viscosity.

我们还将假设流体流动非常顺畅， 并且没有粘性。

This is where a fluid flowing past a blunt object oscillates as vortices are formed on the backside.

这是流过钝器的流体在其背面形成涡流时发生振荡的地方。

We're also going to assume that fluids flow perfectly smoothly, and have no viscosity.

我们还将假设流体流动 绝对光滑，不粘腻。

When a fluid flows easily, like water, we say that it has a low viscosity.

当流体容易流动时 像水一样，我们说它的粘度很低。

This means that, the slower the fluid flows, the more pressure it puts on the pipe itself.

这意味着，流动越慢 流体增加了对管本身的压力。

The worm builds a wall, uses secretions to shut down the body's immune response and control fluid flow.

寄生虫用其分泌物制造了一个外壳 以控制免疫系统。

Torricelli’s theorem uses conservation of energy to find the velocity of fluid flowing from a small spout in a container.

托里切利定理使用能量守恒来计算从容器中的小喷口流出的流体速度。

Torricelli's theorem uses conservation of energy to find the velocity of fluid flowing from a small spout in a container.

他的理论利用能量守恒定律来计算 流体从小喷嘴流入容器的速度。

A frothy, serous fluid flowed continuously from the cavity of the mouth, the nostrils and ears. The mouth was half open.

8. 从口腔、鼻孔和耳朵不断流出泡沫状浆液。嘴半张着。

You’ve probably heard of viscosity before: When a fluid flows easily, like water, we say that it has a low viscosity.

您之前可能听说过粘度：当流体容易流动时，例如水， 我们说它具有低粘度。

Using the two neural networks in tandem, we can take a low resolution fluid flow and synthesize the fine details on top of it in a way that is hardly believable.

依次使用这两个神经网络，我们能在低分辨率流体流动的基础上合成出微小的细节，这真是让人难以置信的方法！

Beyond pressure and temperature, the researchers are also experimenting with biodegradable sensors that measure acceleration, acidity, and fluid flow -- all useful things to know about a brain that’s just been knocked around.

除了压力和温度之外，研究人员还在试验可生物降解的传感器， 这些传感器可以测量加速度、酸度和流体流量——这些都是了解刚刚被颠簸的大脑的有用信息。