Scanning at the resolution required to determine the details of individual synapses would requires a field strength high enough to cook a person's tissues.

单个突触细节所需的分辨率进行扫描将需要足够高的场强制造人的组织。

I will add that the composition of the object  which is submerged in the fluid does not affect the buoyant force, only mass of the fluid  displaced by the object and the gravitational field strength determine the buoyant force.

我要补充的是， 浸入流体中的物体的组成不会影响浮力，只有被物体排开的流体的质量和力场强才能决浮力。

The model proposing geometrical beaming assumes that the X-ray pulsar has a magnetic field strength of about 10 billion Gauss.

该模型假设几何集束效应认为X射线脉冲星的磁场强约为100亿高斯。

And as I pull those charges out you can see that that electric field strength is going to 0.

当我把这些电荷移走时，你可看到电场强正在趋于0。

There is a huge electric field strength.

电场强非常大。

It's also interesting to note that when the magnetic field strength is around 10 trillion Gauss, the collimation effect, which concentrates matter in our line of sight, stops happening.

值得注意的是， 当磁场强达到约10万亿高斯时，将物质集中在我们视线方向的聚束效应就会停止发生。

The force of gravity parallel equals mass times gravitational field strength  times the sine of the incline angle.

力的平行分量等于质量力场强再斜面角的正弦值。

Due to the changing forces, the field's strength keeps fluctuating.

由于力的变化，地球磁场的强持续波动。

And that is a greater push than we have just from gravitational field strength.

而这比我们仅仅从力场强得到的推力要大。

The magnitude of the gravitational force exerted on a mass in a gravitational field  is determined using the equation, force of gravity equals mass times the gravitational  field strength.

物体在力场中受到的力大小可通过公式计算，即力等于质量力场强。

As a result, a sudden change in the magnetic field's strength could wreak havoc on Earth, and something similar happened in the recent past.

因此， 地磁场强的突然变化可能给地球带来灾难，而类似的情况在不久前就曾发生过。

The  force of gravity perpendicular equals mass times gravitational field strength times the cosine of  the incline angle.

力的垂直分量等于质量力场强再斜面角的余弦值。

And in the last video we talked about what generates that change in the electric field strength.

在上一个视频中，我们讨论了是什么引起了电场强的变化。

Now we have net force equals density of the fluid times gravitational  field strength times area of one side of the cube times the length of one side of the cube.

现在我们有净力等于流体的密力场强立方体一个侧面的面积再立方体一个边的长。

And then if we put on all the way out at 4 meters we are going to get an electric field strength of 0.6 volts per meter.

然后如果我们放在4米远处，我们将得到一个电场强为0.6伏特每米。

You can see here that we are given the electric field strength, so we know E. But how are we ever going to figure out force if we do not know q?

你可看到这里给出了电场强，所我们知道E。 但是如果我们不知道q， 我们怎么算出力呢？

Its magnitude equals the mass  of the fluid displaced by the object times the gravitational field strength hold up, mass times  acceleration due to gravity?

其大小等于物体排开的流体质量力场强，也就是质量力加速？

It does not matter where you step in, it is going to be the same electric field strength on either side.

无论你从哪里进入，两边的电场强都是一样的。

We are going to have an even greater field strength as well.

我们还将拥有更大的电场强。

As we move out in three dimensions we are decreasing that electric field strength as a function of the area of a sphere.

当我们向三维空间移动时，电场强会随着球体表面积的变化而减小。