Over the period which Dr Penn and Dr Livingston analysed, the average magnetic strength of the irruptions has declined.

佩恩和利文斯顿博士分析表明，入侵活动的平均磁场强度已有所下降。

The problem is that the theory puts white dwarfs' magnetic fields at 100,000 tesla or more, well beyond humanity's reach.

问题是，这个第原则认为白矮星的磁场强度可以达到100，000特斯拉或者更多，远远超过了人类的极限。

While the U.S. has more tornadoes than any other country, tornadoes only form once out of every 10 strong storms.

虽然美国的龙卷风比其他任何国家都多，但每10场强风暴只有1场能形成龙卷风。

Some neutron stars generate fields 100 billion times stronger than those found in sunspots.

子星产的场比子的场强 1000 亿倍。

After crossing the heliopause, Voyager 1 detected no change in  the ambient magnetic field.

穿越日球层顶后，旅行者1号探测到周围磁场强度未发变化。

As we increase that field strength then we are going to decrease the period.

当我们增加那个场强时，我们会减少周期。

In Macmillan's new design, as you increase the energy, you also increase the magnetic field.

在麦克米伦的新设计，随着能量的增加，磁场强度也随之增强。

It's the magnetic field intensity on the sun.

这是的磁场强度。

Like Susan's an artist. Lynette's a great businesswoman.

就像苏珊是艺术家 勒奈特是职场强人。

B is the strength of the magnetic field at each point along the loop.

B是磁场强度 循环的每个点。

So the ROI is better with the lower field scanner compared to a higher field one.

因此，与高场强扫描仪相比，低场强扫描仪的投资回报率更佳。

A magnetar is a highly magnetized neutron star having a magnetic field of the order of trillions of Teslas.

磁星是种磁场强度达到数万亿特斯拉的高磁化子星。

The more flow there is, the more magnitude we are going to have in the magnetic field.

电流越大，所产的磁场强度也就越大。

While they were migrating across the Earth, the planet's magnetic field dropped to only 0-6% of the current strength.

在它们（物）迁徙横跨地球之际，地球磁场强度骤降至现今水平的0-6%。

And then the electric field strength is going to be the field strength of that electric field.

然后电场强度就是那个电场的场强。

So let's double the magnetic field.

所以让我们把磁场强度加倍。

To give you an idea, we're working with 1% of the signal, 1% of the magnetic field of today's machine.

这么说吧，我们正在处理的信号和磁场强度仅为现有机器的1%。

But a couple of other things induced emf, too, even if the strength of the magnetic field stayed the same.

但是，即使磁场强度保持不变，其他因素也会引起电动势。

Eventually, these rocks can lead to a dramatic  weakening effect in the field intensity.

最终，这岩石可能导致磁场强度显着减弱。

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.

以确定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以制造人的组织。