Unlike a Big Mac, they have no nutritional value; nor do their calories satisfy hunger.

与巨无霸不同的，这些碳酸饮料毫无营养价值，它们产生的无法抵抗饥饿。

Like we've mentioned, the lander needs protection and stabilization from the heat generated from descent.

就像我们提到的，需要保护着陆器避免由于下降产生的变化带来的振动。

And computers generate quite a lot of that.

电脑会产生很多这样的。

Actually burning off those extra calories from a can of soda is really, really hard.

事实上，要消耗一罐汽水所产生的额外非常、非常的困难。

Apple also suggests removing phone cases since they can generate excess heat as well.

苹果公司还建议去掉手机壳，因它们会产生多余的。

Burn the waste, produce heat and steam, drive a turbine to make electricity.

燃烧废物产生的和蒸汽可以驱动涡轮机发电。

Officials suspect heat from increased thruster use on arrival at the ISS caused the problem.

官员们怀疑，抵达国际空间站时推进器使用增加所产生的导致了这一问题。

The rotation caused it to heat so greatly that it gave off X-rays.

旋转会使它产生极大的，从而释放出x射线。

How does a big ball of hydrogen create all that heat?

一个巨大的氢何产生这么多的？

Her efforts stopped the leaks, but also created a lot of heat.

虽然这样做解决了泄漏问题，但产生了大的。

Simply put, the main advantage of GaN is that it generates less heat than silicon.

简单地说，氮化镓的主要优点它产生的比硅少。

The amount of heat produced by this electrical apparatus is variable by turning a small handle.

这电器所产生的可随着转动小把手而改变。

The beans would then be roasted in the heat generated by the crafts, 20-minute re-entry into earth's atmosphere.

然后，这些豆子将在飞船重新进入地大气层的20分钟内产生的中烘焙。

The accretion process creates heat and heavier particles sink to the center of the accumulating mass.

增长的过程产生了，较重的粒子下沉到物质团的中心。

They then melt as they fall into the interior of the planet producing the extra heat.

然后它们在落入行星内部时融化，产生额外的。

They use a lot of power, generate a lot of heat, and require huge cooling systems.

它们使用了大的电力, 产生大的, 需要巨大的冷却系统。

Solar energy or heat from other industrial processes can be used to produce hot, wet air.

太阳能或其他工业过程产生的可以用来生产湿空气。

So what you have is a large amount of heat being generated but it's all going up.

所以产生了大的，但它们都在上升。

Earth's radioactive core generates an immense amount of heat that keeps our planet from completely cooling over.

地的放射性核心产生大的，使我们的星无法完全冷却。

And they are extremely potent ones, causing thousands of times more warming per molecule than carbon dioxide does.

它们破坏力巨大，每分子所产生的比二氧化碳要高几千倍。