一所房子是由地热能源供暖和制冷的。
原子反应堆发出大量的热能。
The atomic reactor generates enormous amounts of thermal energy.
地热能对世界未来能源的贡献是难以估计的。
The contribution of geothermal energy to the world's energy future is difficult to estimate.
冰岛的首都雷克雅未克完全是用火山热产生的地热能来供热的。
Reykjavik, the capital of Iceland, is entirely heated by geothermal energy derived from volcanic heat.
当你取出一块冷冻华夫饼饼放进烤面包器时，电能转化成了热能。
When you pop a frozen waffle into the toaster, electrical energy turns into heat energy.
当太阳的辐射能落在地球上时，就变为热能，于是， 地球暖和起来了。
When the radiant energy of the sun falls on the earth, it is changed into heat energy, and as a result the earth is warmed.
作为所有天气系统中最强大的系统之一，飓风是由水蒸气凝结释放的热能所驱动的。
One of the most powerful of all weather systems, hurricanes are powered by the heat energy released by the condensation of water vapour.
阿伦尼乌斯计算了二氧化碳在地球大气层内的蓄热能力，但是其他化学家对此有异议。
Arrhenius calculated the capability of carbon dioxide to trap heat in the Earth's atmosphere, but other chemists disagreed.
如果可能的话，进入了21世纪之后，地热能才会对世界的能量预算做出大规模的贡献。
Geothermal energy probably will not make large-scale contributions to the world energy budget until well into the twenty-first century, if ever.
铜卓越的导电能力和导热能力意味着它不仅用于制造全球的电缆和管道。
Copper's excellent conduction of electricity and heat means that it is used not only to cable and pipe the globe.
对于将太阳能转化为热能的系统，热能可能以潜热或显热的形式存储在物质中。
For systems transforming solar to thermal energy, the thermal energy may be stored in matter as either latent heat or sensible heat.
地热能主要以干热的岩石、自然热水或自然蒸汽的形式出现在近期火山活动的区域。
They occur primarily in regions of recent volcanic activity as hot, dry rock; natural hot water; or natural steam.
当这些燃料燃烧时释放出热能。
中子携带的能量可转化为热能。
The neutron would carry energy that could be converted into heat.
所以摩擦力做负功-，转化成热能。
神奇的内部热能构成了它的光芒。
同时还有一个开发地热能的计划。
太阳能与地热能：哪个更有效？
动能被转移，正在转化成热能。
Kinetic energy has been removed, and now it has been converted to heat.
吸收阳光并转化为热能；以及。
只有250百万瓦特的的热能。
低的暖云比高的冷云发射更多的热能。
Low, warm clouds emit more thermal energy than high, cold clouds.
热能然后传递给次环中的水。
Thisheat energy is then transferred to a secondary loop of water.
产生许多热能，动能被转移。
因为相互作用能，相比于热能要小得多。
Because the energy is so tiny compared to the thermal energy.
没有足够的热能使它如此。
很可能是因为女性遗失热能通过其他的机制。
热能在这里变为电能。
然而热能还是很小的。
设法提高热能转换器的温度将可提高经营效率。
Finding ways to boost the temperature of heat exchanger fluids would raise operating efficiency, too.
应用推荐