与可见光波不同的是，这些无线电波可以较容易地穿过太空中的各种气体和灰尘，穿过我们地球的大气层。
Unlike visible light waves, these radio waves can get through the various gases and dusts in space, and through our own earth's atmosphere comparatively easily.
这次爆发把巨额数量的岩土和灰尘抛向大气，随后使地球的温度冷却了好几个月。
The eruption flung vast amounts of dust and ash into the atmosphere, cooling global temperatures for months afterwards.
要达到这个目标有许多种方法。 但王博士建议的首选方法是通过高功率的激光轰击大气中的灰尘，释放出可以与CO2分子结合的电子。
There are many ways this might be done, but for a first experiment Dr Wong proposes zapping dust in the atmosphere with powerful lasers, to release electrons that can then combine with CO2.
应用推荐