In optics we have to decide in favour of the wave theory against the corpuscular theory of light.
在光学中我们赞成光的波动说，而反对光的微粒说。
One concept was the corpuscular theory, which envisioned light as a stream, or flow, of small particles.
一个概念就是微粒子理论，把光想象为溪流，或微小粒子的流动。
Bradley's discovery supported a corpuscular theory, or at least it did not support the idea of an ether drag.
布拉德利的发现支持微粒子理论，或至少它不支持以太拖拉的想法。
We have seen that the corpuscular theory explains many of the observed facts. Is the wave theory also able to do this?
我们已经知道微粒说解释了许多已观察到的现象，光的波动说也能做到这一点吗？
Our aim was to introduce another theory of light, different from the corpuscular one, but also attempting to explain the same domain of facts.
我们当时的目的是要介绍另一个光的理论，这个理论与微粒说不同，但也想做到能解释同样多的现象。
Our aim was to introduce another theory of light, different from the corpuscular one, but also attempting to explain the same domain of facts.
我们当时的目的是要介绍另一个光的理论，这个理论与微粒说不同，但也想做到能解释同样多的现象。
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