这是利用望远镜展示名为“牛顿圈”的光学效应，折射光线彼此干涉，形成了这些条纹。
This is the view through a telescope demonstrating the optical effect known as Newton's Rings, whereby reflected light rays interfere with one another and produce a pattern.
由于双暗态间的干涉效应使得介质的光学性质发生了根本的改变。
The interference effects between the double-dark states made the optical properties of the medium fundamentally changed.
我们分析发现造成这种现象的物理原因是多模干涉区的自成像效应，这种多模干涉在光子晶体光学集成电路中具有重大的潜在应用价值。
We analyse the physical origins of this performance is the self-imaging principle in the multi-mode region, this kind of multi-mode interference may find potential application in PC optical circuits.
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