1. Through diffraction inverse ratio relation and quantization of geometrical optics, the transition between geometrical optics and wave optics was discussed. 通过衍射反比关系和几何光学的量子化,讨论了几何光学和波动光学的过渡问题。
2. Through diffraction inverse ratio relation and quantization of geometrical optics, the transition between geometrical optics and wave optics was discussed. 通过衍射反比关系和几何光学的量子化,讨论了几何光学和波动光学的过渡问题。
3. Through diffraction inverse ratio relation and quantization of geometrical optics, the transition between geometrical optics and wave optics was discussed. 通过衍射反比关系和几何光学的量子化,讨论了几何光学和波动光学的过渡问题。
4. In the past twenty years, owing to the discovery of Berry's geometrical phase in 1984 , a lot of efforts have been made on quantal adiabatic theorem and geometrical phase . 由于1984年Berry几何相的发现,在过去的二十年中,人们在几何相和量子绝热定理方面作了大量的工作。
5. Through diffraction inverse ratio relation and quantization of geometrical optics, the transition between geometrical optics and wave optics was discussed. 通过衍射反比关系和几何光学的量子化,讨论了几何光学和波动光学的过渡问题。