地球现在也被重新引领来在她的晶格层及能量流中培育更多的光运动，其中有一些是光子的，也有一些是光波协同的。
Earth is also being redirected now to foster more light movements in her grids and energy flow some of which is photonic and some of which is light wave synergy based.
分析了掩模孔间距、写入时间及入射角度等实验条件对写入光子晶格的影响。
The influences of the experimental conditions such as core spacing, writing time and incidence Angle were analyzed.
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