Light wave synergy is about learning to manifest both the male and female counterparts of waves so that a light wave language can spin within the field.
光波协同，是关于学会既显化光波的男性对等者，也显化光波的女性对等者，以便光波语言可以在能量场中转动的。
Both nonreciprocal birefringent effect and variable polarization effect of microwave ferrite in the symmetrical four-pole magnetized field are discussed in the light of coupling-wave theory.
本文用耦合波理论处理了对称四磁极磁化情况下，微波铁氧体的非互易双折射效应和变极化效应。
Using wave guide theory, we deduce scalar approximate solution about transmissive light through a fiber weak-guide and give the expressions of field in each component.
根据光波导理论，推算出弱导条件下光沿光纤传输场的标量近似解，给出场的各分量表达式，以便分析讨论。
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