The numerical results show that the value of the resonant modes of the photonic crystal can be modulated by changing the radius and dielectric constant.
结果表明通过改变缺陷的半径和介电常量大小可以在光子晶体禁带中一定的范围内调节缺陷模式的共振频率大小。
The value of effective modulus is calculated to be negative based on the resonant model mentioned before.
基于前述的共振模型计算出该材料的等效弹性模量为负。
Theoretical analysis, simulation and tested results agree well with each other, validating the feasibility of the resonant coupling structure and demonstrating its superior features and value.
理论分析、仿真设计和实验结果吻合得很好，能够相互印证，验证了这种新型的谐振型耦合结构的可行性，展现了其优良的特性和应用价值。
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