枣庄学院学报
棘莊學院學報
조장학원학보
Journal of Zaozhuang University
2015年
5期
10-17
,共8页
光子晶体%能带特性%理论算法%数值模拟
光子晶體%能帶特性%理論算法%數值模擬
광자정체%능대특성%이론산법%수치모의
photonic crystal%bandgap properties%theoretical algorithm%the numerical simulation
基于Maxwell方程研究光子晶体能带结构的理论算法，推导了计算光子晶体能带的时域有限差分方法，传输矩阵法和平面波展开方法，以二维光子晶体为例进行了数值模拟，得到了其能带结构，研究结论对于光子晶体的理论算法具有参考意义。
基于Maxwell方程研究光子晶體能帶結構的理論算法，推導瞭計算光子晶體能帶的時域有限差分方法，傳輸矩陣法和平麵波展開方法，以二維光子晶體為例進行瞭數值模擬，得到瞭其能帶結構，研究結論對于光子晶體的理論算法具有參攷意義。
기우Maxwell방정연구광자정체능대결구적이론산법，추도료계산광자정체능대적시역유한차분방법，전수구진법화평면파전개방법，이이유광자정체위례진행료수치모의，득도료기능대결구，연구결론대우광자정체적이론산법구유삼고의의。
Finite difference time domain method,the transfer matrix method and plane wave expansion method were deduced based on the Maxwell equation theoretical algorithm for the photonic crystal band structure. The band structure of two-dimen-sional photonic crystals were simulated based on the above these methods. The research conclusion has reference significance for the theoretical algorithm of the photonic crystal.
