CAJ | 학술논문

采用平面波展开法模拟graphite格子二维光子晶体的禁带结构，研究了三种溶液温度和质量摩尔浓度分别对光子带隙的影响。其中半乳糖、木糖和核糖溶液分别为graphite格子二维光子晶体的空气孔介质材料。结果表明，当质量摩尔浓度恒定而温度变化，光子带隙随其发生变化；而当溶液温度恒定时，光子带隙随溶液质量摩尔浓度发生变化。较高质量摩尔浓度和较高温度的溶液更容易形成光子带隙。在某些情况下，核糖溶液比半乳糖和木糖溶液更容易实现光子带隙。
채용평면파전개법모의graphite격자이유광자정체적금대결구，연구료삼충용액온도화질량마이농도분별대광자대극적영향。기중반유당、목당화핵당용액분별위graphite격자이유광자정체적공기공개질재료。결과표명，당질량마이농도항정이온도변화，광자대극수기발생변화；이당용액온도항정시，광자대극수용액질량마이농도발생변화。교고질량마이농도화교고온도적용액경용역형성광자대극。재모사정황하，핵당용액비반유당화목당용액경용역실현광자대극。
The plane wave expansion method is used to simulate the band gap of two-dimensional photonic crystal with graph-ite lattice,to study the effect of temperature and molarity of three kinds of solution on the photonic band gap. Where galactose, xy-lose and ribose solution were air holes dielectric materials of two-dimensional photonic crystal with graphite lattice .The results show that with a constant molarity ,the photonic band gap changes with the temperature of the solution .Similarly, for a given temperature of the solution, the photonic band gap changes with the molarity of the solution. . In some cases, ribose solution was easier to achieve the photonic band gap xylose and galactose solution .