CAJ | 학술논문

设计了3种不同形状的纳米结构，即圆柱形光栅、长方形光栅、三角形光栅，将其覆盖在硅吸收层表面，利用有限元方法对其进行仿真模拟，结果表明金属光栅激发的局域表面等离子体明显增强了薄膜太阳能电池的吸收效率，通过对比发现圆柱形光栅更能有效地将光能耦合到薄膜硅层中。
설계료3충불동형상적납미결구，즉원주형광책、장방형광책、삼각형광책，장기복개재규흡수층표면，이용유한원방법대기진행방진모의，결과표명금속광책격발적국역표면등리자체명현증강료박막태양능전지적흡수효솔，통과대비발현원주형광책경능유효지장광능우합도박막규층중。
In this paper,we present three different shapes of metallic nanostructures,cylindrical grating,grat-ing rectangular,triangular grating to cover the surface of the silicon absorber layer,and to simulate these struc-tures with the finite element method. The calculated results show that the cylindrical surface of the grating excita-tion significantly enhances the absorption efficiency of the plasma thin - film solar cell due to its excited localized surface plasmon resonances.