The effect of temperature on a two-dimensional square lattice photonic crystal composed of
Si rods arranged in an air background was investigated theoretically using the plane-wave …

We analyze the absolute photonic band gap in two dimensional (2D) square, triangular and
honeycomb lattices composed of air holes or rings with different geometrical shapes and …

In this study, we analyze the tunability of complete photonic band gap of square and
triangular photonic crystal slabs composed of square and hexagonal air holes in anisotropic …

We analyze the tunability of full band gap in photonic crystal slabs created by square and
triangular lattices of air holes in anisotropic tellurium background, considering that the …

Periodic structures with feature sizes comparable to the wavelength of electromagnetic
radiation (“photonic crystals”) or feature sizes much smaller than the considered wavelength …

In this study, we analyse the evolution of complete photonic band gap in two-dimensional
photonic structures by arranging the 12-fold symmetric quasicrystalline unit cells on square …

Using the supercell approach based on the plane wave expansion method, we analyze the
photonic bandgap (PBG) of square and triangular photonic crystal slabs composed of air …

A numerical mode solver for optical structures that conform to cylindrical symmetry using
Faraday's and Ampere's laws as starting expressions is developed when electric or …

摘要光子能带结构中的狄拉克点是目前光子晶体研究中新兴的热点. 选用双轴材料,
用六边形介质柱构成了六角晶格各向异性光子晶体. 该光子晶体有三个各异的主介电常数εxx …

In this study, we analyze full photonic band gap formation and properties of two-dimensional
photonic crystals with square lattice, composed of anisotropic tellurium rods with different …