[PDF] Top 20 Connected hexagonal photonic crystals with largest full band gap

... two-dimensional photonic crystal with a large full band gap has been designed, fabricated, and ...The photonic crystal design was based on a calculation using inverse iteration ... See full document

... the photonic structures in the same class have band edges for E and H polarizations occurring at the same Bloch wave ...of photonic crystals have the following feature: the optimal (and the ... See full document

... of photonic crystals. For example, to maximize the band-gap by turning the geometric structure of the photonic crystal, one needs to solve a large number of eigenvalue problems that are ... See full document

... complete band gap ranging from ...complete band gap is the largest, with a range from 119 to ...relative band gap width equal to ...complete band gap ... See full document

... large gap width ⌬=6, the excited atom mainly couple to the free-space vacuum and thus the spec- trum shows a single Lorentzian peak 关 18 兴, which is referred to as the free-space ...the gap width, other ... See full document

... 共2D兲 photonic crystals can be widened by reducing the symmetry of the rods; such crystals are typi- cally designed with triangular, square, and hexagonal lattices of air or dielectric ... See full document

... the full band gap ...the full band gap by inserting a circular column, no matter what its radius is, in the center of the photonic structure of ...the full ... See full document

... only with the H polarization has been studied using finite-difference time-domain method 34 and multiple multipole ...metallic photonic crystals ... See full document

... structure with sp 3 -like ...agreement with those obtained by previous authors. However, with the fast algorithm the band structures presented in this study can be easily computed with ... See full document

... higher-lying band gaps for two-dimensional photonic crystals with large dielectric ...common band gap is attained on a hexagonal lattice of circular dielectric cylinders ... See full document

... device with PF 共device I, curve a兲, the EL spectrum shows a strong ZnO band-gap emission peak at 380 nm with the broad background emission from ...The full width at half maximum of the ... See full document

... circular photonic crystal 共CPC兲 microcavity is pro- posed by several ...the photonic band gap 共PBG兲 effect of CPC lattice which is found very ...in photonic integrated circuits 共PIC兲, ... See full document

... problem. Band structures can be computed directly without the need of examining transmission spectra as in the finite-difference time-domain method, or locating the mode frequency by testing an auxiliary function ... See full document

... of photonic devices has become the future ...MMI with photonic crystals inside in this ...integrated photonic crystals and the development of photonic crystal applied in ... See full document

... II. Detection Model In this paper, the signal is assumed to be independent of the noise. Random processes are also assumed to be stationary and ergodic unless specified. The problem of signal detection in additive ... See full document

... infrared band gap for indium nitride (InN) 1 and the deep ultraviolet band gap of aluminum nitride (AlN) stretches the limit of their optical ...fundamental gap of InN and the continued ... See full document

... 3.2 η ext and V oc calculation Substituting internal reflectance and transmittance RCWA simulated into photon recycling model, and assuming that the η int is 0.965 of high quality GaAs material, the η ext can be obtained ... See full document

... (2D) photonic crystals of a square lattice with square dielectric rods growing slender veins on the middle side of each square dielectric rod in ...complete photonic band gap ... See full document

... The band structures and field patterns of dielectric rods in square lattices are calculated using the plane-wave ...rods with various cross-sectional shapes from square to octagonal at a fixed ... See full document

... electrical band gap in graphene is crucial for its application for logic ...energy gap in Bernal-stacked bilayer graphene can be generated by applying an electric displacement ...electrical ... See full document