1) valid photonic band-gaps
有效光子带隙
1.
Under given values of propagation constantβ,some valid photonic band-gaps (PBGs) with different sizes will emerge within the wave band of 500—1000 nm.
在特定传播常数β下,光纤在500—1000nm的波段内出现多条宽窄不同的有效光子带隙。
2) active photonic band gap
有源光子带隙
1.
In this paper, a theoretical model of the novel all-optical polarization switch based on nonresonant Stark effect active photonic band gap was investigated.
研究了一种新颖的基于非共振光学斯塔克效应的有源光子带隙全光偏振开关的理论模型,模拟了在抽运光作用下全光开关有源光子带隙的反射谱的变化情况;反射式全光偏振开关的对比度随延迟时间和抽运功率密度的变化以及插入损耗随延迟时间的变化;周期无序和折射率测量误差对光子禁带的影响。
3) Effective band gap
有效带隙
4) photonic band gap
光子带隙
1.
A novel photonic band gap structure for microstrip lines;
一种新型微带光子带隙结构
2.
An 2D photonic crystal film with entire photonic band gap;
一种具有完全光子带隙的二维光子晶体薄膜
3.
Applications of group theory to calculations of photonic band gap;
群论在光子带隙计算中的应用
5) Photonic bandgap
光子带隙
1.
Analysis and simulation of archimedean spiral antenna with photonic bandgap (PBG) structure;
一种新颖的光子带隙平面螺旋天线
2.
Influence of the change of refractive index in the cladding of photonic crystal fiber on photonic bandgap;
光子晶体光纤包层折射率变化对光子带隙的影响
3.
Study on the via of high-impedance surface photonic bandgap structure
高阻抗表面光子带隙结构过孔研究
6) photonic band gaps
光子带隙
1.
Absolute photonic band gaps of 2-D cubic compound lattice;
二维正方复式晶格的完全光子带隙
2.
It is shown that this structure reveals many wide photonic band gaps for TE modes and exists an absolute photonic band gap for both TE and TM modes.
结果表明二维六边形结构和三角结构叠合构成的复周期结构的光子晶体可以形成很宽的TE波光子带隙 ,并且具有较宽的TE波和TM波带隙重叠的绝对光子带
补充资料：间接带隙(见半导体的能带结构)
间接带隙(见半导体的能带结构)
indirect band gap
I’ed接带隙indireet band gap见半导体的能带结构。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条