1) wavefront rise
波面矢高
1.
Based on the definition of wavefront rise wavefront analysis method of CCD scan is introduced.
在对波面矢高进行定义的基础上,提出CCD轴向扫描检测激光束准直度的方法。
2) Wave vector curved surface
波矢曲面
3) wave vactor cone
波矢锥面
4) wave-vector surface
波矢面
1.
Based on a certain boundary conditions and dispersion relations,it was found that TE and TM polarized wave propagation in anisotropic LHMs will exhibit the same shape wave-vector surface but different wave-vector surface and refraction,but propagation in isotropic LHMs will exhibit the same wave-vector surface and propagation properties.
在某种特定条件和色散关系下,发现TE和TM偏振波在各向异性左手材料中传播时会形成不同的波矢面和折射关系,但波矢面的形状是相同的;而在各向同性左手材料中传播的TE和TM偏振波会形成相同的波矢面和折射关系。
5) Spherical vector wave
矢量球面波
6) full-vector plane-wave method
全矢量平面波法
1.
The full-vector plane-wave method was used to calculate the bandgaps of the photonic crystal fiber with triangular structure.
用全矢量平面波法计算三角结构光子晶体光纤的带隙。
2.
Using the full-vector plane-wave method the effects of the structure parameters of the triangular lattice photonic crystal fiber(PCF) on the photonic band gap are analyzed,which include hole diameter d,pitch Λ,air filling fraction F,dielectric constant,etc.
利用全矢量平面波法分析三角晶格结构空心光子晶体光纤(PCF)的结构参数包层空气孔直径d、包层空气孔间距Λ、包层的空气填充率F以及介电常数对光子带隙的影响。
3.
Using the full-vector plane-wave method,analyzed are the photonic bandgap and modal properties of the bandgap-type photonic crystal fiber with a triangular lattice cladding.
运用全矢量平面波法,分析了三角结构带隙型光子晶体光纤的光子带隙结构和模式特性。
补充资料：费密波矢
见费密面。
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