1) valence band split-off
价带分裂
1.
A calculating expression of the piezoresistances (PR) is obtained by using the valence band split-off model.
在价带分裂模型下得到了压阻的计算公式,计算了微应力作用下金刚石膜的压阻,压阻和应力的变化(Δε)有比较好的线性关系,张应力情况下压阻大于零,压应力情况下压阻小于零。
2) the value divorce
价值分裂
1.
In view of the phenomenon that technology acts as a two edge sword in practice which also called the value divorce of technology,this article analyses and illustrates the phenomenon from many aspects.
本文针对技术既行善又作恶这一可称之为“价值分裂”的现象 ,从多个角度进行了剖析和说明 ,论述了导致技术“价值分裂”的四大根源 ,进一步揭示了技术的本
3) Q band splitting
Q带分裂
1.
Q band splitting phenomenon influenced by substituting group structure and size,substituent position and metal difference are discussed.
实现了以氨基酞菁为前体物质进行衍生化的合成实验,讨论了取代基的大小、结构、取代位置及酞菁环中心金属的差异对其Q带分裂现象的影响。
4) zonation of fault
断裂分带
5) bandgap breakup
禁带分裂
1.
It reveals that there is no photonic bandgap breakup when the relative deviation of optical thickness from periodic values is less than 3%.
缺陷层的位置越靠近光子晶体中央,光子禁带越容易分裂；衬底的引入、机械摩擦导致的外层介质的磨损等都不会导致光子禁带分裂。
6) separation of bandgaps
带隙分裂
1.
Based on pseudo-spectral time domain (PSTD) method and plane wave expansion (PWE) method, the phenomenon of separation of bandgaps was exhibited for the left-/right-handed circularly polarized light (LHCPL/RHCPL).
基于伪谱时域法和平面波展开法,展示出晶体对于左右圆偏光带隙分裂现象,针对基底和填充介质的手性和非手性的不同组合,分别计算了正方、三角和蜂窝格点下光子晶体的带隙结构,讨论了手性参数对带隙分离的影响和完全禁带形成条件。
补充资料：价带
见固体的能带。
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