We will introduce their charge and spin properties, and energy band structures.

我们将讨论这些元激发的电荷、自旋属性和能级结构.

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Energy gap and energy band parameters were determined by using cyclic voltammetry.

介绍了用循环伏安法确定导电聚合物能隙和能带参数的方法.

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The energy band of hard X - ray, with strong penetrability, is an important astrophysical wave band.

硬 X 射线能段是天体物理的重要波段, 由于具有较强的穿透能力,因而它可以携带辐射区的很多信息.

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Energy band structures of different magnetic dielectric photonic crystals ( CD ) are calculated by finite - difference time - domain ( FDTD ) method.

利用时域有限差分(FDTD ) 法,计算了磁介质材料光子晶体 ( PC ) 的能带结构.结果表明,磁性散射也能形成光子禁带.

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If the UV energy band and power changes, will affect the holdout after curing performance.

若UV能量的光谱波段、功率出现变化, 那么将影响到固化之后墨层的性能.

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The energy band structure of nonlinear superlattice is analyzed and the transmission multistability is shown.

研究非线性超晶格的能带结构随非线性系数的变化和多稳态现象.

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This experimental observation demonstrate that the validation of the energy band theory in the nano - electronics.

这一实验结果为纳电子学中能带论的适用性提供了必要的依据.

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This paper presented the point of theory of energy band which based on molecular orbital theory.

本文介绍了建立在分子轨道理论基础上的能带理论的要点.

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The energy band gaps of sputtered Cr 03 are approximately 1 . leV ( AD ) and 1 . 4 eV ( HT ).

其中第三种溅射铬-氧薄膜(C_ rO3)的能带间隙约 1.leV ( A-D ) 和1.4eV ( H-T ).

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