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能隙

n.energy gap
网络band gap; Eg; pseudo gap

能隙

英-汉网络释义

能隙

energy gap

能隙（energy gap）固体中电子两相邻能带相隔的能量范围称为能隙,亦称为禁带宽度。弹性(elastic property)弹性是反映晶格中 …

band gap

能隙(Band gap)大，材料容易吸收更多波长的电磁波有所关系。而载子浓度决定了透过或是吸收电磁波的境界(Plasma 振动数)。

Eg

下列那一个能隙 (Eg) 的材料可以在电视萤幕上产生蓝光 (已知蓝光的波长为 eV 10 × )？ (A) Eg = 1.16 eV (B) Eg = 1.86 eV (C) …

pseudo gap

...只是该频率范围内的能态数目相对较少，因此只具有虚能隙(pseudo gap)[7]。

photonic bandgap

...电系数具周期性变化的微结构，这种周期性变化将会导致能隙(photonic bandgap)的出现，影响光在材料中的传递，此现象类 …

Band-Gaps

自动侦测显示能隙 (Band-Gaps)。显示折射率分布图 (Index Profile)Brillouin Zone。

energy bandgap

...(电子伏特)到4eV之间，当光子的能量小於半导体的能隙(energy bandgap)，则光子不被半导体吸收，此时半导体对光子而言 …

HOMO-LUMO Gap

§3.3.2 结合能(BE)和能隙(HOMO-LUMO Gap)37-42 §3.3.3 垂直电离势(VIP)和绝热电子亲和势(AEA)42-43 §3.3.4 磁性43-45 参 …

例句：

Narrow band gap and pseudogap compounds somehow exhibit different behavior from ordinary semiconductors and semimetals respectively.

具有窄的能隙或？能隙之化合物也会展现出与一般半导体或半金属不同的特性。

transitions were measured by the reflectivity and photoluminescence measurements.

利用反射及光激萤光量测能隙边缘的激子跃迁。

The band gap can be adjusted by the quantum confinement effect or surface passivation in the nano scale .

能隙的大小，可利用量子局限效应或奈米尺度下的表面处理来控制。

The results demonstrated that with the increase of molecular torsion , the LUMO-HOMO gap increased and transmission spectrum decreased.

结果表明，随着分子扭转角的增加，分子的 LUMO-HOMO 能隙增加，透射峰显著降低；

Finally , the effective Hamiltonian, which describes the degenerate Fermi gases inthe optical lattices, is studied briefly.

在此基础上，我们讨论了简并费米气体的能隙及集体激发。

We obtained that the energy gap of the sequences with larger energy gap will mostly increase when the sequence is placed in medium .

我们还得到了那些具有大能隙的序列，处于溶液环境中时它们的能隙也将增大。

The correlation corrected gap gives a very good fit to the values obtained from other theoretical calculations and experiments .

修正后的能隙宽度能很好的接近实验结果。

It is shown that the impurity effect leads to the formation of a new impurity mode in the energy gap .

推导出其中纵波和横波的色散关系，发现在能隙里有杂质能级的出现。

The reduction of Si band gap and the enhancement of light intensity under external tensile strain are observed .

在施加外加的伸展应力之下，我们观察到矽的能隙缩减还有光强度的增加。

It is found that the intrinsic curvature induce an energy gap , which result in a novel magnetic response .

研究发现卷曲效应能导致能隙的出现，从而导致不同的磁响应性质。

The major property of photonic crystals is photonic band gap -a frequency region where propagating waves are forbidden.

光子晶体的主要特色在于所谓的光子能隙 -电磁波无法在能隙中传播。

The former is oscillating with field strength ; the latter is independent of ribbon width .

前者能隙随著电场强度震荡，后者能隙则是跟石墨带的宽度无关。

The energy gap of zigzag and semiconducting armchair ribbons are exception .

锯齿状与金属型手椅状石墨带的能隙则会呈现例外的情况；

Gap Symmetry ; Spin Fluctuation ; Local Density of States .

能隙对称性；自旋涨落；局域态密度。

Photonic crystal is a new kind of materials with photonic band gap .

光子晶体是一种具有光子能带及能隙的新型材料。

Effects of different gaps are also investigated .

我们同样调查了不同能隙的影响。

Another good review article on the wide bandgap nitrides .

另一篇不错的宽能隙氮化物系列的论文。

In order to compare with the previous work , some numeric results of the first excitation gap and susceptibility are also given.

同时，为了与前人的结果进行比对，我们还计算了第一激发能隙和磁化率等热力学量结果。

Increasing the number of periods will make photonic bandgap more obvious .

周期增加会使得光子能隙现象更加明显；

For metallic CNTs, the absence of zero band -gap is also justified computationally for non-armchair systems.

对于非扶手型金属奈米碳管之零能隙的破坏，也做了计算上的确认。

In order to find photonic crystals with large photonic band gap , we need to calculate band structures of photonic crystals .

为了寻找具有较大频宽能隙的光子晶体，我们需要检视光子晶体的能带结构。

In the process of the collision , the lattice oscillated by large amplitude and at the same time an energy level appeared in energy gap .

碰撞过程引起了较剧烈的幅模振荡，能隙中出现振荡的局域能级，表明有新的局域电子态产生。

The subject of our research is the influence of the following variations on the photonic bandgap : (i) periods variation ;

在光学量测上我们探讨了三种变化：改变周期数目对光子晶体能隙的影响；

Energy Gap Interpretation of Experiments on Infrared Transmission through Superconducting Films

超导薄膜红外传输实验的能隙解释

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