absorption edge
英 [əbˈzɔːpʃn edʒ]
美 [əbˈzɔːrpʃn edʒ]
吸收（极）限；吸收带边缘
双语例句
- It also showed that the optical absorption edge of the annealed film appeared shifted towards the longer wavelength side and the band gap decreased by0.
光学性质显示退火处理的薄膜吸收边缘明显的向长波的方向移动，发生红移现象，而且禁带宽度减少了0。 - In some cases, the admixture leads to a shift in absorption edge or improvement in moisture resistance of films.
在某些情况下，混合物会使薄膜的吸收带边出现漂移，或者增强薄膜的防潮性能。 - The core_shell absorption edge of sapphire is studied by using the electron energy loss microspectroscopy.
利用电子能量损失光谱学研究了蓝宝石核心壳层吸收边缘。 - On the third order optical nonlinearity of semiconductors near its absorption edge
关于半导体吸收边附近的三阶非线性光学常数 - The Measurement of Absorption Edge of Amorphous Semiconductors Thin Films under High Pressure
高压下非晶半导体薄膜材料吸收边的测定 - With the increase of external electric field, absorption edge curves shift to low energy direction.
随着外加电场的增强，带边的吸收曲线向低能方向移动。 - The exciton of the crystal and influence on the absorption edge
固体中的激子及其对吸收边光谱的影响 - A blue-shift of the optical absorption edge was observed from the UV-Vis transmission spectra.
UV-Vis透射光谱中观察到光吸收边相对于体相半导体有明显蓝移。 - The shift of the absorption edge is attributed to the quantum size effect.
经计算颗粒的理论值与其自由激子半径相当，说明吸收边的移动起因于量子限域效应。 - We have observed the regular change of absorption edge in different bias voltage and temperature condition.
在实验上我们观察到了在不同的偏压和温度下，锗硅低维量子结构的带间吸收边的谱线发生了有规律的变化。 - The coupling effect and quantum limiting effect between Mo and nanotube lead to red shift of absorption edge.
因Mo与纳米管间的耦合及量子限域效应，吸收边红移。 - The absorption edge of the AgI-SiO_2 composites is different from both pure constituents.
AgI-SiO2复合体系的光谱吸收边与纯AgI及纯SiO2不同。 - The mechanism of the shift of the absorption edge and OH~-absorption peak, the enhancement of the photo-damage resistance ability of Zn: Fe: LiNbO_3 was discussed.
对吸收边和OH-吸收峰移动的机理，以及Zn：Fe：LiNbO3晶体抗光致散射能力增强的机理进行了研究。 - Influence of temperature on optical absorption edge of glass coloured with cdse& cdte
温度对CdSe-CdTe着色玻璃光吸收限的影响 - On Equations for Calculating Line and Absorption Edge Energies in EPMA Programs
关于电子探针分析中计算程序所用谱线和吸收边的能量公式 - Anatase microcrystal of diameter about 80 A shows the same absorption edge as that of bulk crystal.
直径约80A的锐钛矿微晶就能显示出与大块晶体一样的光吸收限。 - The ultraviolet absorption edge of non-doped crystal was usually at 380 nm.
发现非掺杂的钨青铜结构晶体的紫外吸收边一般在380nm。 - With the temperature increasing, the absorption edge of the film blue shift.
随着热处理温度的升高，薄膜的紫外吸收边出现了蓝移。 - The other absorption spectrum has absorption peak at 400-600 nm with no steep absorption edge.
另一类吸收谱在吸收峰出现在400-600nm之间，不存在陡峭的吸收边。 - The blue-shift of the absorption edge indicates a significant quantum confinement effect in the glass.
吸收光谱吸收边明显的蓝移现象证明了较强的量子限域效应。 - The absorption edge and luminescence peak of films blue shift with the sputtering time increases. 7.
薄膜的吸收边和发光峰随着溅射时间的增加发生蓝移。 - The absorption edge of all doped-rutile shows a small red-shift. The absorbance is enhanced in the ultraviolet and visible region.
Co、Cu金属离子掺杂后，紫外-可见漫反射吸收光谱的吸收边均有较小红移，提高了对可见光的响应；在紫外和可见光区域的吸收均增强了。 - Under external magnetic field, the analysis of left and right circularly polarized light absorption demonstrated that the absorption edge was characteristic for s, p-d exchange effects.
在外加磁场下，薄膜对左、右旋圆偏振光的吸收分析，给出了光吸收边所表现的s，p-d交换相互作用的特征。 - Based on the absorption imaging the element absorption edge imaging method was developed.
在吸收衬度成像的基础上发展了元素吸收边成像方法。 - By measuring the UV absorption edge and birefringence of sample surface we analyzed Li2O content in the guiding layer, and the results have referenced value.
测量了该样品表面的紫外吸收边和双折射，对波导层Li2O的组分进行了分析，得到了有参考价值的结果。 - With the content of Mg increased, absorption edge of the film blue shift and band gap increased.
Mg含量增加，薄膜的吸收边蓝移，带隙增大。 - Using ultraviolet-visible absorption spectra, the intrinsic absorption edge of change and intrinsic absorption edge mobile mechanism were confirmed. It has the same conclusion with location model in the infrared spectrum.
利用紫外-可见吸收光谱分析了本征吸收边的变化和本征吸收边移动的机理，得到了与红外光谱中占位模型相同的结论。 - The fundamental absorption edge is found to shift toward a lower energy side with increasing Mn composition.
发现基本吸收边随Mn成分的增加向低能量边移动。