blue shift

At low temperatures, the UV peak had blue shift while the intensity did not increase remarkably.

低温测试时，紫外发光峰发生蓝移，但强度基本不变。

The blue shift is reduced with increase of exciting wavelength.

并且随激发波长的增长，蓝移减小。

From PL Spectrum under 10 K obvious blue shift was observed induced by strong quantum confinement effect.

在10K的PL谱可以观察到明显的蓝移现象，表明量子点中较强的量子限制效应。

The electromagnetic coupling among the particles in the particle monolayer resulted in a blue shift of the SPR band.

同层内的纳米粒子相互间电磁偶合可导致其偶极子等离子体共振蓝移：偶联的吸附则使得表面等离子体共振红移。

The optical direct bandgap taking blue shift can be explain by quantum confinement effect effective mass approximate method.

针对其光学直接禁带宽度发生蓝移，使用量子限域和有效质量近似方法得到了解释。

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 Research on Inhibition of Photobleaching and Blue Shift in Quantum Dots

量子点光漂白及光谱蓝移的抑制研究

A blue shift was observed with increasing stress.

随着应力的增大，观察到了谱峰明显的蓝移。

The blue shift of emission spectra was also found.

实验中同时观测到上述荧光光谱的蓝移现象。

Also, the blue shift depends on ion dose, energy as well as the annealing condition.

蓝移的大小与量子阱的宽度，阱距表面深度，注入离子剂量，能量，及退火条件有关。

The absorption and emission spectra are blue shift from reactant to product.

从反应物到产物，吸收和发射光谱都发生了蓝移。

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。

With the increase in carrier concentration, Burstein-Moss effect is observed with an obvious blue shift of the Absorption edge.

当载流子浓度升高时，吸收边出现明显的Burstein-Moss蓝移效应。

It described the reasons of blue shift because of relativity and the way of relativistic modification in case of higher electron temperature.

对相对论产生谱峰蓝移的原因以及如何进行相对论修正进行了叙述。

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 blue shift of the absorbance wavelength of the silver species is beneficial to the formation of PO.

吸收波长大幅度蓝移，有利于环氧丙烷选择性的提高。

Blue shift of absorbing peak was observed as the diameter of nano-ZnO decreased.

同时随粒径的减小，吸收峰发生蓝移。

Baclofen caused the blue shift of the maximum of UV absorption peak of pepsin.

观测到巴氯芬使胃蛋白酶的最大紫外吸收峰蓝移。

The results were: SDS led to the reduction of apparent absorption intensity and blue shift of absorption peaks;

结果表明，SDS处理时，PSⅠ在红区和蓝区的表观吸收峰值下降，峰位蓝移；

The absorption onset exhibited systematic blue shift with decreasing the particle size.

吸收边随着颗粒尺寸减小发生持续的蓝移。

The blue shift and broadening of absorption peak were observed, and the causes of these phenomena were discussed.

实验中发现所制备的纳米Al2O3的红外光谱存在吸收峰的蓝移和宽化，对出现此现象的原因进行了分析讨论。

The amide I bands blue shift.

卵清蛋白的酰胺Ⅰ峰向短波移动，发生了蓝移。

The results showed: an applying field resulted in a blue shift of the exciton absorption.

自洽变分计算表明，在外电场中激子吸收峰发生了兰移现象。说明激子在外电场中的行为是电致变色的产生机制之一。

A Discussion on Spectra Blue Shift of Thermal Radiation

关于热辐射体光谱蓝移问题的讨论

FT-IR analysis shows that the absorption band of TiO2 becomes blue shift.

FT-IR分析表明，TiO2的吸收峰出现蓝移现象；

By comparison with spectrum of cyanine solution, LB film showed clear blue shift.

实验证明，与花菁溶液的光谱相较，LB多层膜出现明显的蓝移现象。

A Re-discussion on Spectra Blue Shift and Red Shift of Thermal Radiator

再论热辐射体光谱蓝移及红移

If they come to you, you see blue shift.

如果它接近你，产生蓝光偏移。

A Review on Spectral Blue Shift of Thermal Radiator

热辐射体的光谱蓝移浅谈

Blue shift is evidently shown in UV-vis absorption spectrum, suggesting quantum size effect.

紫外-可见光吸收光谱发生蓝移，体现了纳米材料的量子尺寸效应。