并且随激发波长的增长，蓝移减小。
The blue shift is reduced with increase of exciting wavelength.
PL测试也表明其能带发生蓝移。
探讨了发射波长蓝移的原因。
天线臂长的减小，使得共振波长蓝移。
The resonant wavelength has a blue-shift when the length of the antenna is decreased.
吸收边随着颗粒尺寸减小发生持续的蓝移。
The absorption onset exhibited systematic blue shift with decreasing the particle size.
随着温度升高，峰值位置未见红移或蓝移。
Red and blue shifts were not found at absorption peak positions.
在光谱反射率曲线的微分图上显示出蓝移。
The differential curve of spectral reflectance assumes a hypsochromic shift.
随着应力的增大，观察到了谱峰明显的蓝移。
同单晶硅相比，其吸收边发生了蓝移，并且吸收强烈。
Compared with crystal silicon, porous silicon has a stronger optical absorption and blue shift has taken place at its absorption edge.
随着腐蚀时间的延长，多孔硅的发光峰位也发生蓝移。
With erosion time extending, luminescence peak will also have a blue-shift.
在实验中，我们既观察到了发光峰的蓝移，也观察到了红移。
Both blue and red shifts of the PL peak have been experimentally observed.
穗光谱的红边位置象冠层、叶片光谱一样也存在“蓝移”现象；
There were 'blue shift' phenomena for the position of red edge of the spectra of ear as that of canopy and leaves.
我们用纳米材料的量子效应和表面效应对蓝移现象进行了解释。
We gave a rational explanation for this phenomenon by using quantum effect and surface effect of nanostructured materials.
随着薄膜中银原子浓度的降低，其表面等离子体传输发生蓝移。
The surface plasmon transmission of the films has blue-shifted with decreasing the silver atom concentrations of the films.
在相同的注入水平下镀膜后峰值增益波长会产生几十纳米的蓝移。
The peak gain wavelength will cause blue shift of some ten nanometers after coating with the injection of the same level.
荧光光谱出现裂分并发生蓝移，发射强度大幅度提高，半峰宽变窄。
The photoluminescence spectrum is blue shifted with a shoulder peak, and the spectral intensity increases markedly.
干酪根大分子结构的分子筛作用，是产生“蓝移”现象的直接原因；
The molecular sieve effect of the kerogen's big molecule wet structure is a direct reason.
发现光致发光峰位随多孔度增加而蓝移的数值远小于量子限制模型预期的结果。
The experimental result shows that the PL peak position does not blue shift much as the prediction from the quantum confinement model with the porosity of porous silicon increasing.
姜黄素在此聚合物中与其在乙醇溶液中相比，其荧光发射光谱有明显的蓝移现象。
The emission spectra of curcumin in solid powder polymers how a strong blue shift compared with that of curcumin in C_2H_5OH solution.
纳米氧化物粉体与常规氧化物粉体相比呈现出吸收峰发生红移、蓝移等特异性能。
Comparing with general bulk-oxide powders, nano-powders of oxide-materials exhibit blue and red shift in their optical absorption spectra.
前散射光的谱强度相对源光谱可能有红移和蓝移，某些条件下还会产生光谱开关。
It is shown that the spectrum may be red-shifted and blue-shifted in comparison with the source spectrum, and the spectral switch may also take place.
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 optical direct bandgap taking blue shift can be explain by quantum confinement effect effective mass approximate method.
红细胞和全血溶液则同时表现为先升高后降低，并且荧光光谱还出现了蓝移的现象。
The experimental results indicated that the fluorescence and RSS of plasma increased with concentration, but the spectra of whole blood and red blood cell first rose and then dropped.
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。
Also, the blue shift depends on ion dose, energy as well as the annealing condition.
随着铁靶功率的增加，透射光谱的吸收边有微弱蓝移，透过率在可见光区超过75%。
With the increasing of the Fe target power, the transparent of the coatings showed low blue shifts with the transmittance within the visible range being up to 75%.
在紫外吸收谱中表现为吸收边明显蓝移，而在光致发光谱中，表现为带边发射的蓝移。
Blue shift appears both on the absorb edges in the absorption spectra and on the band-edge emission in the luminescence spectrum.
观察到随着粒子的尺寸减小，其吸收和发光光谱明显蓝移，存在明显的量子尺寸效应。
It was found that absorption edge and photoluminescence peak shifted to shorter wavelength with decreasing the nanocrystal size due to quantum size effect.
并认为蓝移现象以及余辉衰减变快，主要归因于发光粉体纳米粒子的量子尺寸效应的影响。
The blue shift and the change of luminescent intensity can be attributed to the quantum-size-effect of the phosphor particles.
此外，由于小颗粒纳米硅的密度增加，光激发荧光强度会随着光激发荧光波长的蓝移而递增。
In addition, the PL intensity is monotonically increasing with the blue shift of PL wavelength due to the increasing density of small-size Si-ncs.
实验结果表明，带隙蓝移同退火时间和退火温度有关，合理选用退火条件可以控制带隙的蓝移量。
The results indicate that the blue shift of band gap depends on the annealing temperature and annealing time. Choosing reasonable annealing condition can control the magnitude of blue shift.
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