| 1. | The blueshifting continues without abatement , down to arbitrarily short distances
蓝移会持续下去到任意短的距离。 |
| 2. | The fwhm of pl decreased with increasing temperature at first , then it increased with increasing temperature
当znse生长时间缩短时，其77k的pl谱峰蓝移增大。 |
| 3. | Compared with the composite of porous silicon and dbo - ppv , the peak of pl of porous silicon showed a blue shift
多孔硅与dbo ppv复合后，使多孔硅的一个发光峰发生蓝移。 |
| 4. | As the hawking photon gets nearer to the hole , it blueshifts to a higher frequency and correspondingly shorter wavelength
随著霍金光子越来越靠近黑洞，它会蓝移到一个较高的频率与相对较短的波长。 |
| 5. | The absorption edge shifted to the longest wavelengh when n2o flux was 40sccm , then it shifted back to the shorter wavelengh with the n2o flux rising
Tio _ 2薄膜的吸收限随着n _ 2o流量的增加，先红移后蓝移。 |
| 6. | Further study showed that quanta size effect is the reason of ultraviolet absorption and blue shift of absorption peak
分析认为纳米氧化锌的量子尺寸效应既是其吸收紫外线的主要原因，也是其紫外吸收峰蓝移的主要原因。 |
| 7. | Its structure in ir spectra is the same with that electric polyaniline ; its absorption band in uv - vis spectra became wider and shifted to the blue region
Pva与pan的相互作用影响复合材料的uv - vis吸收光谱，复合材料的uv - vis吸收光谱与pan相比发生了不同程度的蓝移。 |
| 8. | When the - 3 - particle size was small , the aberration of crystal lattice appeared and the bandgap energy increased , which resulted in the blue shift of absorption in the spectrum
本研究中小的二氧化钛晶粒导致了tio _ 2的晶格畸变，进而增大了tio _ 2的禁带宽度，表现在光吸收谱的蓝移。 |
| 9. | The uv - vis absorption spectra of pbs nanoparticles exhibit a blue shift in the absorption edges of the samples compared with that of bulk pbs , indicating the quantum size effect of pbs nanoparticles
Pbs纳米粒子的紫外吸收带边与其体相材料相比发生了蓝移，表现出明显的量子尺寸效应。 |
| 10. | This behavior leads to predictions of numerous strange phenomena , such as the reversal of the usual doppler effect ( traveling toward a wave results in a redshift instead of a blueshift )
这种特性使大家预测将出现许多奇特的现象，例如反转的都卜勒效应（朝向波而前进会造成红移，而不是蓝移） 。 |
