光电导的

Though both alloys have very similar electronic band structures, the MOKE spectra exhibit quite different features.

虽然这两种合金具有非常相似的电子能带结构，但是它们的光电导谱特别是Kerr旋转却显示出明显不同的特征。

By means of FTIR and QSSPCD and OPTICAL MICROSCOPE during different thermal process, It is found that the diffusion of hydrogen may passivate the defects/boundaries and it is beneficial to the lifetime of mc-Si.

本文用傅立叶红外光谱仪和准稳态光电导衰减法及光学显微镜等测试方法，采用不同的热处理工艺条件，研究了在氢气氛下退火氢对体缺陷和晶界的钝化作用，有利于少子寿命的提高。

The development of study on macromolecularization of C 60 and photoconductivity of C 60 containing polymers in last decade is described particularly.

简要介绍了C60 的结构与化学性质，着重论述了近 1 0年来C60 高分子化研究的进展，另外，对含C60 高分子的光电导性研究也进行了讨论

Persistent photoconductivity and recombination mechanism were investigated in an intrinsic GaN at room temperature with incident photon wavelength from 360 nm to 377 nm.

通过对室温下的本征氮化镓材料进行不同波长(360 nm～377 nm)的光照，分析了本征氮化镓中的持续光电导及其复合机制。

Then, the technique is applied to study the coherent dynamics by detecting the photoconductivity for bulk GaAs, and fluorescence for rare earth solids.

然后，我们在研究了半导体材料和稀土样品的稳态性质后，用上述方法测量了GaAs体材料的光电导信号和稀土材料的荧光信号，研究其激发态的相干态动力学过程。

Studies on syntheses and structures of chalcogenides are of increasing interest because of their unique physical and chemical properties which are promising for applications in semiconductors, photoconductivity, non-linear optics, catalysis and ion exchange.

由于硫属化物具有独特的物理化学性质，在半导体、光电导、非线性光学、催化和离子交换等领域有广阔的应用前景，这类材料的合成与结构研究越来越受人们的关注。

Six layer multilayer film deposited at a substrate temperature of 150℃ had the optimal photoconductivity, whose photosensitivity was 950.41, which was about three orders higher than that of CuPc film.

CuPc/CdS在可见光区域拓宽复合膜的光谱响应范围，更有效地体现有机/无机复合体系的优势，获得更优异的光电导性能。

The results suggested that single layer photoconductor had better photoconductivity than double layer photoconductor. 4. In order to further raise the photoconductivity of TiOPc, nanoparticles of TiOPc were prepared by means of mechanical sand grinder.

为了更进一步提高酞菁氧钛的光电导性能，首次通过机械砂磨法对纳米酞菁氧钛的制备条件进行了广泛的研究，并制备了平均粒径为51.7nm的酞菁氧钛悬浮液。

Work on mesoscopic superconducting films has demonstrated interesting new features associated with the interplay between fluxions and artifacts.

在超导材料方面，生长出具有国际一流水平的氧化物高温超导单晶；在铁基高温超导材料方面，获得最高的超导转变温度；在超导机理的研究方面，建立了一些行之有效的手段，如低温比热、隧道谱、角分辨光电子谱、红外光电导谱等等，利用这些重要手段获得了一些重要结果，如从比热角度提出欠掺杂氧化物超导体应该具有一个费米弧基态，利用高精度角分辨光电子谱测量第一次观察到115meV和150meV两个新的高能量精细结构。

By use of photoconductive switches triggered by the ultrafast femtosecond pulses in the terahertz time-domain spectroscopy system,the optical phonon oscillation characteristics of isomorphs KTiOPO4 and its crystallographic isomorphs RbTiOPO4 crystals are studied in the 0.5-2.0 THz range.

采用超快半导体光电导开关的宽带太赫兹时域频谱系统，研究了同族的KTiOPO4晶体与RbTiOPO4晶体在0.5-2.0 THz波段的光学声子振荡特性。

Plunder melds and run with this jewel!

掠夺melds和运行与此宝石！

My dream is to be a crazy growing tree and extend at the edge between the city and the forest.

此刻，也许正是在通往天国的路上，我体验着这白色的晕旋。