Up to the present , there are no reliable theories that can correctly account for the observed transient characteristics produced by the lock - on effect 然而到目前为止，没有一种完善的理论模型，能对半绝缘gaas光电导开关中发现的lock - on效应进行较全面的解释。
In addition , the authors study ultraviolet light response of sodium titanate nanowire - based devices and find that uv light may induce a large photoconductivity 另外，还研究了紫外光uv照射纳米线对器件电学特性的影响，发现紫外光可以使纳米线产生很大的光电导。
The methods used to prepare nanostructure phthalocyanines are introduced . it is found that the quantum scale effect in organic nanostructures is the real reason for the unique photoconductive properties 综述了酞菁类纳米光电导材料的制备方法，发现纳米光电导材料优异的光电性能来源于材料的量子尺寸效应。
Results show that the performance of the lclv is mainly dependent on the match of the electrical parameters of all the function layers in lclv and the working mode of the liquid crystal 研究结果表明， cds - cdse液晶光阀的性能主要取决于二个方面，一是光电导层和光阀其他部分的电学匹配；另一是液晶的工作模式的选取。
Comparing with uncovered antennas with the same gap size , the covered antenna has higher breakdown voltage at the same optical exciting power , and it ' s thz out put is 1 . 5 times of uncovered antenna 与未钝化的光电导偶极天线相比， si3n ;钝化过的光电导偶极天线耐压能力显著提高，其辐射功率约为未钝化天线的1 . 5倍。
Being a source of microwave it is provided with merit of power and bandwidth at the same time , photoconductive semiconductor switches has unique predominance in the field of power pulse technology and thz sources 光电导开关作为兼顾脉冲功率和带宽的微波源，在thz电磁波的产生方面以及功率脉冲技术领域具有独特的优势。
One is to improve the photoconductivity by annealing the mpc film under magnetic field ; the other is to form composite multi - layer film of zno / pbpc and sno / pbpc , to change the spectral response range of mpc films 一是通过磁场热处理提高酞菁薄膜的光电导性能；二是通过将p型酞菁与n型材料异质复合，改变光谱响应范围。
In the second chapter , a single - layered photoconductor was made incorporating oxotitanium phthalocyanine / chloroindium phthalocyanine ( inclpc / tiopc ) composite as charge generation material ( com ) into polymer matrix 在论文的第二章，我们研究了氯化酞菁铟酞菁氧钛( inclpc tiopc )载流子发生材料的复合体系的光电导性能。
In the thesis , we aim to design a new kind of single - layered photoconductor with high performance , to study the relationship between aggregate state structure and photoconductivity , and to enrich organic semiconductive theory system 本论文旨在开发新一类高性能的有机单层光电导体，探索其凝聚态结构与光电导性能之间的关系，丰富有机半导体理论体系。
The o - azo / cnts nanocomposites show better photosensitivity than the bulk material in the visible and near - ir region , as well as enhancement effects in photo - response in the visible and near - ir region ( 470 - 800 nm ) 研究发现该复合材料体系在可见光区和近红外光区( 470 800nm )均有光谱响应，光谱响应范围得到了拓宽，并在该波长范围内的光电导性能有大幅度提高。
