光电导的

Accordingly, it is expected to get Organic/inorganic multilayer films that have excellent photoconductive properties. Furthermore, in order to investigate the mechanism of photoconductivity, Zinc sulphide , which is transparent in visible region, and cadmium sulphide , which has optical absorption in visible region, were employed as inorganic layers.

通过CuPc和ZnS、CdS的层状复合，期望能有效发挥各自材料的优势，并充分利用多层复合膜的界面性能等，特别是CuPc/CdS复合膜可以拓宽复合膜的响应光谱，提高复合膜光电导性能，从而制备出具有优异光电导性能，稳定性好的光电材料。

The feedback resistance, R1, is dependent on cell sensitivity and should be chosen for either maximum dynamic range or for a desired scale factor. R2 is elective: in the case of photovoltaic cells or of photodiodes, it is not required in the case of photoconductive cells, it should be chosen to minimize bias current error over the operating range.

反馈电阻R1的取值由电池的灵敏度和要求的最大动态范围，或者需要的电流——电压转换比例决定。R2分情况选取：在光电池和光电二极管时不需要这个电阻，在光电导的时候，电阻的阻值应该能使在工作范围内，由OP输入偏置电流所带来的误差最小。

Its photovoltaic and photoconductive actions make it useful in photocells, photographic exposure meters, and solar cells.

其光电压的和光电导的效应使它可在光电池、照相曝光表和太阳能电池中发挥作用。

In order to improve the photoconductivity of OPC, the photoconductivity of TiOPc/TiO_2/AZO systems were also studied in this thesis.

为了提高有机光导体的光电导性，本文还研究了TiOPc/TiO_2/AZO三元复合体系的光电导性。

The signal height and decay time of the transient photoconductivity as the function of the iridium dopant concentration are studied at 77K.

研究在 77K时，铱掺杂溴化银微晶瞬态光电导的信号强度和衰减时间与铱掺杂浓度间的关系。

The paper discusses the molecular design of organic photoconductive materials based on the molecular structures of organic photoconductive materials, electronic distribution and the relationship between the charge transfer and photoconductivity , which is proved by the synthesis and photoconductivity study qf phthalocyanine polymers.

本文在分析了有机光电导材料的分子结构，电子分布状态以及电荷转移与光电导性能之间关系的基础上，进行了有机光电导材料的分子设计，并以酞菁聚合物的合成和光电导性的研究实施进行了验证。

The paper is involved of three key technologies about the industrialization of single-layered organic photoconductor, namely, preparation of organic photoconductive materials including phthalocyanine composite, processing of SLPR, and fabrication devices.

本论文主要涉及了单层有机复合光电导体产业化的三大关键技术，即光电导材料的制备技术（包括有机光电导材料的复合、增感和纳米化）、单层有机光电导体的涂布工艺技术以及涂布设备制造技术。

The separation between the two types of molecules is crucial to the photoconductivity if the donor and acceptor molecules are close together they form charge-transfer assemblies where photochemically generated charge carriers become trapped and recombine.

将TNF 与HBC分子隔开是纳米管光电导的关键。因为如果施主分子与受主分子彼此太接近，会产生电荷转移聚集的现象，如此一来，由光化学反应所产生的电荷将被限俘并复合，无法导电。

By changing the photosensitize concentration of C60and TNF,material s environment temperature,and applied electric field,the material s photoconduction is studied,finding out that the materials photoconduction is direct proportion to temperature,increases by the photosensitize concentration and applied electric field,contrasting the photoconductive of PVK+C60and PVK+TNF.

通过改变聚乙烯咔唑中光敏剂C60和TNF的浓度，材料体系的环境温度，以及外加电场场强的大小等，对材料体系的光电导效应进行了分析，发现材料的光电导具有正的温度系数，随光敏剂含量和外加电场场强的增加而增大，对PVK+C60和PVK+TNF的光电导进行了对比。

The peculiar photoconduction in semi-insulating GaAs photoconductive switch being triggered by 1064nm laser pulse is reported.

报道了用1064nm激光脉冲触发半绝缘GaAs光电导开关的一种奇特光电导现象。

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。