光电的

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 design and fabrication of coating machine for industrialization of single-layered organic photoconductor were studied.

同时研究了单层有机光电导体产业化的关键生产设备设计的主要参数与制造技术的要点。

Our results indicated that PPV-based nanofibers can be directly assembled into photoconductor devices using the simple and low-cost method.

此项研究展示了PPV基电纺纤维可以直接简便的组装成单根及阵列纤维模型器件，推进了具有光电特性的共轭高分子纳米材料的实用化进程。

Meanwhile the linear operational mode and nonlinear operational mode of PCSS are analyzed In chapter 3, after simulating time-space distribution of electron and hole in photoconductor,the relations of laser energy,laser character and photoconduction are analyzed and the fundamental principles of nonlinear phenomenon is introduced.

在第三章中，通过研究各种重要的复合机制，漂移和扩散作用等对光导开关光电导响应的影响，建立了线性模式下的瞬态响应模型，模拟得到光导开关输出电脉冲特性曲线。

This spectrophotometer can detect a weakreflectance signal as a photomultiplier tube substitutes for a photoelectric cell as the detector.

以高灵敏度的光电倍增管替代光电管作为检测器，这样对微弱的反射光信号能够实施有效的检测。

In accordance with the micro-hardness test and the fracture toughness calculation of the one-time smelting production, it has wanted mechanical properties when target was sprayed. It has practical designation as the key photoelectric conversion material of solar cell.

经过显微硬度测试及断裂韧度计算，该熔炼产物制作的靶材具备溅射过程需要的力学性能，这对CIGS材料作为太阳能电池光电转换的关键材料具有实用意义。

Through the invention, an infrared light is up-converted into a visible light which can be easily absorbed by a dye-sensitized nano material, and can help dye molecules to absorb sunlight of wider spectrum, thereby further improving the photoelectric conversion efficiency of the cell.

本发明它可将红外光上转换为染料敏化纳米材料易于吸收的可见光，可以有利于增强染料分子吸收更宽谱域的太阳光，这样将进一步提高电池的光电转换效率。

However, the collection time is limited by depth-scanning with no further application in vivo. Spectral-domain OCT uses spectrometer instead of photoelectric cell, and it able to obtain the whole depth information through Fourier Transform of the collected interference spectrum.

最近兴起的频域OCT技术用光谱仪替代了光电二极管进行检测，通过采集干涉光谱并作傅立叶变换就能得出样品内部一个深度方向的全部信息，实现了深度方向信息的并行采集，使系统更为简单和稳定，极大地提高了成像速度。

For the low linear saturation threshold of photoelectric detector,a new and reliable method used in diagnostic system is introduced to attenuate high energy laser power density using multilayer dielectric coating.

针对环形光刀取样式高能激光束在线测量系统应用中光电探测器线性饱和功率密度低而被测高能激光功率密度高的特点，采用对取样激光扩束和介质膜衰减片级联衰减的方式，实现了数千倍的线性光强衰减。

With the development of producing technology of CCD and widening of application's scope, it has been one of the most prospective and representative photoelectricity sensors.

随着CCD制造技术的不断完善，应用成果的日益增加，使得它已成为目前最具有发展前途，最具代表性的光电传感器件之一。

According to the clear water experiment, aeration performance of the new equipment is good with high total oxygen transfer coefficient and oxygen utilization ratio.

曝气设备的动力效率在叶轮转速为120rpm～150rpm时取得最大值，此时氧利用率和充氧能力也具有较高值。

The environmental stability of that world - including its crushing pressures and icy darkness - means that some of its most famous inhabitants have survived for eons as evolutionary throwbacks, their bodies undergoing little change.

稳定的海底环境─包括能把人压扁的压力和冰冷的黑暗─意谓海底某些最知名的栖居生物已以演化返祖的样态活了万世，形体几无变化。