成像元件

该系统采用一种全息凹面光栅作为分光成像元件，以线阵CMOS图像传感器作为探测元件，实现400800nm波长范围内的光谱检测。

A holographic concave grating is adopted as dispersing and imaging element , which can easily realize the flat spectrum plane . The detecting element is linear CMOS image sensor . The spectrum range of this micro spectrometer is from 400 nm to 800 nm .

梯度折射率纤维端面耦合成像元件的设计

Desing of gradient-index fiber lens for end-to-end coupling imaging

所述可成像元件具有改善的耐显影和印刷化学品和溶剂性。

The imageable elements have improved resistance to development and printing chemicals and solvents .

阳图制版可成像元件包含辐射吸收化合物和在具有亲水性表面的底材上的内层和外层。

Positive-working imageable elements comprise a radiation absorbing compound and inner and outer layers on a substrate having a hydrophilic surface .

用金刚石车床车削的方法在锗材料上成功地加工了折射衍射混合式红外光学透镜，其中的衍射面制作在非球面的基底上，是国内首个制作在曲面基底上的混合成像元件。

A hybrid diffractive-refractive infrared lens of Germanium was fabricated by means of diamond turning , in which the diffractive surface was produced on an aspheric substrate .

本论文采用半银镜作为虚实像结合的成像元件，并用两种方法生成具有真实感知的虚像。

In this paper , a half-silver mirror is used as the imaging component for combination of virtual and real images , and two methods to generate a real perceptual illusion are adopted .

X射线显微成像纳米光学元件制作与应用研究

Study on the Fabrication and the Applications of Nano X-ray Imaging and Microscopy Optics

软X射线波带片是软X射线光学中聚焦、色散和成像的重要元件。

Soft X-ray zone plate is an important element which has the function of concentration , dispersion and imaging in soft X-ray optics .

单负材料中的全方向表面导模和成像性质导向元件，引向单元

Omnidirectional Surface Guided Modes and Imaging Properties in Single Negative Materials ; director element

相干滤波成像系统测量光学元件表面疵病

Surface defects of the optical elements measured by the coherent filter imaging system

光纤面板具有很高的集光能力和分辨率，是光电成像器件不可缺少的元件之一。

Optical Fiber Panel ( OFP )' s ability of collecting light and resolution are very strong . It is one of the indispensable components of the optoelectronic imaging device .

红外线焦平面阵列是红外线成像仪器的核心芯片，芯片包括探测器部分，与读出电路部分，读出电路即对探测器探测到的信号进行一定的处理并输出给成像元件的电路。

Infrared focal plane array ( IRFPA ) is the core chip of infrared imaging system . The chip includes detector and readout circuit ( ROIC ) . ROIC mainly processed the detector signal and exported the signal to the imaging element .