1) CCD Stereo Camera
CCD立体相机
1.
The Laboratory Radiometric Calibration of the CCD Stereo Camera for the Optical Payload of the Lunar Explorer Project;
绕月探测工程CCD立体相机的实验室辐射定标
2.
The basic principle,design scheme,technology measure and characteristic,the design result and imaging evaluation of the CCD stereo camera and the imaging interferometer spectrometer were presented,which are the main loads of the Chang\'e-1 satellite used to detect the moon for the first time.
介绍了我国首次绕月探测嫦娥一号卫星的主载荷CCD立体相机与干涉成像光谱仪的原理、设计思想、技术措施与特色、设计结果以及在轨图像质量评估与检测。
3.
Since the data generated by the CCD stereo camera of the Chang\'E-1 satellite were firstly sent back to the Earth on Nov.
由嫦娥一号卫星CCD立体相机获取的图像清晰,层次丰富。
3) CCD camera
CCD相机
1.
Development of a medical X-ray CCD camera system;
医用X射线CCD相机系统设计
2.
Optical-mechanical system design of unmanned aerial vehicle polarization CCD camera;
无人机载偏振CCD相机光机系统设计
3.
Temporal noise and spatial noise of CCD camera at different illuminance;
不同光照条件下CCD相机时间噪声和空间噪声的研究
4) CCD camera
CCD照相机
1.
To improve the imaging quality of CCD camera and make the lens small in size,compact in structure,the wide field of view(WFOV) optical lens with the aspheric surface was designed.
为提高CCD照相机的成像质量,同时使镜头结构紧凑、小型化,在大视场光学镜头的设计中,采用非球面设计。
2.
A refracting reflecting flat CCD camera with quick F ratio and wide field is introduced.
介绍了折反式大视场强焦比平场CCD照相机的设计思想和方法,给出了详细的结构参数和像斑弥散直径。
3.
The light intensity patterns are recorded by the use of CCD camera,which may be adapted as a student experiment in universities.
并且利用CCD照相机量度了衍射光强分布,与运算的结果作了比较,也与Burch在1985报导的结果作了比较。
5) TDI CCD camera
TDI CCD相机
1.
Research on the laboratory radiometric calibration of the TDI CCD camera;
TDI CCD相机实验室辐射定标的研究
6) TDI-CCD camera
TDI-CCD相机
1.
The image quality of the TDI-CCD camera will be affected by the drift angle, the detail format of the drift angle is given based on the orbit equation.
高分辨率星载TDI-CCD相机在成像过程中,偏流角会对相机的成像质量产生影响。
补充资料:CCD
分子式:
CAS号:
性质: 由光电二极管阵列经光电变换、贮存的信号电荷用CCD模拟转换寄存器输送、顺次读出的影像感受器,由感光部、输送部、输出部构成。主要用于电子照相。
CAS号:
性质: 由光电二极管阵列经光电变换、贮存的信号电荷用CCD模拟转换寄存器输送、顺次读出的影像感受器,由感光部、输送部、输出部构成。主要用于电子照相。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条