由多个小口径成像系统通过特殊排列综合而成的光学稀疏孔径系统是实现高分辨率天文目标成像观测的一种新方法。
Optical sparse-aperture system can be designed to obtain high resolution in astronomical object imaging. It is a particular array synthesized by several small filled imaging systems.
选型时要根据扫描仪的光学分辨率、色位数、品牌、价格等因素综合考虑。
It should be considered comprehensively with respect to the factors of optical resolution of scanner, color bits, brand and price.
综合应用窄带子波记录及重构记录的不同分辨率特征，可以有效地识别某些细薄的隐蔽圈闭。
Some very thin subtle traps can be recognized effectively with the help of different resolution character of narrow band wavelet record and reconstructed record.
综合孔径雷达(SAR)实时成像处理器，在满足分辨率的情况下，通过预滤波和降采样的方式降低数据率来满足系统处理带宽的要求。
Under the condition of meeting resolution, the SAR real-time imager can satisfy the demands of the processing band by pre-filter and down-sample.
一般非综合孔径雷达的方位分辨率受天线波束宽度的限制。
Angular resolution of a real aperture radar is limited by the beam width of the radar antenna.
与此同时高分辨率层序地层分析与地球物理地层反演技术、属性提取技术、储层特征重构反演等技术相结合，完成储层分布的综合猜测。
At the same time, we completed the comprehensive prediction of distribution of reservoir using the combination of analysis high resolution sequence stratigraphy and many geophysical technologies.
对不同空间分辨率、时间分辨率和波谱分辨率的遥感图像进行综合、高效的利用，是遥感应用的关键问题之一。
The efficient integration of remote-sensing images with multiple spatial, temporal and spectrum resolution was a key of remote-sensing application.
提出了一种综合运用高分辨率地震反演技术和地质模拟方法预测薄储集层的方法。
The method for prognoses of thin reservoirs by combining seismic high-resolution inversion technology and geological simulation was presented.
利用测井资料中垂向分辨率和地震资料横向密集采样特点的综合约束反演技术，极大地提高了波阻抗剖面的分辨率。
Comprehensive constrained inversion makes full use of detailed vertical resolution of well data and horizontal dense sampling, greatly improves resolution of impedance profile greatly.
实际应用中要综合考虑具体成像实验装置对于物像距离的可调范围以及成像分辨率的要求。
Tunable range of the object-image distance and the imaging resolution demanded for the experimental setup should be considered in practical application.
光学综合孔径成像技术是高分辨率光学成像技术方法之一，它实现并应用于天文观测研究。
Optical aperture synthesis imaging technology is one of optical imaging technology methods for high observation resolution.
方法：对18例经高分辨率CT证实为双侧大前庭导水管综合征患者的诊疗过程进行回顾性分析。
Methods: The clinical process of diagnosis and treatment of 18 patients with LVAS confirmed by high resolution ct were retrospectively analyzed.
然而，分辨率是一种综合性、系统性概念，其贯穿整个勘探过程。
However, the resolution is a synthetic and systemic concept that impenetrate full survey.
综合扩展的分水岭变换和分水线动态范围，提出了适用于高分辨率多光谱图像的多尺度分割方法。
A hierarchical segmentation method is proposed for multispectral imagery by combining extended watershed transform and dynamics of contours.
最后，视频对象的准确边界的提取综合运动口罩和地区分割多分辨率的分水岭。
Finally, the video object with accurate boundaries is extracted by integrated the motion mask and regions segmented by multi-resolution watershed.
最后，视频对象的准确边界的提取综合运动口罩和地区分割多分辨率的分水岭。
Finally, the video object with accurate boundaries is extracted by integrated the motion mask and regions segmented by multi-resolution watershed.
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