本发明解决了高空机载红外相机高分辨率、大幅宽和高灵敏度的技术难题。
The invention solves the technological problems of the high resolution, the large breadth, and the high sensitivity of an altitude on-board infrared camera.
第三章至第五章论述了通过串口控制红外相机实时完成不均匀性校正的实现方法。
From third to fifth chapter, it discussed the method of nonuniformity adjustment to infrared camera by using serial port.
在此基础上编制了通用的杂散光计算软件并对某型号红外相机的杂散光进行了分析。
On the basis of those, an universal computer program is developed, and the stray light of an infrared camera has been analyzed.
来自哈勃近红外相机和多目标光谱仪的数据揭示了分子的存在，来自斯皮策的光度计数据和红外光谱仪测定分子数量。
Data from Hubble's near-infrared camera and multi-object spectrometer revealed the presence of the molecules, and data from Spitzer's photometer and infrared spectrometer measured their amounts.
最后就东北虎、东北豹体侧花纹个体识别技术的适用性、红外相机监测与传统调查方法的差异， 相机监测的误差进行了讨论。
We discuss the applicability of unique identifiers with ipsilateral patterns, the differences between camera trap monitoring and traditional survey methods, and the error of camera trap monitoring.
但是，这令人惊奇的美景可以由史皮策太空望远镜的红外相机穿过厚重的尘埃而捕捉到并且揭示了拥挤的银河系中心区域的恒星们。
But, in this stunning vista, the Spitzer Space Telescope's infrared cameras penetrate much of the dust, revealing the stars of the crowded galactic center region.
SHOES团队使用哈勃望远镜的近红外相机和多目标光谱仪(NICMOS)、高级巡天相机(ACS)观测了综括7个星系的240颗造父变星。
The SHOES team used Hubble's Near Infrared Camera and Multi-Object Spectrometer (NICMOS) and the Advanced Camera for Surveys (ACS) to observe 240 Cepheid variable stars across seven galaxies.
SHOES团队使用哈勃望远镜的近红外相机和多目标光谱仪(NICMOS)、高级巡天相机(ACS)观测了综括7个星系的240颗造父变星。
The SHOES team used Hubble's Near Infrared Camera and Multi-Object Spectrometer (NICMOS) and the Advanced Camera for Surveys (ACS) to observe 240 Cepheid variable stars across seven galaxies.
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