Europa Thermal Emission Imaging System
http://dbpedia.org/resource/Europa_Thermal_Emission_Imaging_System
木卫二热辐射成像系统(E-THEMIS)仪器被设计用于扫描木卫二的表面，通过探测细微的热异常来识别地质上最近的地表重塑区。该“热探测器”将提供木卫二高空间分辨率、多光谱的热成像，以帮助探测诸如溢流和喷流等活跃区域。该设备将搭载在计划于2025年飞往木卫二的“欧罗巴快船”天体生物学任务中。 木卫二热辐射成像系统使用的技术继承自“2001火星奥德赛号”轨道飞行器上搭载的热辐射相机和奥西里斯-雷克斯上的“热红外光谱仪"(OTES)。
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The Europa Thermal Emission Imaging System (E-THEMIS) instrument is designed to scan the surface of Europa and identify areas of geologically recent resurfacing through the detection of subtle thermal anomalies. This 'heat detector' will provide high spatial resolution, multi-spectral thermal imaging of Europa to help detect active sites such as outflows and plumes. E-THEMIS will be launched on board the planned Europa Clipper astrobiology mission to Jupiter's moon Europa in 2025.
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Europa Thermal Emission Imaging System
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木卫二热辐射成像系统
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Europa Thermal Emission Imaging System
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55709846
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1003447346
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Europa Clipper
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infrared camera
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The Europa Thermal Emission Imaging System (E-THEMIS) instrument is designed to scan the surface of Europa and identify areas of geologically recent resurfacing through the detection of subtle thermal anomalies. This 'heat detector' will provide high spatial resolution, multi-spectral thermal imaging of Europa to help detect active sites such as outflows and plumes. E-THEMIS will be launched on board the planned Europa Clipper astrobiology mission to Jupiter's moon Europa in 2025. The E-THEMIS uses technology inherited from the THEMIS camera flown on board the 2001 Mars Odyssey orbiter, and the OSIRIS-REx OTES instruments.
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木卫二热辐射成像系统(E-THEMIS)仪器被设计用于扫描木卫二的表面，通过探测细微的热异常来识别地质上最近的地表重塑区。该“热探测器”将提供木卫二高空间分辨率、多光谱的热成像，以帮助探测诸如溢流和喷流等活跃区域。该设备将搭载在计划于2025年飞往木卫二的“欧罗巴快船”天体生物学任务中。 木卫二热辐射成像系统使用的技术继承自“2001火星奥德赛号”轨道飞行器上搭载的热辐射相机和奥西里斯-雷克斯上的“热红外光谱仪"(OTES)。
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study thermal anomalies
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≈ 2025
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6529
