CERES data sets available from the NASA Langley ASDCP. CERES data sets available from the NASA Langley ASDC ( ARCPatrad)
Utilizing information from NASA’s Clouds and the Earth’s Radiant Energy System (CERES) project and Global Modeling and Assimilation Office (GMAO) Modern-Era Retrospective analysis for Research and Applications, Version 2 (MERRA-2) data products, POWER provides more than 400 parameters. Surface sol...
——NASA发现谷神星生命基石——天文数据隐藏着地外生命密码（NASA has discovered that the cornerstone o...
2.0 数据集和前导建模工具 AIRS 黄光谱 OLRs 是根据 CERES 算法中定义的不同场景类型的光谱 ADM,从 AlRS 辐射得出的。 场景类型有时也被 CERES SSF 算法称为 "离散区间",是从所有定位足迹的 CERES SSF 数据产品中获得的。这些场景类型来自融合到 CERES SSF 算法中的辅助观测和数据集,如 MODIS、SSM/I 和 ...
(NOAA). CERES data, as obtained through POWER, provides a long-term record of daily averaged solar variability up to within about a week of real time. This solar variability replicates ground-based measurements very well and can be used to do things like monitor solar photovoltaic panel ...
Ceres is a dwarf planet and the largest object in the Great Asteroid Belt, and it has a new distinction today: ocean world. The latest data from NASA’s Dawn mission proves the almost-planet has a vast repository of salty water hiding below its surface. That makes it a possible home ...
北京9月17日电 (记者张梦然)据英国《自然·天文学》杂志17日在线发表的一项研究,美国国家航空航天局(NASA)的“黎明”号小行星探测器首次发现,矮行星谷神星(Ceres)上的冰火山“从未沉默”,其曾在历史上不断喷发。这一发现能让人类更多地了解太阳系的起源和行星的形成。
As Dawn flew closer and closer to Ceres' icy surface during the different phases of its mission, the mystery of where these bright patches came from persisted. Data sent back by the spacecraft's instruments showed that these bright areas were ...
NASA’s Dawn Mission has discovered permanently shadowed regions on the dwarf planet Ceres that may contain water ice deposits. Using data fromNASA’s Dawn Mission, astronomers have identified permanently shadowed regions on the dwarf planet Ceres. These areas are likely cold enough to have trapped...
Data from the end of Dawn’s mission revealed an extensive and slushy reservoir of brine, or salty liquid, beneath the crater. It’s 25 miles deep and extends out for hundreds of miles. When the impact that created the crater struck Ceres, it may have allowed the reservoir to deposit bri...