The ACES GNSS Subsystem and Its Applications
EFTF-2010 24th European Frequency and Time Forum（2010）
关键词
Global Positioning System,atomic clocks,radio receivers,remote sensing,satellite antennas,ACES GNSS instrument,ACES GNSS subsystem,ACES clock signal,Co-60 source,DLR,ESA mission ACES,ESA mission atomic clock ensemble in space,European Columbus module,Euskirchen,GALILEO-GIOVE signals,GLONASS satellite signals,GNSS antenna,GNSS radio-occultation,GNSS receiver,GNSS reflectometry,GPS signals,Germany,ISS flight direction,International Space Station,JAVAD GNSS triumph TRE-G3T receiver board,JAVAD triumph receiver firmware,LEO conditions,SEU,antenna boresight,atomic clock generation,clock space-to-ground comparison,coherent reflected GNSS signals,double redundant architecture,fractional frequency stability,low Earth orbit conditions,radiation test facility,radio occultation measurements,receiver sensitivity,remote sensing applications,single event upset,space environment,total ionizing dose
AI 理解论文
溯源树
样例
生成溯源树，研究论文发展脉络
Chat Paper
正在生成论文摘要