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Gas detection-assisted deep-space and deep-sea exploration
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作者 Qiang Wang Nailiang Cao +2 位作者 Mai Hu Xiang Li Ruifeng Kan 《The Innovation》 2025年第11期1-2,共2页
The deep space and deep sea are imperative frontiers to explore the origin of life,comprehend the Earth,and protect the natural environment.Gases released by the metabolic processes of life leave their marks in the oc... The deep space and deep sea are imperative frontiers to explore the origin of life,comprehend the Earth,and protect the natural environment.Gases released by the metabolic processes of life leave their marks in the ocean dissolved gases and the atmospheric chemical balance.The study of the life evolution on Earth indicates that extraterrestrial oceans and habitable atmospheric environments on exoplanets are the most important elements for traces of extraterrestrial life.In most cutting-edge explorations,the gas molecule is probably one of the most important objects to expand the boundaries of our cognition. 展开更多
关键词 metabolic processes extraterrestrial oceans deep space deep sea study life evolution earth habitable atmospheric environments gas detection deep space exploration explore origin lifecomprehend
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Erratum to:The enhanced X-ray Timing and Polarimetry mission-eXTP for launch in 2030[Sci.China-Phys.Mech.Astron.68,119502(2025)]
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作者 Shuang-Nan Zhang Andrea Santangelo +158 位作者 Yupeng Xu Hua Feng Fangjun Lu Yong Chen Mingyu Ge Kirpal Nandra Xin Wu Marco Feroci Margarita Hernanz Congzhan Liu Huilin He Yusa Wang Weichun Jiang Weiwei Cui Yanji Yang Juan Wang Wei Li Hong Li Yuanyuan Du Xiaohua Liu Bin Meng Xiangyang Wen Aimei Zhang Jia Ma Maoshun Li Gang Li Liqiang Qi Jianchao Sun Tao Luo Hongwei Liu Xiaojing Liu Fan Zhang Laidan Luo Yuxuan Zhu Zijian Zhao Liang Sun Xiongtao Yang Qiong Wu Jiechen Jiang Haoli Shi Jiangtao Liu Yanbing Xu Sheng Yang Laiyu Zhang Dawei Han Na Gao Jia Huo Ziliang Zhang Hao Wang Xiaofan Zhao Shuo Wang Zhenjie Li Ziyu Bao Yaoguang Liu Ke Wang Na Wang Bo Wang Langping Wang Dianlong Wang Fei Ding Lizhi Sheng Pengfei Qiang Yongqing Yan Yongan Liu Zhenyu Wu Yichen Liu Hao Chen Yacong Zhang Hongbang Liu Alexander Altmann Thomas Bechteler Vadim Burwitz Carlo Fiorini Peter Friedrich Norbert Meidinger Rafael Strecker Luca Baldini Ronaldo Bellazzini Raffaella Bonino Andrea Frassà Luca Latronico Simone Maldera Alberto Manfreda Massimo Minuti Melissa Pesce-Rollins Carmelo Sgr`o Stefano Tugliani Giovanni Pareschi Stefano Basso Giorgia Sironi Daniele Spiga Gianpiero Tagliaferri Andrii Tykhonov Stèphane Paltani Enrico Bozzo Christoph Tenzer Jörg Bayer Youli Tuo Honghui Liu Yonghe Zhang Zhiming Cai Huaqiu Liu Wen Chen Chunhong Wang Tao He Yehai Chen Chengbo Qiu Ye Zhang Jianchao Feng Xiaofei Zhu Heng Zhou Shijie Zheng Liming Song Haoli Shi Jinzhou Wang Shumei Jia Zewen Jiang Xiaobo Li Haisheng Zhao Ju Guan Juan Zhang Chengkui Li Yue Huang Jinyuan Liao Yuan You Hongmei Zhang Wenshuai Wang Shuang Wang Ge Ou Hao Hu Jingyan Shi Tao Cui Xiaowei Jiang Yaodong Cheng Haibo Li Yanjun Xu Silvia Zane Cosimo Bambi Qingcui Bu Simone Dall’Osso Alessandra De Rosa Lijun Gou Sebastien Guillot Long Ji Ang Li Jirong Mao Alessandro Patruno Giulia Stratta Roberto Taverna Sergey Tsygankov Phil Uttley Anna LWatts Xuefeng Wu Renxin Xu Shuxu Yi Guobao Zhang Liang Zhang Wen Zhao Ping Zhou 《Science China(Physics,Mechanics & Astronomy)》 2026年第3期310-312,共3页
We regret that this statement"This work was supported by China's Space Origins Exploration Program."was omitted in the beginning of the Acknowledgements.[1].
关键词 POLARIMETRY erratum acknowledgements chinas space origins exploration programwas X ray timing EXTP
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In-situ atmospheric thermoelectric conversion on Mars
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作者 Yuzhuo Yang Yonghao Zhang +4 位作者 Yu Yao Gang Pei Hua Tian Lingfeng Shi Gequn Shu 《Science Bulletin》 2025年第13期2051-2055,共5页
A manned mission to Mars represents a crucial milestone for humanity in exploring deep space,understanding the origins of life and advancing interstellar civilization[1].In 2024,the Chinese government publicly announc... A manned mission to Mars represents a crucial milestone for humanity in exploring deep space,understanding the origins of life and advancing interstellar civilization[1].In 2024,the Chinese government publicly announced its plan to implement the Tianwen-3 mission,which focuses on Mars sample return,laying the foundation for future manned Mars missions[2]. 展开更多
关键词 ATMOSPHERIC THERMOELECTRIC MANNED exploring deep spaceunderstanding origins life manned mission MISSION conversion SITU
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