2019年7月22日至26日，我校行星科学团队凌宗成教授带领团队15人参加了中国国家航天局与中国科学院主办、中国国家航天局探月与航天工程中心与中国科学院月球与深空探测总体部承办的第四届月球与深空探测国际会议(7月22日至24日)和中欧国际月球科研团队研讨会（7月25日-7月26日），本次会议在珠海国际会展中心举办。行星科学团队共作口头报告9个，张贴海报7张，内容主要涵盖了嫦娥4号数据处理、月球与火星遥感探测、月球水来源、样品研究、行星遥感拉曼、火星原位氧气制取、火星岩石分类机器学习和LIBS定量分析模型研究等方面。
第四届月球与深空探测国际会议上，凌宗成教授介绍了嫦娥四号红外成像光谱仪数据的初步矿物学分析结果。武中臣教授报告了在火星表面原位制取氧气的国内外研究进展，并介绍了山东大学采用辉光放电在火星表面制取氧气的方案及初步的实验结果。付晓辉副研究员介绍了NWA 11111岩相学和地球化学的研究进展。李勃副教授介绍了从高分辨率的月球图像中提取地形因素的方法。张江博士介绍了地球磁层的氢粒子可能是月球水的来源之一，以及温度对月球矿物中H2O/OH的热扩散过程的影响。乔乐博士介绍了嫦娥四号着陆区区域地质特征遥感研究结果。凌宗成教授、李勃副教授、张立、曲洪坤、曹海军、郭恺琛等人张贴海报7张。
会议期间，我校行星科学团队成员认真听取了国内外深空探测领域专家和青年学者的学术报告，并且积极参与提问，与同行专家深入地讨论学术问题，使得行星科学团队受益匪浅。通过团队成员积极地展示自己的工作并与同行专家讨论，扩大了团队在国内外的知名度和影响力。
月球与深空探测国际会议每两年举办一次，通过深入的学术交流和研讨，了解国际月球与深空探测的最新进展和成果，推进深空探测领域国际交流和合作。据悉，此次会议受到了世界各国深空探测领域专家学者以及青年学生的广泛关注，来自中国、法国、俄罗斯、德国、意大利、瑞典、日本、挪威、西班牙、美国、澳大利亚等18个国家的近400位代表出席了本次会议，国内外影响力和知名度在不断扩大。
在7月25日-7月26日举办的中欧国际月球科研团队研讨会上，行星科学团队共作口头报告3个，具体内容如下：付晓辉副研究员介绍了Dhofar 1085的研究结果，推测其代表月球雨海事件之前月壳的典型岩石样品。乔乐博士介绍了三个代表性的不规则月海斑块构造(Ina、Sosigenes和Cauchu 5)的地质特征，提出了"晚期岩浆泡沫喷发"这一新的成因机制。研究生曹海军汇报了NWA 4884的岩相学、矿物学、主量元素、冲击压强、岩石成因、成对关系及源区探讨等研究工作。会议期间团队成员积极参加了月球相关热点科学问题的自由研讨，与100多位来自中国和欧洲的科学家就月球资源和月球挥发分、月球地质和近月表环境、月球样品、样品分析和技术、月球环境、表面和内部结构探测等议题进行了探讨，进一步提升了我校行星科学团队的国际知名度。
中欧国际月球科研团队研讨会由中国国家航天局探月与航天工程中心负责牵头，欧洲多个国家参与，主要为了确认国际月球科研站优先级科学目标、机遇和需求，及2030年前的探测任务。并且计划每年在中国和欧洲国家之间轮流举办中欧月球科学会议，下一次会议将于2020年3月召开。
Orals:
[1] Zongcheng Ling*, Jian Chen, Jiang Zhang, Lingzhi Sun, Le Qiao, Bo Li, Xiaohui Fu, Changqing Liu, Xiaobin Qi, Preliminary Survey of Mineralogy at Chang’e-4 Landing Site: Results of Visible and Near-infrared Imaging Spectrometer
[2] Zhongchen Wu*, Maocheng Qian, Kaichen Guo, Yun Li, Oxygen Generation on Martian surface by Glow discharge
[3] Xiaohui Fu*, Weibiao Xu, Zongcheng Ling, Haijun Cao, Jian Chen Feng Zhang,Petrography and Geochemistry of Lunar Feldspathic Breccia Northwest Africa 11111
[4] Xiaohui Fu*, Xintong Li, Zongcheng Ling, Haijun Cao, Jian Chen, Petrography and geochemistry of lunar feldspathic breccia Dhofar 1085
[5] Bo Li*, Peiwen Yao, Shengbo Chen, Zongyu Yue, Jiang Zhang, How can we derive terrain factors from high-resolution lunar images? A case study of Mons Rümker Region
[6] Jiang Zhang*, Huizi Wang, Quanqi Shi, Possible Lunar Hydration Caused by Earth Wind
[7] Le Qiao*, Zongcheng Ling, Xiaohui Fu, BoLi, Geological Characterization of the Chang’E-4 Landing Area from Orbital Observations
[8] Le Qiao*, Zongcheng Ling, Lunar Irregular Mare Patches: Testing the waning-stage magmatic foam extrusion formation mechanism
[9] Haijun Cao, Jian Chen, Zongcheng Ling*, Xiaohui Fu, Petrology, mineralogy and possible source regions of lunar meteorite NWA 4884
Posters：
[1] Zongcheng Ling*, Chanqing Liu, Jérémie Lasue, Roger C. Wiens, Sam Clegg, Agnès Cousin, Shingo Kameda, Javier Laserna, Sylvestre Maurice, Noureddine Melikechi, Xin Ren, Susanne Schröder, Pablo Sobron, Xiong Wan, Hongpeng Wang, LIBS applications for deriving elemental information on Mars
[2] Bo Li*, Chenfan Li, The spatial and temporal probability of dust storm activity in Chryse, Mars
[3] Hongkun Qu, Xiaobin Qi, Changqin Liu, Yanqing Xin, Zongcheng Ling*, A Remote Raman Spectrometer Protype Built for Planetary Mineral Characterizations
[4] Haijun Cao, Zongcheng Ling*, Jian Chen, Xiaohui Fu, Mineralogy and Petrography of Lunar Feldspathic Breccia Northwest Africa 11460
[5] Cao Xueqiang, Zhang Li*, Wu Zhongchen, Li Jialun, Guo Kaichen, Quantitative analysis of laser-induced breakdown spectroscopy using sub-model methods equipped with classification models
[6] Guo Kaichen, Wu Zhongchen *, Ling Zongcheng, Liu li, Liu Changqing, The Effects of Extreme Planetary Environments on Raman Signals of Minerals
[7] Jialun Li, Li Zhang*, Zhongchen Wu, Xueqiang Cao, Kaichen Guo, Martian Rocks Classification Using Convolutional Neutral Network with Transfer Learning
Abstracts:
[1] Zongcheng Ling*, Jian Chen, Jiang Zhang, Lingzhi Sun, Le Qiao, Bo Li, Xiaohui Fu, Changqing Liu, Xiaobin Qi, Preliminary Survey of Mineralogy at Chang’e-4 Landing Site: Results of Visible and Near-infrared Imaging Spectrometer
[2] Zongcheng Ling*, Chanqing Liu, Jérémie Lasue, Roger C. Wiens, Sam Clegg, Agnès Cousin, Shingo Kameda, Javier Laserna, Sylvestre Maurice, Noureddine Melikechi, Xin Ren, Susanne Schröder, Pablo Sobron, Xiong Wan, Hongpeng Wang, LIBS applications for deriving elemental information on Mars
[3] Zhongchen Wu*, Maocheng Qian, Kaichen Guo, Yun Li, Oxygen Generation on Martian surface by Glow discharge
[4] Xiaohui Fu*, Xintong Li, Zongcheng Ling, Haijun Cao, Jian Chen, Petrography and geochemistry of lunar feldspathic breccia Dhofar 1085
[5] Xiaohui Fu*, Liangchen Jia, Haijun Cao, Zongcheng Ling, Thermal Stability of Akaganeite and its Desiccation Process under Condition Relevant to Mars
[6] Bo Li*, Peiwen Yao, Shengbo Chen, Jiang Zhang, Martian Dust Strom Activity near Candidate Landing Site of the Chinese first Mars Exploration Mission
[7] Bo Li*, Peiwen Yao, Shengbo Chen, Zongyu Yue, Jiang Zhang, How can we derive terrain factors from high-resolution lunar images? A case study of Mons Rümker Region
[8] Jiang Zhang*, Huizi Wang, Quanqi Shi, Possible Lunar Hydration Caused by Earth Wind
[9] Le Qiao*, Zongcheng Ling, Xiaohui Fu, BoLi, Geological Characterization of the Chang’E-4 Landing Area from Orbital Observations
[10]Hongkun Qu, Xiaobin Qi, Changqin Liu, Yanqing Xin,Zongcheng Ling*, A Remote Raman Spectrometer Protype Built for Planetary Mineral Characterizations
[11]Haijun Cao, Zongcheng Ling*, Jian Chen, Xiaohui Fu, Mineralogy and Petrography of Lunar Feldspathic Breccia Northwest Africa 11460
[12]Haijun Cao, Jian Chen, Zongcheng Ling*, Xiaohui Fu, Petrology, mineralogy and possible source regions of lunar meteorite NWA 4884
[13]Guo Kaichen, Wu Zhongchen*, Ling Zongcheng, Liu li, Liu Changqing, The Effects of Extreme Planetary Environments on Raman Signals of Minerals
[14]Yun Li, Kaichen Guo, Zhongchen Wu*, Maocheng Qian, The Study on the Reaction Yield of Oxychloride by Electrostatic Discharge under Martian Conditions
