Member
Lei Guo
Update:2019-03-20 09:15:58  Author:  Click:[]



 

Abstract:

Dr. Lei (Rendar) Guo, PhD in engineering. It is mainly engaged in the research and development of marine exploration technology, seabed in situ observation technology, marine engineering Geological Survey equipment, and new sensing technology. The equipment in charge of research and development includes: seabed engineering Geological environment in situ investigation system, seabed basic microelectrode in situ detection system, coastal wetland passive warming system, dynamic vector sediment in situ capture system, 50mL Spore sample centrifugation preprocessor, beach shallow static force detection equipment, seabed boundary layer in situ observation System, real-time communication floating ball, high density resistivity probe bar. Participate in the development of three-dimensional resistivity detection systems, FBG based fiber optic hyperpore pressure in situ observation rods, dynamic sounding systems, seabed deformation in-situ observation devices, sediment pump in-situ capture devices, and vibration liquefaction based hole pressure observation systems. As the person in charge or the main participant of the voyage, a large number of scientific research and investigation voyages were conducted in Liaodong Bay, Laizhou Bay, Jiaozhou Bay, Changjiang Estuary, Zhoushan Offshore, Okinawa Trough, Xiamen Offshore, and the northern part of the South China Sea. Applications include ROV, AUV, deep drag system, submarine camera system, navigation electrochemistry, deep-sea CPTU system, time series sediment catcher, laser Raman probe, deep-sea observation subsurface, CTD water collector, conventional Geophysical exploration(multi-beam, side sweep Sonar, shallow profile, bathymetric, etc..) , Geological sampling(drilling, trawling, gravity, Box type, oyster type) and so on.

Presided over 1 National Natural Science Fund and 1 open fund for marine geological processes and environmental function laboratories; He participated in the National major scientific research and development projects, national key research and development plans, the National Natural Science Foundation, the China Geological Survey Grade II projects, and the National 863 plan. 4 authorized international patents(Japan / United States) and 29 national invention patents; Published more than ten papers; In 2016, he won the second prize for scientific and technological progress in universities.

 

Experiences:

Ph.D., Ocean University of China (2016)

Postdoctoral Fellow, Qingdao Institute of Marine Geology, China Geological Survey (2016-2018)

Experimentalist, Shandong University (2018)

 

Research Interests:

Marine detection technology, In-situ observation of the seabed

 

Selected Publications:

1. 1)已授权日本发明专利

1) 郭磊、孙治雷、王利波、曹红、耿威、张现荣、徐翠玲,青島海洋地質研究所,CPT複合式地球化学微小電極プローブシステム,2018.08.29,特願2017-250617.(日本发明专利)

2) 呉能友、郭磊、孫治雷、王利波、張喜林、徐翠玲,青島海洋地質研究所,海底ステ一ション多点定位置長期観洲システム,2018.07.31,日本,特願2017-250616.(日本发明专利)

3) Zhilei SUN、Xunhua ZHANG、Lei GUO、Luning SHANG、Wei GENG、Hong CAO,Qingdao Institute of Marine Geology,The deep sea hydrothermal solution metal sulfide mineral deposit normal position system of planting,2018.07.05,美国,15/972,235. (美国发明专利)

4) 劉濤、魏冠立、郭磊、楊秀卿、張艷、朱志鵬,差圧測定に基づく深海底層流変化観測装置,2018.12.21,日本,特願2018-171170.(日本发明专利)

5) 郭磊、叶思源、赵广明、裴绍峰、袁红明、丁喜桂,青岛海洋地质研究所,贯入式多功能海底沉积物原位观测探杆,2018.01.12,中国,201710036786.6. (中国发明专利)

6) 郭磊、孙治雷、叶思源、王利波、曹红、耿威、刘莉萍,青岛海洋地质研究所,一种海床基多点原位探测系统,2017.09.22,中国,201710036787.0. (中国发明专利)

7) 郭磊、孙治雷、叶思源、王利波、曹红、耿威、刘莉萍,青岛海洋地质研究所,一种静探复合式地球化学微电极探针,2017.11.28,中国,201710036757.X. (中国发明专利)

8) 郭磊、叶思源、袁红明、赵广明、裴绍峰、王锦,青岛海洋地质研究所,一种自钻无缆式海底变形长期观测装置的布放及回收方法,2018.07.10,中国,201710093474.9. (中国发明专利)

9) 郭磊、叶思源、丁喜桂、杨士雄、王锦、赵广明,青岛海洋地质研究所,海床基静力贯入及取样平台,2017.11.21,中国,201710050774.9. (中国发明专利)

10) 郭磊,叶思源,裴绍峰,袁红明,赵广明,何磊,青岛海洋地质研究所,一种自钻无缆式海底变形长期观测装置,2018.02.16,中国,201710093481.9. (中国发明专利)

11) 郭磊、孙治雷、叶思源、王利波、曹红、耿威、刘莉萍,青岛海洋地质研究所,基于基站水位观测的海床基沉降量差分计算方法,2018.01.12,中国,201710831894.2. (中国发明专利)

12) 郭磊、叶思源、何磊、丁喜桂、王锦、袁红明,青岛海洋地质研究所,三维时序矢量沉积物捕获器,2018.12.18,中国,201710832203.0. (中国发明专利)

13) 郭磊,贾永刚,付腾飞,等,地下污水管线泄漏原位自动监测模拟实验研究,环境科学,2012,33(12):4352~4360.

14) 郭磊,文明征,单红仙,等,基于ASM-IV对波致海床沉积物再悬浮过程研究[J].海洋地质与第四纪地质,2016(5):181-188.

15) Xia X, Guo L, Jia Y G. Resistivity monitoring system software realization by VC and Matlab hybrid programming method[C]// International Conference on Remote Sensing,Environment and Transportation Engineering,IEEE,2011:680-684.

16) 文明征, 郭磊, 贾永刚,等. 变点分析理论在高密度电阻率探杆观测海床界面中的应用[J]. 海洋通报, 2017, 36(5):521-527.

17) 贾永刚,郭磊,单红仙,中国海洋大学,一种地下污水管线泄漏的原位自动监测系统及方法,2013.03.27,中国,201110136781.3. (中国发明专利)

18) 贾永刚,郭磊,刘晓磊,张少同,王振豪,单红仙,中国海洋大学,一种深海底孔隙水压力长期观测自动布放系统与方法,2016.01.13,中国,201510194731.9. (中国发明专利)

19) 贾永刚,郭磊,刘晓磊,张少同,王振豪,单红仙,中国海洋大学,一种自动升降的无缆式深海底孔隙水压力长期观测装置,2016.03.03,中国,201510194095.X. (中国发明专利)

20) 付腾飞,郭磊,于洪军,徐兴永,陈广泉,国家海洋局第一海洋研究所,用于海底观测的三脚架搭载平台,2017.08.04,中国,201610068081.8. (中国发明专利)

 

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