Title：Professor / Doctoral supervisor

Email：wangrs@jlu.edu.cn

Professor Wang has been engaged in research in   geological drilling and polar science drilling technology. During his   doctoral studies in 2002~2007, he carried out theoretical and experimental   research on compressed air jet drilling and reverse circulation continuous   sampling technology in the field of geological drilling, and in 2015~2017, he   mainly carried out theoretical and experimental research on   "Large-diameter Drilling of Polar Deep Ice - Ice Shelf Hot Water   Drilling Technology" during his postdoctoral fellowship at Polar   Research Institute of China.

He is currently working on the research of   cutting-edge scientific problems and detection technologies of polar ice   sheets. Based on its own patented technology, it independently designs,   develops and builds a "multi-functional test platform for polar   electromechanical drilling tools" and a "multi-functional   low-temperature ice drilling laboratory for simulating polar extreme   environments", which provides strong research conditions and technical   support for polar research. He has obtained fruitful academic achievements   and published more than 50 high-level academic papers, including more than 30   SCI indexes; He has applied for and authorized more than 120 invention   patents, of which more than 20 have been authorized as the first inventor;   Published 1 textbook for higher education, won the 3rd prize of provincial   excellent textbook, and participated in the compilation and publication of 1   set of geological drilling manuals for the industry; Participated in   international and domestic academic conferences and made more than 40   academic reports, and his academic papers were rated as excellent papers at   the 18th and 20th National Exploration Engineering Annual Conferences, and   presided over the academic reports of the sub-venues as the special convener   of the 2016 China Polar Academic Annual Conference; In 2011, he won 1 third   prize of provincial teaching achievement and 1 second prize of school-level   teaching achievement, and was rated as "advanced worker" of the   college in 2014.

Research Interests：

1.Geological Engineering

2.Polar Scientific Drilling

3.Glacial and Permafrost Drilling

4.Multi-Process Air Drilling

Education：

1. Doctoral Degree in Geological Engineering:

Jilin University, School of Construction   Engineering, 2002-2007.

Doctoral Dissertation Title: Theoretical and   Experimental Research on Reverse Circulation High-Pressure Gas Jet Drilling   Technology.

Advisor: Professor Kun Yin.

2. Master Degree in Geological Engineering:

Jilin University, School of Construction   Engineering, 2000- 2002.

Advisor: Professor Kun Yin.

3. Bachelor Degree in Exploration Engineering   (Mineral Exploration Engineering):

Changchun University of Science and Technology   (Changchun Geological Institute), 1993- 1997.

Professional Positions：

1. September 2018-Present: Professor, Department   of Exploration Engineering, School of Construction Engineering, Jilin   University.

2. August 2015- December 2017: Postdoctoral   fellow, Polar Research Institute of China.

3. September 2008- August 2018: Associate   professor, Department of Exploration Engineering, School of Construction   Engineering, Jilin University.

4. March 2011-March 2012: Visiting Scholar, at   the University of Texas as a national government-sponsored visiting scholar

5. August 2002-August 2008: Lecturer, Department   of Exploration Engineering, School of Construction Engineering, Jilin   University

6. July 1997-July 2002: Assistant professor,   Department of Exploration Engineering, Jilin University

Publications：

1.Xinyu Lv, Zhihao Cui, Ting Wang, Yumin Wen, An   Liu, Rusheng Wang*. Research into   mechanical modeling based on characteristics of the fracture mechanics of ice   cutting for scientific drilling in polar regions, The Cryosphere, 18, 3351–3362, 2024.(SCI)

2.Ni Sun, Ting Ye*, Zehong Xia, Zheng Feng,   Rusheng Wang*.Gaussian smoothed particle hydrodynamics: A high-order meshfree   particle method, Engineering Analysis with Boundary Elements, Volume 168   (2024), 105927.(SCI)

3.Rusheng Wang, Xinyu Lv, Xiaopeng Fan, Da Gong,   An Liu*. Key parameters and mechanisms of ice cores autonomously breaking   with air reverse-circulation drill systems, Cold Regions Science and   Technology 217 (2024) 104053.(SCI)

4.SUN YouHong, PAVEL Talalay, LI YuanSheng, YU   HaiBin, WANG DongLiang, LI GuoPing, XU LiPing, GONG Da, WANG JiXin, WANG   JianHua, WANG Ting, ZHANG Nan, WANG ZhiGang, CHEN YanJi, LIU YunChen, LI   YaZhou, PENG ShiLin, SHI JianGuang, AN ChunLei, GE Qun, XU Jing, NI XiaoKang,   CUI QiFeng, JIANG Qiang, MIKHAIL Sysoev, Yang Yang, WANG RuSheng, WEI   XianZhe, WANG Yu, ZHU TianXin, DENG ZhiPeng, ALEXEY Markov, LI Bing* &   FAN XiaoPeng*. Exploring Antarctic subglacial lakes with RECoverable   Autonomous Sonde (RECAS): Design and first field tests, June 2024 Vol.67   No.6: 1866–1878,   https://doi.org/10.1007/s11431-023-2620-3.(SCI)

5.An Liu, Pavel G. Talalay, Xiaopeng Fan, Yang   Yang, Da Gong, Rusheng Wang*.Theoretical and numerical simulation research   about annular nozzle parameters influence on heat transfer in hot-water   ice-coring drilling, Case Studies in Thermal Engineering 47 (2023) 103122. （SCI）

6.An Liu, Xiaopeng Fan, Pavel Talalay, Rusheng   Wang, Xiao Li*. Hot-water rescue ice drilling system to recover subglacial   lake exploring sonde: General concept, Polar Science, 35 (2023) 100919.(SCI)

7.Youhong Sun, Bing Li, Xiaopeng Fan*, Yuansheng   Li, Guopin Li, Haibin Yu, Hongzhi Li, Dongliang Wang, Nan Zhang, Da Gong,   Rusheng Wang, Yazhou Li, and Pavel G. Talalay*. Brief communication: New   sonde to unravel the mystery of polar subglacial lakes, The Cryosphere, 17,   1089–1095, 2023   https://doi.org/10.5194/tc-17-1089-2023.(SCI)

8.Rusheng Wang, Xinyu Lv, An Liu*, Pavel Talalay,   Xiaopeng Fan, Xiao Li. Theoretical and experimental research to remove hot   water out of drill hose of deep hot-water drilling system. Polar Science, 31   (2022) 100747: 1-8.(SCI)

9.An Liu , Rusheng Wang*, Yang Yang , Liang Wang   , Xiao Li , Yazhou Li and Pavel Talalay. Optimization of hot-water ice-coring   drills. Annals of Glaciology, 2021, 62(84), 67–74.(SCI)

10.Pavel Talalay, Youhong Sun*, Xiaopeng Fan*,   Nan Zhang, Pinlu Cao, Rusheng Wang, Alexey Markov, Xingchen Li, Yang Yang,   Mikhail Sysoev, Yongwen Liu, Yunchen Liu, Wei Wu and Da Gong. Antarctic   subglacial drilling rig: Part I. General concept and drilling shelter   structure, Annals of Glaciology 62(84), 1–11. https://doi.org/ 10.1017/aog.2020.37.(SCI)

11.Pavel Talalay, Xingchen Li, Nan Zhang*,   Xiaopeng Fan, Youhong Sun, Pinlu Cao, Rusheng Wang, Yang Yang, Yongwen Liu,   Yunchen Liu, Wei Wu, Cheng Yang, Jialin Hong, Da Gong, Han Zhang, Xiao Li,   Yunwang Chen, An Liu and Yazhou Li. Antarctic subglacial drilling rig: Part   II. Ice and Bedrock Electromechanical Drill (IBED), Annals of Glaciology   62(84), 12–22.   https://doi.org/ 10.1017/aog.2020.38.(SCI)

12.Xiaopeng Fan, Pavel Talalay*, Youhong Sun,   Xingchen Li, Nan Zhang, Alexey Markov, Yang Yang, Pinlu Cao, Rusheng Wang,   Yongwen Liu, Yunchen Liu, Ting Wang, Wei Wu, Cheng Yang, Jialin Hong, Da   Gong, Han Zhang, Mikhail Sysoev, Xiao Li, An Liu and Yazhou Li. Antarctic   subglacial drilling rig: Part III. Drilling auxiliaries and environmental   measures, Annals of Glaciology 62(84), 24–33. https:// doi.org/10.1017/aog.2020.39.(SCI)

13.An Liu, Rusheng Wang*, Xiaopeng Fan, et al.   Test-Bed Performance of an Ice-Coring Drill Used with a Hot Water Drilling   System. JOURNAL OF MARINE SCIENCE AND ENGINEERING, 2019, 7(7), 234, doi:   10.3390/jmse7070234.(SCI)

14.Gang Liu, Pavel Talalay, Rusheng Wang, et al.   Design Parameters of Hot-Water Drilling Systems, WATER, 2019, 2 (11) , DOI:   10.3390/w11020289.(SCI)

15.Rusheng Wang, An Liu, Youhong Sun, Pinlu Cao,   Xiaopeng Fan, Pavel Talalay*. Ice drill testing facility, Cold Regions   Science and Technology，2018, 1 (145): 151-159.(SCI,EI)

16.Pavel Talalay, Gang Liu, Rusheng Wang,   Xiaopeng Fan, et al. Shallow hot-water ice drill: Estimation of drilling   parameters and testing, Cold Regions Science and Technology，2018, 11 (155): 11-19.(SCI,EI)

17.Rusheng Wang, Liu An, Pinlu Cao, Baoyi Chen,   Mikhail Sysoev, Dayou Fan, Pavel G.Talalay, Rapid ice drilling with continual   air transport of cuttings and cores: General concept, Polar Science, 2017, 12   (14): 21-29.(SCI)

18.Baolin Liu, Rusheng Wang*, Pavel Talalay,   Qingyan Wang, An Liu, Circulation system of an Antarctic electromechanical   bedrock drill, Polar Science, 2016, 12 (10):463-469.(SCI)

19.Pavel Talalay, Cheng Yang, Rusheng Wang, et   al. Ice-core drilling problems and solutions, Cold Regions Science and   Technology, 2015, 12 (120): 1-20. (SCI,EI)

20.Pinlu Cao, Cheng Yang, Zhichuan Zheng, Rusheng   Wang, Nan Zhang, Chunpeng Liu, Zhengyi Hu, Pavel Talalay. Low-load diamond   drill bits for subglacial bedrock sampling, Annals of Glaciology 55(68) 2014   doi: 10.3189/2014AoG68A001.(SCI)

21.Pavel TALALAY, Xiaopeng FAN, Zhichuan ZHENG,   Jun XUE, Pinlu CAO, Nan ZHANG, Rusheng WANG, Dahui YU, Chengfeng YU, Yunlong   ZHANG, Qi ZHANG, Kai SU, Dongdong YANG, Jiewei ZHAN. Anti-torque systems of   electromechanical cable-suspended drills and test results, Annals of   Glaciology 55(68) 2014 doi: 10.3189/2014AoG68A025.(SCI)

22.Rusheng Wang, Pinlu Cao, et al. Finite element   analysis of drilling mechanism on ordinary cone drill bit during impact   compaction drilling, American Society of Civil Engineers, ICPTT 2011:   Sustainable Solutions for Water, Sewer, Gas, and Oil Pipelines - Proceedings   of the International Conference on Pipelines and Trenchless Technology 2011:   2244-2253.(EI)

23.Li Guangxing, Rusheng Wang*, et al. Parameter   analysis of composite pile foundation in bridge foundation, Global Geology,   2012, 1(15): 42-47.

24.R. S. Wang, K. Yin, et al. Experimental   Research on Reverse Circulation Constant Sampling Air Jetbit Drilling，Proceedings of the International Conference on   Geological Engineering 2007 (ICGE-2007), ASME 2009:273-280.(EI)

25.Wang Rusheng, Yin Kun.Experimental Research on   Reverse Circulation Constant Sampling Powerful Air Jetbit, Proceeding of the   4th International Conference on Geological Resources Exploration Problems in   Russia Far East and Asia- Pacific Area (Part of Jilin University, China),   2006, 9: 25-30.

26.Haoliang Bai, Baochang Liu, Rusheng Wang, Li   Peng, Jixiong Cai. Finite Element Analysis and Experimental Study of the   Structural Strength of Aluminum Alloy Double-Wall Drill Rods for Polar   Drilling. Drilling Engineering, Vol.51, No.1, Jan.2024:75-82.

27.Yongtian Zhang, Chen Chen, Guigang Tu, Rusheng   Wang, Yingrui Ma, Xiang Liu. Research on the Hole Inclination Law and Control   Device Design in the Antarctic Ice-Rock Interface Drilling Process. Drilling   Engineering, Vol.50 Sup. Sep. 2023:98-105.

28.Nan Zhang, Liang Wang, Pavel Talalay, Xiaopeng   Fan, Rusheng Wang, Yang Yang, Jialin Hong, Da Gong, Youhong Sun, Yuansheng   Li, Bing Li. Research Progress on Key Technologies of Polar Ice Drilling.   Exploration Engineering (Geotechnical Drilling Engineering), Vol.47, No.2,   Feb. 2020:1-16.

29.Rusheng Wang, An Liu, et al. Design of Thermal   Water Core Drilling Tools for Polar Ice Shelves and Pressure Loss   Calculation. Proceedings of the 20th Academic Exchange Conference on   Exploration Engineering Technology (Geological Publishing House), 2019,9:309-317.

30.Baoyi Chen, Dayou Fan, Rusheng Wang*, et al.   Structural Design of Air Reverse Circulation Continuous Core Drilling Tools   for Ice Layers and Numerical Simulation of Ice Core Jamming. Exploration   Engineering (Geotechnical Drilling Engineering), 2018,9(45):46-50.

31.Rusheng Wang, An Liu, et al. Experimental   Study and Application of the Hot Water Draining System for Antarctic Ice   Shelf Drilling. Proceedings of the 19th National Academic Exchange Conference   on Exploration Engineering (Geotechnical Drilling Engineering), Exploration   Engineering (Geotechnical Drilling Engineering), 2017,8(44):226-230.

32.Youhong Sun, Bing Li, Xiaopeng Fan, Rusheng   Wang, Pavel Talalay. Research Progress on Drilling and Sampling Techniques   for Subglacial Lakes in Antarctica. Exploration Engineering (Geotechnical   Drilling Engineering), 2017, Vol. 44, Supplement.

33.Chen Chen, Youhong Sun, Baoyi Chen, Peihua Xu,   Rusheng Wang, Linlin Zou. Collaborative Innovation of High-Quality Teaching   Resources to Construct a Practical Teaching Training System for Geological   Engineering. China University Teaching, 2016, No.9.

34.Rusheng Wang, Dalalai, et al. Research   Progress and Challenges of International Hot Water Drilling in Ice Sheets.   Proceedings of the 18th Academic Exchange Conference on Exploration   Engineering Technology (Geological Publishing House), 2015,8:767-772.

35.Bowen Liu, Dalalai, Rusheng Wang*, et al.   Analysis and Calculation of the Melting Drilling Principle for Hot Water   Drilling in Polar Regions. Proceedings of the 18th Academic Exchange   Conference on Exploration Engineering Technology (Geological Publishing   House), 2015,8:785-789.

36.Gui Yu, Rusheng Wang*, et al. Exploration of   Construction Technology for Deep Foundation Pit Water Stopping Curtains.   Western Science and Technology of China, 2015,4(14):27-29.

37.Nini Wang, Rusheng Wang*. Study on Segregation   and Prevention Measures in Asphalt Pavement Construction. Military-Civilian   Dual-Use Technology and Products, 2015,7(340):161.

38.Yongguang Zhang, Kun Yin, Rusheng Wang*, et   al. Mechanism of Compressed Gas Jet Cutting and Soil Breaking. Journal of   Jilin University (Earth Science Edition), 2011,2(41):518-522.

39.Rusheng Wang, Jianming Peng, Kun Yin, et al.   Preliminary Study on the Application of Ground Tracking Navigation System in   KCM-130Ⅱ Controlled   Impact Spear. Exploration Engineering; Exploration Engineering (Geotechnical   Drilling Engineering), 2009,10(36):338-341.

40.Qilei Yin, Rusheng Wang*, et al. Feasibility   Study on the Application of Continuous Core Drilling Technology with Air   Hammers in Oil and Gas Exploration Engineering. World Geology,   2008,6(27):210-213.

41.Yongguang Zhang, Kun Yin, Rusheng Wang*.   Design and Experimental Study of Air-Injected Bit for Reverse Circulation   Continuous Sampling. Western Exploration Engineering, 2007,10(19):77-79.

42.Rusheng Wang, Kun Yin, Maosen Wang, et al.   Experimental Study on Anti-jamming of Through-type Down-the-hole Hammer Drill   in Complex Strata. Coal Mine Machinery, 2005,7(19):40-43.

43.Fanjiao Tan, Hongyong Chen, Kun Yin, Rusheng   Wang*. Finite Element Study on Soil Deformation Under Impact Load. Rock and   Soil Mechanics, Vol.25 No.12, Dec.2004.

44.Rusheng Wang, Kun Yin, Fanjiao Tan, et al.   Preliminary Exploration of Foam Down-the-hole Hammer in Hydrological Well   Drilling Process. Journal of Jilin University (Earth Science Edition),   2004,4(34):639-642.

45.Rusheng Wang, Kun Yin, et al. Research on Foam   Down-the-hole Hammer in Hydrological Well Drilling Process. Proceedings of   the International Conference on New Technologies in Hydrological Well   Drilling and Completion, Geological Publishing House, 2004,12:59-65.

46.Fanjiao Tan, Hongjun Qi, Kun Yin, Rusheng   Wang. Experimental Study on Flow Distribution of Jet Impact Drill in   Geothermal Wells. Coal Mine Machinery, Dec. 2003.

47.Fanjiao Tan, Rusheng Wang*, et al. Practice   and Analysis of Jet Liquid Hammer with Rotary Impact Diamond Drill. Journal   of Jilin University (Earth Science Edition), 2003,4(33):564-567.

48.Kun Yin, Maosen Wang, Jianming Peng, Rusheng   Wang (Eds.). Impact Rotary Drilling (Textbook). Geological Publishing House,   Oct. 2010.

Projects：

1. From 2021/12 to 2026/12, as the project PI, I   am responsible for the National Key Research and Development Program project   "Transformative Technology Theory and Methods," specifically the   project "Mechanisms and Methods for Multi-Process Core Drilling at   Ice-Rock Interfaces and Underlying Bedrock." Project Number:   2021YFA0719103, total funding: 3.5 million Yuan.

2. From 2016/01 to 2020/12, serving as the   project coordinator and sub-project PI, I participated in the National Key   Research and Development Program's major research project on the   "Development of a Pollution-Free Drilling, Sampling, and Observation   System for Subglacial Lakes in Antarctica." Project Number:   2016YFC1400302, total funding: 20.2 million Yuan.

3. From 2013/01 to 2020/12, as a key researcher   and sub-project PI, I participated in the National Natural Science   Foundation's major scientific instrument and equipment development project — "Non-Rotary Core Drilling Equipment for   Deep Bedrock beneath Polar Ice." Project Number: 41327804, total   funding: 9.6 million Yuan.

4. From 2014/01 to 2018/12, as the project PI, I   undertook the National Natural Science Foundation's general project — "Research on the Influence of Hot Water   Drilling Thermal Flow Field on Drilling Speed and Borehole Spatial   Structure." Project Number: 41476160, total funding: 790000 Yuan.

5. From 2015/09 to 2017/12, as the project PI, I   was responsible for a project commissioned by the Chinese Arctic and   Antarctic Administration — "Research and Development of Measurement Systems for Borehole   Diameter, Inclination, Temperature, and Pressure in Antarctic Deep Ice Core   Drilling." Project Number: 3R1160094424, total funding: 840000 Yuan.

6. From 2015/01 to 2017/06, as the project   coordinator and sub-project PI, I participated in the National 863 Program -   "Key Technologies and System Development for Hot Water Drilling Machines   on Ice Shelves." Project Number: 2011AA090401, total funding: 27.19   million Yuan.

7. From 2013/01 to 2015/12, as a key researcher,   I contributed to a public welfare scientific research project by the Ministry   of Natural Resources — "Technology for Protecting Borehole Walls in Deep Ice Layer   Drilling." Project Number: 201311041, total funding: 2.44 million Yuan.

Patents：

1. Wang Rusheng, et al. A hot water drilling   system for upward holes at the bottom of ice shelves, February 27, 2024,   Patent No. ZL201910722747.0;

2. Wang Rusheng, et al. A no-rod upward hot melt   rotary drilling system for the bottom of ice shelves, February 20, 2024,   Patent No. ZL201910722736.2;

3. Wang Rusheng, et al. Simulation device and   method for the mechanical core drilling process in ice layers, November 1,   2022, Patent No. ZL 202210112743.2;

4. Wang Rusheng, et al. An electrothermal melting   core drilling system for embracing ice cores at the bottom of ice shelves,   April 3, 2020, Patent No. ZL201910723231.8;

5. Wang Rusheng, et al. A hot water drilling   system for upward holes at the bottom of ice shelves, April 3, 2020, Patent   No. ZL201921263996.X;

6. Wang Rusheng, et al. A no-rod upward hot melt   rotary drilling system for the bottom of ice shelves, March 31, 2020, Patent   No. ZL201921263939.1;

7. Wang Rusheng, et al. An experimental system   and method for simulating the subglacial environment in Antarctica, Patent   No. ZL201610428915.1;

8. Wang Rusheng, et al. A hot water core drilling   bit for polar ice and snow drilling, Patent No. ZL201710090943.1;

9. Wang Rusheng, et al. Air turbine reverse   circulation continuous coring drill bit for ice layers, Patent No.   ZL201310645162.6;

10. Wang Rusheng, et al. A hot water core   drilling tool used in glaciers, Patent No. ZL201610590705.2;

11. Wang Rusheng, et al. A hot melt drill bit for   drilling in snow layers, Patent No. ZL201410673578.3;

12. Wang Rusheng, et al. Multifunctional testing   platform for electric mechanical drilling tools for polar ice, Patent No.   ZL201310259145.9;

13. Wang Rusheng, et al. A multifunctional rotary   mobile platform for polar drilling experiments, Patent No. ZL201711013154.4;

14. Wang Rusheng, et al. A novel bionic polar hot   water drilling nozzle, Patent No. ZL201621142123.X;

15. Wang Rusheng, et al. An experimental system   simulating the subglacial environment in Antarctica, Patent No.   ZL201620587871.2;

16.Wang Rusheng, et al. A novel bionic polar hot   water drilling nozzle, Patent No. ZL201621142123.X;

17. Wang Rusheng, et al. A hot water core   drilling tool used in glaciers, Patent No. ZL201620788005.X;

18. Wang Rusheng, et al. A hot melt drill bit for   drilling in snow layers, Patent No. ZL201420706214.6;

19. Wang Rusheng, et al. A rapid air drilling   reverse circulation continuous coring drill bit for ice layers, Patent No.   ZL201320406894.5;

20. Wang Rusheng, et al. Multifunctional testing   platform for electric mechanical drilling tools for polar ice, Patent No.   ZL20132371652.7.

Honors and Awards：

1.《Impact Rotary Drilling》,Third Prize for Excellent Teaching Material in   Higher Education Institutions of Jilin Province (Ranked Third), 2011.

2.《Impact Rotary Drilling》,Second Prize for Excellent Teaching Material in   the Fourth Undergraduate Teaching Material Competition at Jilin University   (Ranked Third), 2011.

3. Paper《Research on Air Reverse Circulation Continuous   Coring Drilling Technology in Antarctic Ice Layers》,First Prize for Excellent Paper at the 18th   National Mineral Exploration Engineering Academic Exchange Annual Conference   (Ranked First), 2015.

4.Paper《Design of Hot Water Core Drilling Tools for Polar   Ice Shelves and Pressure Loss Calculation》,First Prize for Excellent Paper at the 20th   National Mineral Exploration Engineering Academic Exchange Annual Conference   (Ranked First), 2019.

Courses:

Undergraduate Courses:

1. Impact Rotary Drilling

2. Specialized Drilling Technology

3. Directional Drilling Technology

4. Directional Drilling and Trenchless   Construction Technology

5. Introduction to Mineral Exploration   Engineering

6. Technical English

Postgraduate Courses:

Polar and Ocean Drilling

International Academic   Conferences and Presentations:

1. Chile. 11th SCAR Open Science Conference,   2024.8.19-23. Thematic Report of the Conference : Multi-process Drilling in   Complex Subglacial Geological Environments in Antarctica.

2. Changchun,China. International Seminar on “Antarctic Subglacial Environments”, 2024.9.19-20. Academic Report of the   Conference: Research progress on multi-process drilling through deep ice and   into subglacial bedrock in Antarctica.

3. Lanzhou,China. International Workshop on Ice   Core Research in a Warming World: Bridging Polar Regions and High Mountains,   2023.9.26-27. Academic Report of the Conference: A new smart system of rapid   ice drilling and continuous coring with air reverse circulation in glaciers.

4. Changchun,China. 8th International Symposium   on Polar Earth Sciences and Exploration, 2023.9.21-23. Academic Report of the   Conference: Multi-process Drilling in Complex Subglacial Geological   Environments in Antarctica.

5. Japan. The 15th International Conference on   the Physics and Chemistry of Ice, 2023.9.2-8. Academic Report of the   Conference: Mechanism Research on Ice Core Adaptively Breaking For A New   Ice-drilling Method of Continuously Coring with Air Reverse Circulation   (CCARC).

6. Switzerland. International Partnerships in Ice   Core Sciences 3rd Open Science Conference (The 3rd International Alliance for   Ice Core Science Open Science Conference), 2022.10.2-8. Academic Report of   the Conference: Research on the Key Parameters of Structure and Morphology of   Drill Bit for Ice Core Drilling in Polar Ice Sheet; Thematic Academic Report:   Continuously Coring with Air Reverse Circulation by a Rapid-air-movement Ice   Drill System: Key Parameters and Mechanism Research on Ice Core Autonomously   Breaking.

7. Denmark. 8th International Ice Drill   Symposium, 2019.9.30-10.2. Academic Report of the Conference: A New Smart   System of Rapid Continuous Coring Drilling with Air Reverse Circulation in   Antarctica.

8. Denmark. 8th International Ice Drill   Symposium, 2019.9.30-10.2. Academic Report of the Conference: Optimization of   Drill Head Structure and Drilling Parameters of Hot-Water Ice-Coring Drill.

9. Korea. 13th International Symposium on   Antarctica Earth Sciences-ISAES2019, 2019.7.22-26, Academic Report of the   Conference: A New Smart System of Rapid Continuous Coring Drilling with Air   Reverse Circulation in Antarctica.

10. Switzerland. Polar 2018 (Where the Poles come   together: A SCAR and IASC Event), 2018.6.19-23. Academic Report of the   Conference: Ice Drill Testing Facility.

11. America. 2017 AGU Fall Meeting,   2017.12.11-15.

12. Australia. The International Partnerships in   Ice Core Sciences Second Open Science Conference, 2016.3.6-3.11. Academic   Report of the Conference: Multi-functional Cold Workshop for Ice Drilling   Tests.

13. Australia. The International Partnerships in   Ice Core Sciences Second Open Science Conference, 2016.3.6-3.11. Academic   Report of the Conference: Rapid Intermediate Ice Drilling Technology with Air   Reverse-Circulation.

14. India. 12th International Symposium on   Antarctica Earth Sciences ISAES2015, 2015.7.13-17. Academic Report of the   Conference: Rapid Intermediate Sub-Ice Geological Drilling Technology with   Air Reverse-Circulation Continual Sampling in Antarctica.

15. China. 6th International Symposium on “POLAR EARTH SCIENCES AND EXPLORATION”，2015.5.19-20. Academic Report of the Conference:   The Progress of Designing and Construction of Low- Temperature   Multi-functional Workshop for Ice Drilling Test.

16. China. 5th International symposium on polar earth sciences and   exploration, 2014.5.20-21. Academic Report of the Conference: Rapid Ice   Drilling Concept With Air Continual Transporting Of Cuttings And Cores.

17. Austria. General Assembly 2014 of the   European Geosciences Union,2014.4.27-5.2. Academic Report of the Conference:   Cable-suspended Ice and Bedrock Electromechanical Drill: Design and Tests.

18. America. 7th International Workshop on Ice   Drilling Technology, 2013.9.9-13. Academic Report of the Conference: Rapid   ice drilling concept with air continual transporting of cuttings and cores.