CURRICULUM VITAHENGHU SUN

Professor and Director of Pacific Resources Research CenterSchool of Engineering and Computer Science

University of the Pacific

PERSONAL INFORMATION

Date of Birth September 10, 1955

Office Address Pacific Resources Research Center School of Engineering and Computer Science University of the Pacific 3601 Pacific Avenue, Stockton, CA 95211 Tel: (209) 946-2767, (209) 946-7474 Mobile: (248) 252-0691 Fax: (209) 946-2755 E-Mail: hsun@pacific.edu

FORMAL EDUCATION

Ph.D., China University of Mining and Technology, Beijing, 1988 M.S., China University of Mining and Technology, Beijing, 1985 B.S., Beijing University of Science and Technology, 1982

PROFESSIONAL EMPLOYMENT

University of the Pacific, Stockton, California, USA, 2008-Present Professor, School of Engineering and Computer Science Director, Pacific Resources Research Center

Tsinghua University, Beijing, China, 2002-2008 Professor, Material Science and Engineering Department Director, Land Resources Research Center Member and Secretary, Academic Committee of the State Key Lab of New Ceramics and Fine Processing

INCO Mine Research, INCO, Sudbury, Ontario, Canada, 1999-2001 Senior Technical Advisor

Sungeric International Inc., Canada, 1996-1998 Chief Scientist

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Tsinghua University, Beijing, China, 1993-1997 Adjunct Professor, Department of Mechanics

China University of Mining and Technology, Beijing, China, 1992-2002 Professor, School of Resource and Safety Director, Institute of High-water Content Materials

China University of Mining and Technology, Beijing, China, 1990-1992 Associate Professor, School of Resource and Safety

China University of Mining and Technology, Beijing, China, 1988-1990 Assistant Professor, School of Resource and Safety

SELECTED HONORS , AWARDS (PRIZES) HONORS AND AWARDS WITH GRANT

Entitled “One Hundred Talents Recruitment Program” of Tsinghua University as Distinguished Professors Recruited Worldwide Towards Outstanding Young and Middle-Age Scientists (2002) Selected by: Tsinghua University, Beijing, China Awarded: RMB ￥2 million ($ 294,100) Period: 2002-2005

“Professor of Cheung Kong Scholars Program” for National Distinguished Young Professors - the First Selection (73 awardees totally selected in 1999) Selected by: Ministry of Education of China Awarded: RMB ￥100,000/a ($ 14,700/a) for five years Period: 1999-2004

“National Outstanding Young Scholars” - the Second Selection (100 awardees totally selected in 1995) Selected by: National Natural Science Foundation of China Awarded: RMB ￥800,000 ($ 117,600) Period: 1995-1998

“National New Century Outstanding Young Scholars” - the Second Selection (77 Awardees totally selected in 1995) Selected by: Ministry of Education of China Awarded: RMB ￥300,000 ($ 44,100) Period: 1995-1998

HONORS AND AWARDS

“National Top Ten Outstanding Young Scientist Award”(10 Awardees totally selected in 1998) Organized biennially by: Four Government Ministries (The Ministry of Science and Technology of China, Ministry of Human Resource and Social Security of China, and other two Ministries)

“National Young and Middle-Aged Expert with Outstanding Contributions award” (Lifetime honor starting from 1994)

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Organized annually by: Ministry of Human Resource and Social Security of China “National Science and Technology Award for Chinese Young Scientists” (100

Awardees totally selected in 1992) Organized annually by: China Association for Science and Technology

“Mao Yisheng Science and Technology Award for Beijing Young Scientists”, Organized annually by: Beijing Science and Technology Association, China (10 Awardees totally selected in 1992)

“Special Government Allowance of Chinese State Council”(Lifetime honor starting from 1992) Selected by: Chinese State Council

“Top Young Scientist Award for Coal Industry” Organized annually by: Coal Ministry of China (10 Awardees totally selected 1990)

SCIENCE AND TECHNOLOGY PRIZES

Second Prize of Beijing Patent Invention Award Award Title: Sialite Binary Wet Cement, Its Preparation Method and Usage Method Awarded by: Beijing Intellectual Property Bureau, China (2008)

Second Prize of Science and Technology Progress Award Award Title: Paste-like Backfilling Model and Its Application Awarded by: National Coal Association of China (2008)

First Prize of Beijing Science and Technology Progress Award Award Title: High-water Content Material with Backfilling Technology for Metal Mine Awarded by: Beijing Municipal Commission of Science and Technology, China (1999)

Third Prize of National Science and Technology Progress Award Award Title: High-water Quick Setting Material and New Processing for Mine’s Backfilling Awarded by: The Ministry of Science and Technology of China (1997)

The Eighth–Five National Science and Technology Key Project Achievement Award Award Title: Machine Mining with Gob-side Entry Retaining and Supporting Awarded by: The Ministry of Science and Technology of China (1995)

First prize of Beijing Science and Technology Progress Award Award Title: High-water Quick Setting Material Awarded by: Beijing Municipal Commission of Science and Technology, China (1995)

Second prize of Science and Technology Progress Award Award Title: Technology of Roadway Retaining by Pumping High-water Content Quick Setting Material to Build the Roadside Supporting Wall along Gob Edges Awarded by: The Coal Ministry of China (1993)

Second prize of Science and Technology Progress Award Award Title: Theory of Strata Controlling of Gob-side Entry Retaining with Longwall Mining and Technology of Roadside Supporting by Backfilling with High-water Content Material

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Awarded by: Ministry of Education of China (1993) First prize of Science and Technology Progress Award

Award Title: The New Technique of Using Full-range Tailings and High-water Content Quick Setting Material as Backfilling Material in Metal Mines Awarded by: National Gold Bureau of China (1992)

SELECTED RESEARCH INTERESTS

Sialite Science and Technology - Simulation of Natural Rock Formation Solid Waste Usage and the Ecosystem Cyclic Economy and Sustainable Development Mining Backfilling Clean Energy

SELECTED GRANTS (in recent five years)

(Obtained 1 grant in US; totally completed over 100 projects including 20 government grants since 1990)

U.S. FEDERAL GOVERNMENT GRANT

DOE Industrial Energy Efficiency Grand Challenge

Title: Research and Development of a New Silica-Alumina Based Cementitious Material Largely Using Coal Refuse for Mine Backfill, Mine Sealing and Waste Disposal Stabilization. Funded by: U.S. Department of EnergyFunding Amount: $374,063 in total, $299,063 from government; $75,000 from cost sharingProject Period: Aug. 16, 2010-Aug. 15, 2011Grant Number：DE-EE0003496

NATIONAL GOVERNMENT GRANTS OF CHINA AS PI (PRINCIPAL INVESTIGATOR)

National High Technology Research and Development Program of China (863 Program) Title: Microcrystalline Dualization Cementitious Material - Sialite and Its Clean Preparation Technology Funded by: Ministry of Science and Technology of China Amount Granted: RMB ￥500,000 ($ 73,500) Period: 07/2003-08/2005 , Grant Number: 2003AA332020

National Nature Science Foundation of China Title: Mechanism of Sialite Rock Formation - Silica-alumina Based Cementitious

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Material Funded by: National Nature Science Foundation of China Amount Granted: RMB ￥240,000 ($ 35,300) Period: 01/2005-12/2007 Grant Number: 50474002

211 Project of Ministry of Education of China Title: Paste-like Mining Backfilling Simulation System and Its Application Funded by: Ministry of Education of China Amount Granted: RMB ￥5.5 million ($ 808,800) Period: 1999-2004

Chinese National Key Technologies R&D Program Title: Research on Sialite Technology by Using Tailings Funded by: The Ministry of Science and Technology of China Amount Grant: RMB ￥4 million ($ 588,200) Period: 01/2007-12/2009 Grant Number: 2006BAC21B03

National Nature Science Foundation of China Title: Mechanism of Alkali Leaching Control to Develop Sialite by Using Red Mud Funded by: National Nature Science Foundation of China Amount: RMB ￥300,000 ($ 44,100) Period: 01/2007-01/2010 Grant Number: 50674062

PROVINCIAL OR STATE GRANTS AS PI

Basic Research Program of China (973 Pre-program) Title: Basic Research for the Mechanism of Rock Formation of Sialite - Silica-alumina Based Cementitious Material Funded by: Ministry of Education of China Amount Granted: RMB ￥150.000 ($ 22,100) Period: 03/2004-05/2005 Grant number: 104231

Beijing Key Project of Science and Technology Title: Comprehensive Utilization of Coal Gangue Funded by: Beijing Municipal Commission of Science and Technology Amount Granted: RMB ￥2 million ($ 294,100) Period: 05/2007-12/2008 Grant Number: D07040300690000

ENTERPRISE GRANTS AND MANAGEMENT

Research for Secil raw materials first round development and testing

Principal Investigator Funded by: Secil through collaboration with SAM

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Amount: $ 100,000Period: May 2009-2010

Feasibility study for Inteplast Group, LtdPrincipal Investigator Funded by: Inteplast Group, Ltd through collaboration with SAMAmount: $ 1,050,000 Period: May 2010-May 2013

Preparation of Sialite agent for Secil, Secil on-site test and confirmation test for Argos Principal Investigator Funded by: SAMAmount: $ 32,000Period: May 2009-2010

Research for Argos raw materials second round development and testing

Principal Investigator Funded by: Cementos Argos through collaboration with SAMAmount: $ 50,000Period: 2009-2010

Research for Secil raw materials second round development and test

Principal Investigator Funded by: Secil through collaboration with SAMAmount: $ 32,000Period: May 2009-2010

Pacific Resources Research Center Establishment Co-Principal Investigator Funded by: Sino Silicon Investment Inc. USA Amount: $ 2 million Period: 2008-2010

Sialite Laboratory Development Principal Investigator Funded by: Sino Silicon (Beijing) Science and Technology Co.,Ltd. Amount: RMB ￥5 million ($ 735,300) Period: 2005-2008

Sialite Science Park Establishment, Manufactory and Applications Total Investment Obtained over RMB ￥500 million ($ 73,529,400) for Establishment of Sialite Science Park and Manufactory, and Applications of Sialite Technology Period: 2003-2007

SELECTED MAJOR ACADEMIC ACHIEVEMENTS

Invented Sialite(Silica-alumina based cementious material), established the Sialite scientific theory-“Simulation of natural rock formation” with “Silicon-bone link

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rule” as the core theory, created the “clean binary production technology” for sustainable development through the positive integration of resources, energy, and materials, and created a new research model by establishing a Science Park integrating scientific research, technology innovation and technology transfer as working platform

Invented new high-water content materials, fast setting concrete materials, soil-binding materials, new backfill materials and various other high performance cement and concrete materials

Invented a new Paste-like backfill technology for mines, and devised a system pertaining to the preparation, transportation and hydrodynamics of the backfill materials, and proposed a new demolition theory in terms of the pipeline delivery system, and conducted a mathematic formula of determining the parameters to design the backfill pipeline delivery system with two-phase flow hydrodynamic backfill method

Discovered the movement rules of roadside entry surrounding rock with long-wall coal mining and found the “Effect of Strength Concentration on Rigid Bodies” which demonstrates that harder objects uphold more weight or pressure in underground mining supporting systems, and established a new theory of explaining the movement mechanics of the layered rock surround the roadside entry with long-wall coal mining

Constructed the world’s first large physical simulation system which demonstrates whole functions and procedures in lab, and helps customers to make quick decisions without taking big financing and technical risks.

PATENTS

CN1887763, Sialite cementitious materials using pre-treating the Yellow River silt or mud, and their preparation methods, 2007

WO/2004/058662, CN1415567, Sialite-binary wet cement, its preparation method and usage method, 2003

CN1424275, Paste-like cementitious material and slurry for filling, and their preparation and filling process, 2003

US 6428107, CA 2363748, Heat added to underground cementing filling to obtain both early and long term strength increases, 2002

CN1273222, All tailings solidification backfilling materials, and their production and application, 2000

US 5961712, CN1223626, Systematic methods for making shotcrete and its compositions, 1999

EP0988260, CN1252781, WO/1998/049115, AU7022398, High pulp density, fast setting and high early strength backfilling method and material, 1998

CN1067707, New cementing filling technology by using high-water content materials for metal mines, 1993

CN1057825, High-water content cementitious material and its application, 1992

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WRITINGS (BOOKS)

Henghu Sun, Introduction to Sialite Science and Technology (In Writing), (In Chinese)

Henghu Sun, Sialite Science and Technology-Simulation of Natural Rock Formation (In Writing) (In English)

Henghu Sun, Yucheng Huang, Baogui Yang, Contemporary Mining Filling Technology, Metallurgical Industry Press, 2002 (In Chinese)

Henghu Sun, Wenyong Liu, Mining Filling by Using High-water Content Material, Machinery Industry Press, 1998 (In Chinese)

Henghu Sun, Cunyi Song, High-water Content and Quick-setting Material and Its Application, China University of Mining and Technology Press, 1994 (In Chinese)

Henghu Sun, Bingli Zhao, Theory and Practice of Gob-side Entry Retaining in Mining, Coal Industry Press, 1993 (In Chinese)

DISSERTATION/THESIS ADVISOR, COMMITTEE CHAIR AND MEMBER PH.D. (Advised 14 Ph.D. Students Since1995)

Yucheng Huang, 1995-1998 Current employment: Professor, School of Resources and Safety, China University of Mining and Technology Dissertation Title: Artificial Roof Stability of High-water Solidifying Backfill in Downward Drift Mining

Baogui Yang, 1996-1999 Current employment: Professor, School of Resources and Safety, China University of Mining and Technology Dissertation Title: The Mechanics Properties of High-water Material Solidifying Backfill Body and Its Applications

Juanrong Zheng, 1997-2000 Current employment: Professor, School of Civil Engineering, Zhengzhou University Dissertation Title: Mechanism and Applied Characteristics of Forming Cementitious Material at Low Temperature (about900 )℃

Hongjie Duan, 1998-2001 Current employment: General Engineer, Information Center, Shengli Oil Field Bureau of China Dissertation Title: Slurry of the Solidifying Backfill and Its Pipe Transportation Properties

Gang Cui, 1999-2002 Current employment: Associate Professor, Beijing University of Technology Dissertation Title: Control Strategy of Paste-like Backfill Pulp Quality

Mingyi Cui, 2000-2003 Current employment: Associate Professor, Henan University of Finance and Economics

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Dissertation Title: Quality Optimization of Paste-like Backfill Material with the Principle of Genetic Algorithms

Hua Hu, 2000-2003 Current employment: Associate Professor, Chair of Department of Civil and Architecture, Xiamen University Dissertation Title: Rheological Characteristic and Multi-factors Influencing Disciplinarian of Paste-like Backfill Pulp

Jianqiang Cui, 2001-2004 Current employment: Director, China National Coal Group Corp. Dissertation Title: Heat Transfer Characteristics of Buried Tank Geothermal Heat Exchanger

Huajian Li, 2003-2007 Current employment: Researcher, China Academy of Railway Sciences Dissertation Title: Cementing Mechanism of Coal Gangue-Containing Aluminosilicate Based Materials

Yu Li, 2003-2007 Current employment: Assistant Professor, Beijing University of Science and Technology; Assistant Dean, Institute of Circulation Economy, Dalian University Dissertation Title: Relationship Between Phase-Separation and Cementitious Activity of Blast Furnace Slag 

Wenbiao Sun, 2003-2007 Current employment: Assistant Professor, Department of Safety Engineering, Henan Institute of Engineering Dissertation Title: Performance of Sialite Concrete to Resist Chloride Ions Penetration

Xiangpeng Feng, 2004-2008 Current employment: Researcher, Shougang Group Corp. Dissertation Title: Solidification Mechanism for Na+ During the Hydration Process of Red Mud-Cementitious Materials

Jianhua Wan, 2006-2008 Dissertation Title: Multiplex-thermal-eroding Activation Mechanism of Coal Gangue

Zhonglai Yi, 2005-2009Current employment: Researcher, China Academy of Railway Sciences Dissertation Title: Research on the Formation Mechanism and Application of Cementitious Activity of Iron Ore Tailings

M. S. (ADVISED 22 M.S. STUDENTS SINCE 1989)

Guoqi Bi, 1989-1992 Thesis Title: Relationships Between Pumping Backfilling Gob-side Entry Retaining and Strata Controlling

Yanbo Song, 1990-1993 Thesis Title: Application of Gob-side Entry Retaining New Theory in Roadside Backfill with High Water Content Material

Yunfeng Bai, 1993-1996

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Thesis Title: Stability Study of Mining Area on Downword Drift Fill Mining with High-water Consolidated Tailing in JiaoJia Gold Mine

Bensheng Yang, 1993-1996 Thesis Title: Properties of stowing Slurry and Filling System in Linshan Gold Mine with High-water Hardening Debris

Xiaoyang Liu, 1996-1999 Thesis Title: Chemical Stability of High-water Rapid Solidifying Material

Yinan Liu, 1998-2001 Thesis Title: Stability Performance of the Binder Solidifying Sands and Silts

Haibin Mei, 1998-2001 Thesis Title: Numerical Simulation Analyzing of Bolting and Shotcreate Lining Footwall Haulage Roadway Stability in Kailuan Mine

Daozheng Liao, 1999-2002 Thesis Title: Mechanism of the Ground-source Heat Pump for Energy Conservation

Shaobing Shi, 2000-2003 Thesis Title: LCLZ direct Expanded Ground-source Heat Pump's Steady State

Qinglin Pan, 2001-2004 Thesis Title: Hydration Mechanism of Furnace Slag Kept Wetly and Ways to Adjust Hydration Activity of the Slag

Dianchun Li, 2002-2005 Thesis Title: Physics Simulation System of the Paste-like backfill

Shaojun, Wu, 2002-2005 Thesis Title: Grinding of Typical High Temperature Solid Emission and Its Activity

Jianzhuang Liu, 2003-2006 Thesis Title: Parameters-optimization of Paste-like backfill Slurry in Taiping Coal Mine

Yingying Shen, 2003-2006 Thesis Title: Solidification Mechanism of Sialite Fly Ash and Fluvial Sand Slurry

Longsheng Zhao, 2003-2006 Thesis Title: Pipe Transportation Properties of Paste-like Backfill in Taiping Coal Mine

Xuejun Xiao, 2003-2006 Thesis Title: Stabilized Soil Performance of the Gangus Sialite Soil Stabilizer

Zeqing Rao, 2004-2007 Thesis Title: Influence of Limestone Powder on Performance of Gangue Sialite

Xuchu Tie, 2004-2007 Thesis Title: Properties Research of Chromium Residue Based on sialate

Yonghong Zhao, 2004-2007 Thesis Title: Utilization of Circulating Fluidized Bed Fly Ash as Sialite Material

Yan Wang, 2005-2008 Thesis Title: Producing Non-baked Sialite Bricks with High Content of Sea Water Wet-discharged Fly Ash

Xue Bai, 2005-2008 Thesis Title: Influence of Main Composition Polymerization of Red Mud Based Cementitious Materials and Its Hydration Performance

Xuelian Niu, 2005-2008

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Thesis Title: Optimization of Cementitious Activity of Bayer Red Mud Yingying, Wang, 2006-2009

Thesis Title: Preparation of Gangue Sialite and Paste-like Filling in the Properties of Research

POST DOC (ADVISED 3 POSTDOC)

Cunyi Song, 1991-1993 Current employment: Professor, Vice Dean of School of Civil and Environmental Engineering, Beijing University of Science and Technology Postdoctoral Report: High water content material and its application

Hongxia Chen, 2004-2006 Current employment: Researcher, Beijing New Building Material (Group) Co.,Ltd. Postdoctoral Report: Formation Mechanism of Cementitious properties of aluminosilicate materials-coal gangue

Yu Li, 2007-2009 Current employment: Assistant Professor, Beijing University of Science and Technology; Assistant Dean, Institute of Circulation Economy, Dalian University Postdoctoral Report: Theory and Application of Sialite technology

GRADUATE STUDENTS ADVISED

Na Zhang, PhD, 2006 Chao Li, PhD, 2007 Yuan Yao, PhD, 2009 Long Luo, PhD, 2009 Xinxin Li, PhD, 2009

TEACHING COURSES

Tsinghua University, 2002-2008

Innovation Idea and Methodology, Instructor Seminar based course towards graduate students (two units)

Technology Transfer for Business Executive Class, Instructor Training course for high-level management personnel

China University of Mining and Technology, 1988-2002

Rock Mechanics in Mining, Instructor Required course for graduate and undergraduate students (four units)

Backfilling Material and Method, Instructor

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Required course for graduate and undergraduate students (three units) High-water Content Material, Instructor

Required course for graduate students (two units)

ACADEMIC MEMBERSHIPS

Vice President, Energy Saving and Comprehensive Utilization of Resources Association, Beijing, 2006-Present

Member and Secretary, the Academic Committee of the State Key Lab of New Ceramics and Fine Processing, Tsinghua University, 2003-Present

Member, Professional Committee of Solid Wastes of China Environmental Science Institute, 2002-Present

Accreditation Expert, Grant Applications in the Area of Material Science, Mining Engineering and Sustainability Invited by National Natural Science Foundation of China, 1995-Present

Member, Consultation Committee of Coal Ministry of China, 1990-2001 Accreditation Expert, the 8th China Youth Science and Technology Award

Invited by China Association of Science and Technology, 1998 Member, The 3rd Science and Technology Committee of Ministry of

Education, China, 1993-1995

SELECTED EDITOR AND REVIEWER

Editor, International Journal of Minerals, Metallurgy and Materials, 2003-Present

Editor, Frontiers of Materials Science in China, 2002-Present Editor, Journal of China Coal Society, 1993-2002 Reviewer, Clean Technologies and Environmental Policy, 2008-Present Reviewer, Chinese Core Journal Ranking, 2007-Present

Invited by Peking University Library Reviewer, Science in China, 2005-Present Reviewer, PhD program and Master Program Application for Chinese

Universities, 1995-Present Invited by Ministry of Education

SELECTED CONSULTING ACTIVITIES FOR CITY GOVERNMENT

Yulin City, Shanxi Province, China, 2005-Present Invited as Government Consultant and Expert for Science and Technology

Tonghua City, Jilin Province, China, 2004-Present Invited as Government Consultant and Expert for Science and Technology

Handan City, Hebei Province, China, 2003-Present Invited as Government Consultant and Expert for Decision Making

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SELECTED NEWS REPORT

Principal research achievements were reported by the following mainstream media in China

China Central Television-1 (CCTV-1) CCTV-1 News Reported Sialite Invention (2005)

China Central Television-2 (CCTV-2) (4 times) CCTV-2 Half-Hour Economy News serially reported Sialite technology including Sialite production, properties, applications and economic as well as environmental benefits (2005-2006).

People's Daily of China and People's Daily-Overseas Edition Title: China Invited Sialite technology – New Breakthrough in the Area of Cement and Concrete Science, Technology, Manufactory and Applications (2005)

Science and Technology Daily Title: China’s Theory of the Simulation of Natural Rock Formation of Sialite and Its Breakthrough in Production Process (2005)

Selected International Media and Websites Report

Websites in Europe, Middle East, Indonesia Individually reported Sialite Invention in China with the caption “Coagulation material to replace cement”, and further explained with “A new coagulated material made from solid waste recently invented by Chinese scientists is expected to replace cement in the construction industry.”(2005)

“ExpressIndia” – India Reported Sialite invention with the caption “China replaces cement with waste”, and explained that “Chinese scientists have claimed success in developing a new cost-effective coagulated material made from solid waste, which could replace cement in the construction industry” (2007)

PUBLICATIONS LIST OF PUBLICATIONS (132 papers published since 1986. Topics include Science and Technology of the Simulation of Natural Rock Formation of Sialite, Solid Waste Usage and the Ecosystem, Cyclic Economy and Sustainable Development, High water content material, Mining Backfill, Clean Energy) :

142. Zhang, N., L, X. M., Sun, H. H., Li, L. T.; Evaluation of blends bauxite-calcination-method red mud with other industrial wastes as a cementitious material: Properties and hydration characteristics. Journal of Hazardous Materials, 2011, 185(1): 329-335 

141. Zhang, N., L, X. M., Sun, H. H., Li, L. T.; Pozzolanic behaviour of compound-activated red mud-coal gangue mixture. Cement and Concrete Research, 2011, 41(3): 270-278 

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140. Li, C., Li, Y., Sun, H.H., Li, L.T.; The composition of fly ash glass phase and its dissolution properties applying to geopolymeric materials. Journal of the American Ceramic Society, 2011, DOI: 10.1111/j.1551-2916.2010.04337.x.

139. Li, C., Sun, H.H., Li, L.T.; A review: The comparison between alkali-activated slag (Si+Ca) and metakaolin (Si+Al) cements. Cement and Concrete Research, 2010, 40: 1341-1349.

138. Li, C., Wan, J.H., Sun, H.H., Li, L.T.;Investigation on the activation of coal gangue by a new compound method. Journal of Hazardous Materials, 2010, 179(1-3):515-520.

137. Zhang J. X., Sun, H. H., Wan, J. H., Zhang, N.; Investigation on the Evaluation Method of the Pozzolana Property of Calcined Coal Gangue. 2010, (9). (In Chinese).

136. Zhang J. X., Sun, H. H., Sun, Y. Y., Zhang, N.; Corrosion behavior of steel rebar in coal gangue based mortars, Journal of Zhejiang University Science A. 2010, 11(5):382-388

135. Zhang J. X., Sun, H. H., Sun, Y. Y., Zhang, N.; Correlation between 29Si polymerization and cementitious activity of coal gangue. Journal of Zhejiang University Science A, 2009, 10(9) :1334-1340.

134. Zhang J. X., Sun, H. H., Wan, J. H, Yi, Z. L.; Study on Microstructure and Mechanical Property of Inter- facial Transition Zone between Limestone Aggregate and Sialite Paste. Construction and Building Materials. 2009, 2(11):3393-3397.

133. Zhang J. X., Sun, H. H., Wan, J. H., Zhang, N.; Investigation on the Coal Gangue based Cementitious Material and its Degree of Polymerization, Journal of Central South University of Technology. (Accepted)（In Chinese）.

132. Sun, H. H.; Cui, Z. Z.; Jain, R.; Yao, Y., Sialite Composite Material Usage for Ocean Environment. International Conference on Fiber Reinforced Polymer (FRP) Composites for Infrastructure Applications - Focusing on Innovation, Technology Implementation and Sustainability. 2009. Springer (In press).

131. Sun, H. H.; Jain, R.; Nguyen, K.; Zuckerman, J., Sialite technology—sustainable alternative to portland cement, Clean Technologies and Environmental Policy. 2009.

130. Li, C.; Sun, H. H.; Bai, J.; Li, L. T., Innovative methodology for comprehensive utilization of iron ore tailings Part 1: The recovery of iron from iron ore tailings using magnetic separation. Journal of Hazardous Materials. 2009 (In press).

129. Li, C.; Sun, H. H.; Yi, Z. L.; Li, L. T., Innovative methodology for comprehensive utilization of iron ore tailings Part 2: The residues after iron recovery from iron ore tailings to prepare cementitious material. Journal of Hazardous Materials. 2009 (In press).

128. Liu, X. M.; Sun, H. H.; Feng, X. P., Zhang, N., Relationship between the microstructure of aluminosilicate and its reaction performance, International Journal of Minerals, Metallurgy and Materials, 2009 (In press)

127. Zhang, N.; Sun, H. H.; Liu, X. M.; Zhang, J. X., Early-age characteristics of red mud-coal gangue cementitious material. Journal of Hazardous Material, 2009, 167, 927-932.

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126. Yi, Z. L.; Sun, H. H.; Wan, J. H.; Li, C., A New Process for Highly Effective Utilization of Industrial Solid Wastes-Sialite Technology. Advanced Materials Research 2009 (In press)

125. Li, Y.; Sun, H. H.; Liu, X. M.; Cui, Z. D., Effect of phase separation structure on cementitious reactivity of blast furnace slag. Science in China Series E: Technological Sciences 2009, 52, (2), 1-5.

124. Yi, Z. L.; Sun, H. H.; Zhang, J. X.; Zhang, N., Theory and practice of sialite technology based on simulation of rock formation. ISEIS Environmental Informatics Archives 2008, 11.

123. Wan, J. H.; Sun, H. H.; Wang, Y.; Wang, Y. Y., Hydrates and paste structure of the cementing material with high proportion of sea-discharged ash. Metal Mine 2008, (10), 141-144. (In Chinese)

122. Li, H. J.; Sun, H. H.; Tie, X. C.; Xiao, X. J., A new method to evaluate the hydraulic activity of Al-Si materials. Science in China Series E: Technological Sciences 2008, 51 (2), 113-120.

121. Bai, X.; Sun, H. H.; Feng, X. P. Niu, X. L., Effect of mineral admixture on mechanical properties of red mud based cementitious material. Express Information of Mining Industry 2007, (12), 29-32. (In Chinese)

120. Wei, X. Q.; Sun, H. H.; Yi, Z. L.; Feng, X. P., Research on cementitious performance of thermal activated iron ore tailing. Journal of Functional Materials 2007, (38), 3476-3478. (In Chinese)

119. Feng, X. P.; Zhang, N.; Sun, H. H.; Bai, X.; Niu, X. L., Study on heat-activation property of iron tailing by red mud. Metal Mine 2007, (10), 132-136. (In Chinese)

118. Sun, H. H.; Feng, X. P.; Liu, X. M.; Bai, X.; Niu, X. L., The influence of mechanochemistry on the structure speciality and cementitious performance of red mud. Rare Metal Materials and Engineering 2007, 36, S2, 568-570. (In Chinese)

117. Wan, J. H.; Sun, H. H.; Feng, X. P.; Sun, W. B.; Niu, X. L.; Wang, Y., Study on cementitious properties of thermal activated loess. Rare Metal Materials and Engineering 2007, 36, S2, 577-579. (In Chinese)

116. Li, Y.; Sun, H. H.; Zhao, Y. H.; Wang, N., Research of formation mechanism on cementitious reactivity of water-cooled slag. Rare Metal Materials and Engineering 2007, 36, S2, 580-582. (In Chinese)

115. Sun, W. B.; Sun, H. H.; Wang, Y.; Feng, X. P.; Bai, X.; Niu, X. L., Research on chloride ion permeability resistance of sialite concrete. Rare Metal Materials and Engineering 2007, 36, S2, 571-573. (In Chinese)

114. Wei, X. Q.; Sun, H. H.; Feng, X. P.; Yi, Z. L., Research on brittleness improvement of sialite concrete. Rare Metal Materials and Engineering 2007, 36, S2, 583-585. (In Chinese)

113. Liu, X. M.; Sun, H. H.; Feng, X. P.; Zhang, N., Bai, X., Study on the thermal activation technics of red mud. Rare Metal Materials and Engineering 2007, 36, S1, 983-986. (In Chinese)

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112. Feng, X. P.; Sun, H. H.; Liu, X. M.; Niu, X. L.; Bai, X., Study on the ion dissolution and structure variation of calcined oil shale in the alkali solution. Rare Metal Materials and Engineering 2007, 36, S2, 589-582. (In Chinese)

111. Feng, X. P.; Liu, X. M.; Sun, H. H.; Bai, X.; Niu, X. L., Study on the high use ratio of red mud in cementitious material. Multipurpose Utilization of Mineral Resources 2007, (4), 35-37. (In Chinese)

110. Feng, X. P.; Sun, H. H.; Zhang, N., Study of activity optimization mechanism of iron ore tailing. Express Information of Mining Industry 2007, (6), 21-24. (In Chinese)

109. Li, Y.; Sun, H. H.; Zhao, Y. H.; Wang, N., Research of formation mechanism on cementitious reactivity of water-cooled slag. The Chinese Journal of Process Engineering 2007, 7, (1), 79-84. (In Chinese)

108. Sun, H. H.; Li, Y.; Wang, N.; Zhao, Y. H., Sialite technology and cycle economy. Key Engineering Materials 2007, 336-338, 1895-1897.

107. Feng, X. P.; Sun, H. H.; Liu, X. M., Practice of simulation to formation of rock theory. Key Engineering Materials 2007, 336-338, 1918-1920.

106. Li, H. J.; Sun, H. H.; Xiao, X. J.; Tie, X. C., Thermodynamic properties of gangue. Key Engineering Materials 2007, 336-338, 1481-1483.

105. Li, H. J.; Sun, H. H.; Tie, X. C., Coordination of Si and Al in the thermal activation and gelatification of gangue. Journal of Tsinghua University (Science and Technology) 2006, 46, (12), 2015-2018. (In Chinese)

104. Li, H. J.; Sun, H. H.; Tie, X. C.; Xiao, X. J., Dissolution properties of calcined gangue. Journal of University of Science and Technology Beijing 2006, 13, (6), 570-576.

103. Liu, X. M.; Feng, X. P.; Sun, H. H., Study on the use of a high proportion of fly Ash in cementitious material production. Fly Ash Comprehensive Utilization 2006, (5), 20-22. (In Chinese)

102. Chen, H. X.; Sun, H. H.; Li, H. J., Effect of heat treatment temperature on cementitious activity of red mud. Light Metals 2006, (9), 22-25. (In Chinese)

101. Xiao, X. J.; Li, H. J.; Sun, H. H., Effect of silicate solutions on metakaolinite based cementitious material. Journal of Coal Science and Engineering (China) 2006, (1). 

100. Li, H. J.; Sun, H. H.; Tie, X. C.; Xiao, X. J., Study on activity evaluation of thermal treated gangue. Journal of China Coal Society 2006, 31, (5), 654-658. (In Chinese)

99. Li, H. J.; Sun, H. H.; Xiao, X. J.; Chen, H. X., Mechanical properties of gangue-containing aluminosilicate. Journal of University of Science and Technology Beijing 2006, 13, (2), 183-189.

98. Li, H. J.; Sun, H. H.; Xiao, X. J., Study on gangue-containing aluminosilicate based cementitious materials. Journal of China Coal Society 2005, 30, (6), 778-782. (In Chinese)

97. Li, H. J.; Sun, H. H.; Xiao, X. J.; Tie, X. C., Thermodynamic properties of gangue. New Building Materials 2005, (11), 60-61. (In Chinese)

96. Feng, X. P.; Sun, H. H.; Liu, X. M., Sialite technology. Advanced Materials Research 2005, 11-12, 615-618.

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95. Li, H. J.; Sun, H. H.; Xiao, X. J.; Tie, X. C., Study on base body of vegetable concrete. Advanced Materials Research 2005, 11-12, 489-492.

94. Li, Y.; Sun, H. H.; Zhao, Y. H.; Wang, N., A new process on efficient utilization of melted slag. Advanced Materials Research 2005, 11-12, 697-699.

93. Sun, H. H.; Li, Y.; Xu, Y. F.; Ni, W.; Feng, X. P., Sialite technology and cycle economy. Development Guide to Building Materials 2005, (5), 61-65. (In Chinese)

92. Chen, H. X.; Sun, H. H.; Li, H. J., Research on the ettringite formation in cementitious material of spontaneous combustion coal gangue. Materials Review 2005, 19, (10), 124-125. (In Chinese)

91. Zhao, L. S.; Sun, H. H.; Sun, W. B.; Liu, J. Z., Study on the rheological characteristic and effect of paste-like slurry. China Mining 2005, 14, (10), 45-48. (In Chinese)

90. Sun, W. B.; Sun, H. H.; Liu, J. Z.; Rao, Z.Q., Research on proportion of paste-like backfilling material. China Mining 2005, 14, (8), 70-71. (In Chinese)

89. Chen, H. X.; Sun, H. H.; Li, H. J., Study on spontaneous combustion sandy gangue binding material. New Building Materials 2005, (6), 1-4. (In Chinese)

88. Li, H. J.; Sun, H. H.; Xiao, X. J., Study on vegetable concrete. Rare Metal Materials and Engineering 2005, 34, S1, 284-288. (In Chinese)

87. Li, H. J.; Sun, H. H.; Ni, W.; Xiao, X. J., Simulation earth design of cementitious material -preview of establishment of aluminosilicate-based cementitious system. Rare Metal Materials and Engineering 2005, 34, S1, 289-294. (In Chinese)

86. Ni, W.; Yin, Y. T.; Sun, H. H., New generational cement from simulation to rock formation -- Sialite -- New intersection among nature science, materials science and circular economic. Advanced Materials Industry 2005, (5), 37-43. (In Chinese)

85. Sun, H. H.; Li, H. J.; Li, Y.; et al., Establish of silica-alumina based cementitious system – sialite. Rare Metal Materials and Engineering 2004, 33, S2, 104-109.

84. Zhu, G. C.; Sun, H. H., The progress on bulk materials utilization of industrial solid waste. Rare Metal Materials and Engineering 2004, 33, S2, 20-25.

83. Sun, H. H.; Li, Y.; Li, H. J.; et al., A new process for highly effective utilization of industrial solid wastes. Rare Metal Materials and Engineering 2004, 33, S2, 32-35.

82. Huang, Y. C.; Sun, H. H., Experimental Study on the mechanical properties of paste-like fill material. Journal of China University of Mining and Technology 2004, 14, (2), 107-110.

81. Li, H. J.; Sun, H. H.; Xiao, X. J., Advance in research on Eco-concrete. Materials Review 2005, 19, (3), 17-20. (In Chinese)

80. Sun, H. H.; Li, H. J.; Li, Y.; Chen, H. X.; Li, S. G., Coagulation material: principal and meaning. Construction Science and Technology 2004, 13, 30-32. (In Chinese)

79. Huang, Y. C.; Sun, H. H.; Liu, H. S., Research on false stability about underhand heading filling with high water content tailings. The 8th International Symposium on Backfill and Mining 2004, 9, 192-195. (In Chinese)

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78. Wu, S. J.; Gai, G. S.; Sun, H. H., Research on dry and wet grinding process of fly ash, The 10th China National Symposium on Powder Engineering, Non-Ferrous Mining and Metallurgy 2004, 20, 24-25. (In Chinese)

77. Pan, Q. L.; Sun, H. H.; Wu, S. J., Microstructure and physical phase analysis of granulated furnace slag. Cement 2004, (5), 4-7. (In Chinese)

76. Sun, H. H.; Duan, H. J.; Liu, H. S., Adoption of RRSB distribution equation modulus in back tailings size composition optimization. Nonferrous Metals 2004, 56, (1), 92-95. (In Chinese)

75. Sun, H. H.; Cui, J. Q.; Mao, X. L., The mechanism of the ground-source heat pump for energy conservation. Acta Energiae Solaris Sinica 2004, 25, (1), 24-27. (In Chinese)

74. Pan, Q. L.; Sun, H. H., Suitable calcination temperature of activate kaolin clay. Cement Engineering 2003, (6), 18-20. (In Chinese)

73. Sun, H. H.; Duan, H. J.; Liu, H. S., Application of ∑Δpi/di to optimum ratio determination of effective silt particles. Journal of University of Science and Technology Beijing 2003, 25, (6), 504-506. (In Chinese)

72. Wu, S. J.; Gai, G. S.; Sun, H. H., Reviews of super-pulverized technology. China National Symposium on Powder Equipment – Technology – Product 2003, 247-253. (In Chinese)

71. Cui, J. Q.; Sun, H. H.; Huang, Y. C., A new mode of mining under buildings based on paste-like backfill technology. Mining and Metallurgical Engineering 2003, 23, (5), 5-11. (In Chinese)

70. Huang, Y. C.; Sun, H. H.; Shi, Z. B.; Han, F. X.; Long, Y. C., Discussion on feasibility of coal mining under building structures with like gypsum material back filling. Coal Science and Technology 2003, 31, (10), 51-53. (In Chinese)

69. Sun, H. H.; Cui, G.; Mao, X. L., Neuroid identification of paste-like backfill pulp quality. China Mining Magazine 2003, 12, (10), 48-50. (In Chinese)

68. Pan, Q. L.; Sun, H. H., Study of coal-argilla activation in mine-filed of Huaibei. Cement 2003, (10), 5-7. (In Chinese)

67. Sun, H. H.; Li, H. J., A new eco-building materials – Sialite. Annual Symposium of China Ceramic Society 2003. (In Chinese)

66. Hu, H.; Sun, H. H.; Huang, Y. C., Analysis of rheologic performance and relative factors about paste-like backfill. Nonferrous Metals (Mining) 2003, 55, (3), 4-7. (In Chinese)

65. Huang, Y. C.; Sun, H. H., Experimental study on the rheological characteristic of paste-like slurry with tailings as aggregate. Metal Mine 2003, (6), 8-10. (In Chinese)

64. Hu, H.; Sun, H. H.; Huang, Y. C.; Yang, B. G., Rheological model and equation of viscoelastic-plasticity of paste-like backfill pulp. Journal of China University of Mining and Technology 2003, 32, (2), 119-122. (In Chinese)

63. Cui, M. Y.; Sun, H. H., BP neural networks quality model of binder backfill material based on MATLAB. Nonferrous Metals 2003, 55, (1), 121-123. (In Chinese)

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62. Cui, J. Q.; Sun, H. H.; Huang, Y. C., A new mode of coal mining under buildings with paste-like backfill technology. Journal of China University of Mining and Technology 2002, 12, (2), 143-147.

61. Cui, M. Y.; Sun, H. H., Research on linear regression of binder backfill material based on MATLAB. Mining and Metallurgical Engineering 2002, 22, (3), 11-12. (In Chinese)

60. Cui, M. Y.; Sun, H. H., Application of fuzzy sets to optimization of certain strength binder backfill materials. Nonferrous Metals 2002, 54, (3), 97-98. (In Chinese)

59. Cui, J. Q.; Sun, H. H., Application of stoping-and-filling method using paste-like backfill material to coal mining under surface buildings. China Mining Magazine 2002, 11, (5), 34-37. (In Chinese)

58. Hu, H.; Sun, H. H., Application of the technique of visual computer numerical simulation in analysis of the deep stope stability. Gold 2002, 23, (8), 16-20. (In Chinese)

57. Cui, M. Y.; Sun, H. H., Application of VC++6.0 into quality control of binder backfill materials. Nonferrous Metals (Mining) 2002, 54, (2), 15-16. (In Chinese)

56. Hu, H.; Sun, H. H.; Yang, B. G.; Shi, Z. B., Study on new process of preparing paste-like backfill pulp. Metal Mine 2002, (2), 54-56. (In Chinese)

55. Hu, H.; Sun, H. H., Development of backfill technology and the new backfill process using paste-like material. China Mining Magazine 2001, 10, (6), 47-50. (In Chinese)

54. Cui, G.; Sun, H. H., Study on applicating to hydraulic fill system of fuzzy control. Journal of China Coal Society 2001, 26, (4), 360-363. (In Chinese)

53. Duan, H. J.; Sun, H. H., New method of measuring rheologic parameters of high-density slurry. Journal of China University of Mining and Technology 2001, 30, (4), 371-374. (In Chinese)

52. Huang, Y. C.; Sun, H. H., Design method about underhand heading filling with high water content tailings. Nonferrous Metals (Mining) 2001, (2), 15-17. (In Chinese)

51. Hua, X. Z.; Sun, H. H., Study on main parameters of underhand heading filling with high water content tailings. Journal of China University of Mining and Technology 2001, 30, (1), 99-102. (In Chinese)

50. Yang, B. G.; Sun, H. H.; Huang, Y. C.; Duan, H. J., Analysis of mechanism of pipeline damaging by pastefill in garson mine, Canada. Journal of China University of Mining and Technology 2000, 10, (2), 139-142.

49. Duan, H. J.; Sun, H. H.; Huang, Y. C., Sensitivity analysis of parameters of paste-fill system. Journal of China University of Mining and Technology 2000, 10, (2), 168-171.

48. Zheng, J. R.; Sun, H. H., Review of mining backfill cementitious materials. Nonferrous Metals (Mining) 2000, (6), 12-15. (In Chinese)

47. Sun, H. H.; Zheng, J. R., Study on volcanic ash reactivity of coal cinder at about 900 . Journal of China Coal Society ℃ 2000, 25, (6), 664-667. (In Chinese)

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46. Zheng, J. R.; Sun, H. H.; Liu, Y. N., Study on volcanic reactivity of tailings and its fast determination method. Journal of China University of Mining and Technology 2000, 29, (5), 472-475. (In Chinese)

45. Yang, B. G.; Cui, X. M.; Sun, H. H.; Kong, L. B.; Kong, X. Y., The feasibility research of mining damage controlling by goaf cement backfill in coal mines. Journal of China Coal Society 2000, 25, (4), 361-365. (In Chinese)

44. Sun, H. H.; Duan, H. J.; Liu, W. Y.; Huang, Y. C.; Yang, B. G., Analysis of characteristic parameters of self-flowing pastefill systems. Nonferrous Metals 2000, 52, (3), 7-10.  (In Chinese)

43. Yang, B. G.; Sun, H. H.; Liu, W. Y.; Cui, G., The simulating study of the binding backfill slurry transfusing in the void of inbreak area. Ground Pressure and Strata Control 2000, (3), 36-38. (In Chinese)

42. Yang, B. G.; Sun, H. H.; et al., Goaf cement backfill and sustainable development of mines. The 6th Youth Symposium on Science and Technology (China Coal Society) 2000, 232-234. (In Chinese)

41. Zheng, J. R.; Sun, H. H., Influence of pH on Setting Characteristics of High-Water-Solidifying Backfill. Journal of China University of Mining and Technology 2000, 29, (3), 314-317. (In Chinese)

40. Yang, B. G.; Sun, H. H.; Zhuang, B. H., Self-support of high water material solidifying backfill body. Nonferrous Metals 2000, 52, (2), 7-10. (In Chinese)

39. Liu, W. Y.; Sun, H. H., Research of solidifying the tailings containing clay. China Mining Magazine 2000, 9, (2), 79-82. (In Chinese)

38. Huang, Y. C.; Sun, H. H.; Liu, W. Y., Study on fracture characteristic of artificial roof of downward drift with high-water solidifying backfill. Journal of China University of Mining and Technology 1999, 9, (2), 149-151.

37. Yang, B. G.; Sun, H. H., Creep property of solidifying backfill body of high-water material. Journal of China University of Mining and Technology 1999, 9, (2), 140-143.

36. Huang, Y. C.; Sun, H. H.; Liu, W. Y., Study on mechanics model of downward drift backfill mining. Nonferrous Metals 1999, 51, (4), 1-3. (In Chinese)

35. Yang, B. G.; Sun, H. H.; Liu, H. S.; Wang, J. A., Reinforcement's effects to the backfill body of high water material. Journal of University of Science and Technology Beijing 1999, 21 (5), 421-424. (In Chinese)

34. Yang, B. G.; Sun, H. H.; Shan, R. L., Impact properties of high water material solidifying backfill body. Journal of China Coal Society 1999, 24, (5), 485-488. (In Chinese)

33. Liu, W. Y.; Sun, H. H.; Yang, B. G.; Liu, X. Y.; et al., Solidifying tailings slurry with new binder at Meishan iron mine. Proceedings of the '99 International Symposium on Mining Science and Technology 1999, 571-574.

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32. Sun, H. H.; Liu, W. Y.; Yang, B. G.; Liu, H. S., Progress in application of high water material solidifying backfill technology. The 6th China National Symposium on Mining, 1999, 373-378. (In Chinese)

31. Sun, H. H.; Liu, W. Y.; Huang, Y. C.; Yang, B. G.; et al., Mechanics property of high water material solidifying backfill body. The 6th China National Symposium on Mining, 1999, 389-393. (In Chinese)

30. Yang, B. S.; Sun, H. H., The development situation and prospects of underground mining and filling with highwater content material in China. Gold 1999, 20, (4), 12-14. (In Chinese)

29. Huang, Y. C.; Sun, H. H.; Liu, W. Y., Study on application of backfill technology of polyhydrite cementing materials in Jiaojia Gold Mine. Gold 1998, 19, (3), 25-27. (In Chinese)

28. Sun, H. H.; Liu, W. Y.; Huang, Y. C.; Yang, B. G., Use of high-water rapid-solidifying material as backfill binder and its application in metal mines. Australasian Institute of Mining and Metallurgy Publication Series 1998, 1, 21-24

27. Huang, Y. C.; Liu, W. Y.; Sun, H. H., Research on high-water solidifying-tailings filling System in Lingshan mine of Zhaoyuan gold mine. Nonferrous Mine 1997, 6. (In Chinese)

26. Yang, B. G.; Liu, W. Y.; Sun, H. H., New technological test of cementing backfilling with high percentage of water rapid solidifying material in Xinqiao Pyrite Mine. Industrial Minerals and Porocessing 1997, (5), 12-14. (In Chinese)

25. Huang, Y. C.; Sun, H. H., Influence factor analysis of the strength of high-water solidifying-talings filling material. China Mining Magazine 1997, 6, (5), 22-25. (In Chinese)

24. Huang, Y. C.; Sun, H. H., Design of gob-side packing parameters for gateways maintained along the goaf. Journal of China Coal Society 1997, 22, (2), 127-131. (In Chinese)

23. Huang, Y. C.; Sun, H. H., Research on Mechanical Properties of High water Solidifying tailings Filling Material. Metal mine 1997, (3), 12-14. (In Chinese)

22. Hua, X. Z.; Sun, H. H., An experimental study on downward drift filling with high-water material solidifying tailings. Mining Research & Development 1996, 16, (3), 7-12. (In Chinese)

21. Sun, H. H.; Liu, W. Y.; Yang, B. G.., A new model of backfill -- high-water materials solidifying technology. Nonferrous Metals (Mining) 1996, (3), 5-8.  (In Chinese)

20. Huang, Y. C.; Sun, H. H.; Tao, H. L., Supporting in roadway with compound roof. Ground Pressure and Strata Control 1996, (1), 38-41. (In Chinese)

19. Hua, X. Z.; Sun, H. H., Experimental Research on the Filling of Upward Access by High Water Consolidation in Jiaojia Gold Mine. Metal Mine 1996, (3), 8-10. (In Chinese)

18. Zhang, H. G.; Sun, H. H.; Xu, B. Y.; Cai, Y. Y., The specific property of high-water quick- setting material and its application in metal mines. The 2rd International Symposium

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on Microstructures and Mechanical Properties of New Engineering Materials, Beijing 1995, 5, 51-56.

17. Huang, Y. C.; Sun, H. H., New technology of roadside entry support in advancing-mining by pumping highwater content fast setting solidifying materials. Journal of China University of Mining and Technology 1995, 5, (2), 53-59.

16. Huang, Y. C.; Sun, H. H.; Tao, H. L., A new technology of transporting the pumped highwater quick hardening material through retained drift in advance mining. China Mining Magazine 1995, 4, (3), 31-36. (In Chinese)

15. Sun, H. H.; Li, S. Q., A study on the high-water material -- a new material. Proceedings of the Second Asia - Pacific Symposium on Advances in Engineering Plasticity and Its Applications, Beijing 1994, 6, 661-666.

14. Sun, H. H.; Song, C. Y., Enthalpy Analysis of the High-water Packing Material. Journal of China University of Mining and Technology 1994, 23, (3), 55-58. (In Chinese)

13. Sun, H. H.; Wu, Z. Y.; Wang, Z. D., Research and test of the properties of all tailings rapid hardeding filling material. China Mining Magazine 1994, 3, (2), 26-31. (In Chinese)

12. Sun, H. H.; Huang, Y. C.; Bi, H. Z., Techniques for supporting large cross-section roadway by pumping stowing material with high water content. Journal of China Coal Society 1994, 19, (1), 49-57. (In Chinese)

11. Sun, H. H.; Wu, Z. Y.; Wang, Z. D., A new waste fill mining technology with whole sand quick setting solidification. China Mining Magazine 1993, 2, (4), 26-31. (In Chinese)

10. Sun, H. H.; Liu, Q. L.; Liu, W. Y., Commercial scale trial of a new consolidated backfill technology of full range tailings with high content. Nonferrous Metals 1993, 45, (2), 7-13. (In Chinese)

9. Sun, H. H., Rules of ground pressure and strata control in gateways maintained in goaf. Russia Conference 1993.

8. Sun, H. H.; Han, J. M.; Li, S. Q., Application of tailing sand and water as backfill material in metal mines. 11th International Conference on Ground Control in Mining, The University of Wollongong, N.S.W. 1992, 7, 438-442.

7. Qiu, Y. X.; Sun, H. H.; Han, J. M.; Li, S. Q., A study on the high-water solidifying materials for gob-along roadside instead of coal pillars. 11th International Conference on Ground Control in Mining, The University of Wollongong, N.S.W. 1992, 7, 371-375.

6. Sun, H. H.; Yan, H. X., Property and application technology of full range tailings materials with high content. Zhongzhou Coal 1992, (1), 39-41. (In Chinese)

5. Qiu, Y. X.; Sun, H. H., Application of pumping stowing material of gateway side filling in Hebi No. 1 Mine. Coal Science and Technology 1992, (1), 13-17. (In Chinese)

4. Sun, H. H.; Wu, J.; Qiu, Y. X., Rules of ground pressure and strata control in gateways maintained in goaf. Journal of China Coal Society 1992, 17, (1), 15-24. (In Chinese)

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3. Sun, H. H.; Wu, J.; Qiu, Y. X., Application of gateway side filling technology with pump in Hebi No. 1 Mine. Ground Pressure and Strata Control 1991, (4), 42-48. (In Chinese)

2. Sun, H. H.; Liu, Q. L.; Liu, W. Y., New technology of cementing backfilling with high percentage of water rapid solidifying material in metal mine. Nonferrous Metals (Mining) 1991, (5), 21-24. (In Chinese)

1. Wu, J.; Sun, H. H., Load of roadway support and deformation design. Ground Pressure and Strata Control 1986, (2), 2-11. (In Chinese)

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