Annex-1: List of Majors and Supervisors (Academic Year of 2020-2021, USTC) 招 (,2020-2021 招 ) № Major Name Research Area School Brief Introduction of the Supervisors Degree Program Enrollment requirements Email 1 Geophysics CHEN Yong Solid Earth Physics School of Earth and Space Science He has long been engaged in seismic and experimental petrophysics research and its potential applications in environment, energy and disaster reduction. Using Seismology, Engineering Science, and Economics, the "Global Earthquake Hazard Map and Global Earthquake Disaster Forecast Map" was edited for the first time. Research on seismic radar and urban geophysics. PhD & Master Have studying background in relating fields; Proficient in English; Meet the Admission Criteria for International Students of USTC [email protected]c.cn 2 Geophysics HUANG Jinshui Solid Earth Physics School of Earth and Space Science Mainly engaged in scientific research on geogravity and geodynamics. The main research directions include: gravity field inversion and gravity exploration, representation theory and approximation method of the earth's gravity field, space-time characteristics of the earth's gravity field and geophysical meaning, and the earth Tectonics and geodynamics, physical structures and mantle dynamics of the lithosphere and mantle, thermal and chemical evolution of the earth and terrestrial planets, finite element numerical simulation of fluid convection, and parallel computing. PhD & Master Have studying background in relating fields; Proficient in English; Meet the Admission Criteria for International Students of USTC [email protected]du.cn
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Annex-1:
List of Majors and Supervisors (Academic Year of 2020-2021, USTC)
(招生专业与导师信息,2020-2021学年)
№ Major Name Research Area School Brief Introduction of the SupervisorsDegree
ProgramEnrollment requirements Email
1 Geophysics CHEN Yong Solid Earth Physics School of Earth and Space Science
He has long been engaged in seismic and experimental petrophysics research and its potential applications in environment, energy and disaster reduction. Using Seismology, Engineering Science, and Economics, the "Global Earthquake Hazard Map and Global Earthquake Disaster Forecast Map" was edited for the first time. Research on seismic radar and urban geophysics.
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of USTC
2 Geophysics HUANG Jinshui Solid Earth Physics School of Earth and Space Science
Mainly engaged in scientific research on geogravity and geodynamics. The main research directions include: gravity field inversion and gravity exploration, representation theory and approximation method of the earth's gravity field, space-time characteristics of the earth's gravity field and geophysical meaning, and the earth Tectonics and geodynamics, physical structures and mantle dynamics of the lithosphere and mantle, thermal and chemical evolution of the earth and terrestrial planets, finite element numerical simulation of fluid convection, and parallel computing.
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
3 Geophysics LENG Wei Solid Earth Physics School of Earth and Space Science
Global and regional scale geodynamical modeling: mantle convection and thermal evolution history of the Earth’s mantle, the coupling of the lithosphere and mantle processes and its effects on the surface geological observations. Finite element analysis, large scale parallel computations and their applications to the geodynamics studies.
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
4 Geophysics LIU Bin Solid Earth Physics School of Earth and Space Science Research Areas: Seismology, Geodynamics, Rock Physics PhD & Have studying background in [email protected]
Master
relating fields;Proficient in English;Meet the Admission Criteria for International Students of
USTC
5 Geophysics MAO Zhu Solid Earth Physics School of Earth and Space Science
My research focuses on the physical properties of materials in the Earth's deep interior. The interior of the Earth is under extremely high pressure and high temperature conditions. The knowledge of the physical properties of major minerals under such extreme conditions can help us understand the composition, structure, and dynamics of Earth and other planets. More generally, we perform high pressure and high temperature experiments using diamond anvil cells combined with verious optical and synchrotron X-ray techniques.
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
6 Geophysics WEN Lianxing Solid Earth Physics School of Earth and Space Science
Professor Wen is a theoretical and observational seismologist and geodynamicist. His research is directed toward understanding the structure, dynamics, composition and evolution of the Earth and other planets. He uses seismic waves to probe the internal structure of the Earth and its change with time, combines seismic and mineral physics data to constrain the composition of the mantle, and develops geodynamical models of how Earth's internal processes govern the Earth's continental drift, surface uplift, surface large igneous province, geochemistry, intra-plate deformation and volcanism. He also has a strong interest in developing new techniques for simulating viscous flow and seismic wave propagation.
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
7 Geophysics WU Xiaoping Solid Earth Physics School of Earth and Space Science
Wu Xiaoping, professor and doctoral supervisor, was selected as the "New Century Excellent Talents Support Program" by the Ministry of Education in 2005. He has published more than 30 papers in well-known international and domestic journals of geophysics and physics, such as J. Geophys. Res., Geophys. J. Int, Applied Physics Letters, Phys. Rev. B, and Journal of Geophysics.
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
9 Geophysics YAO Huajian Solid Earth Physics School of Earth and Space Dr. Huajian Yao received his B.S. degree in 2001 and M.S. PhD & Have studying background in [email protected]
Sciences
degree in 2004 in geophysics at the University of Science and Technology of China (USTC). In 2009 he received his PhD in geophysics at MIT. Then he worked in the Scripps Institution of Oceanography, UCSD as a postdoctoral Green Scholar in 2010-2012. In 2012 he joined the School of Earth and Space Sciences, USTC as a professor of geophysics. He has published more than 90 research papers in the area of fundamental and applied seismology and geophysics with 2200+ citations from Web of Science (h-index = 22). His main research interests include seismic imaging using earthquake waveforms and ambient noise, lithospheric structure and deformation, earthquake rupture processes, array analysis, and geophysical inversion methods. He is an editor of Geophysical Journal International (GJI, 2018-), an associate editor of Seismological Research Letter (SRL, 2014-2018), and an editorial board member of Science China : Earth Sciences, Earthquake Science, and Earth and Planetary Physics.
Master
relating fields;Proficient in English;Meet the Admission Criteria for International Students of
USTC
10 Geophysics ZHANG Haijiang Solid Earth Physics School of Earth & Space Sciences
He was a research scientist at the Earth Resources Laboratory of Massachusetts Institute of Technology. His research interests focus on studying induced seismicity caused by oil/gas production and geothermal resources development. He also works on developing advanced seismic imaging methods to study subduction zones, fault zones and volcanoes and is the developer of the widely used double-difference seismic tomography code (tomoDD).
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
Space Physics School of Earth and Space ScienceSpecializes in atmospheric dynamics of the earth and planets in the middle and upper layers, laser remote sensing of the atmosphere
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
The main research direction is the plasma physical process of solar atmosphere and space. The research methods are numerical simulation and analytical theory. The specific research directions are as follows: 1. Dynamics phenomena in the reconnection of solar atmospheric magnetic field. 2. Mixing simulation and particle simulation of plasma. 3. The theoretical study of solar radio burst. 4. The interaction between Alfven waves and particles. 5. Plasma physics in interplanetary space, shock discontinuity structure. 6. Pickup process of new ions in plasma. More than ten papers have been published in SCI journals in the past five years.
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
He is mainly engaged in the research of physical mechanism and physical process of solar eruption (including solar prominence, flare and coronal mass ejection). He has published more than 90 papers in nature communications, science advanced, Astrophysical Journal and other international first-class academic journals, and cited more than 1800 times in SCI
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
1. The characteristics and formation mechanism of auroral activity 2. The influence of space weather events on the ionosphere and the thermosphere 3. The interaction mechanism of the thermosphere ionosphere magnetosphere 4. The ionospheric electrodynamics process
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
20 Geophysics Xin Tao Space Physics Geophysics and Planetary Sciences My current research focuses on understanding wave-particle PhD & Have studying background in [email protected]
interactions in geospace, particularly the energy exchange between energetic electrons and one of the most peculiar plasma waves named chorus. This wave is so called because it sounds like birds chirping at dawn if listened through a proper radio equipment. You can find some samples of sounds of chorus from Dr. Gurnett's page or from measurements made by the recently launched Van Allen probes.
Master
relating fields;Proficient in English;Meet the Admission Criteria for International Students of
USTC
21 GeophysicsWANG Yuming
Space Physics School of Earth and Space Science
- Professor, Dean, School of Earth and Space Sciences (ESS), University of Science and Technology of China (USTC)- Executive Deputy Director, Key Laboratory of Geospace Environment, Chinese Academy of Sciences (CAS)
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
Research field: (1) Water content and composition of anhydrous minerals in
name, (2) metamorphic Zircaloy, (3) fluid activity and element differentiation in subduction zone, (4) crust mantle interaction and crust recycling in subduction zone
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
My research area covers high-temperature rock geochemistry and low-temperature epigenetic geochemistry, with specific directions of metal stable isotopes, continental crust weathering and environmental evolution, uranium series imbalance, interaction of the earth's sphere, experimental petrology and first principles calculation
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
He is mainly engaged in the research and teaching of metamorphic petrology, petrochemistry, isotopic chronology and geotectonics. Since 1988, he has presided over or participated in a number of geological research projects related to the Dabie Mountain orogenic belt and the Precambrian metamorphic rocks in Bengbu and Wuhe areas on the southeast edge of the North China Craton, such as the national 973, the National Natural Science Foundation and the doctoral program foundation of the Ministry of Education, and made some important achievements and breakthroughs. He has published more than 140 academic papers and three monographs. The main research fields are: 1. Subduction and exhumation of continental plates, focusing on the multi-level decoupling and differential exhumation mechanism within the Dabie Mountain subduction continental crust, the formation and evolution of high-pressure and ultrahigh-pressure metamorphic rocks and their metamorphism and partial melting 2. The growth and evolution of Precambrian continent, focusing on the age, petrogenesis and evolution of Precambrian metamorphic basement and deep-seated (lower crust) enclave in the southeast margin of North China Craton, as well as the element and isotope behavior in the process of metamorphism and partial melting; 3. The formation and evolution of continental collision orogenic belt
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
30 Geology NI Huaiwei Geochemistry School of Earth and Space Sciences
Research field: Experimental petrology, computational geochemistry, geochemical dynamics, | physicochemical properties and effects of melts and fluids, | distribution, circulation and effects of global volatiles (h-c-n-s)
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
The main research direction is Precambrian geology, including the formation and evolution of Precambrian crust in South China, the genesis and tectonic background of Neoproterozoic magmatic rocks in South China. Research interests include the early evolution history of the earth, the accretion model and reconstruction mechanism of the continental crust, the genesis of granite and the evolution of the continental crust, and other aspects related to the above fields in the discipline of geochemistry.
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
It is mainly engaged in the study of the genesis of magmatic rocks in the continental subduction zone, the chemical geodynamics of ultrahigh pressure metamorphic rocks, the calculation of stable isotope fractionation coefficient and element diffusion coefficient and their geochemical applications.
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
Specializes in the interdisciplinary research of biology and biomimetic mineralogy, environmental mineralogy, nano mineral materials and isotope geochemistry. More than 60 papers have been published in the international SCI journals, such as geochimica et cosmochimica Acta, chemical geology, American mineralogist, J. mater. Chem., J. Phys. Chem. C, scientific reports, etc., with total SCI citations of more than 1100 times, some papers have entered the top 3 of ESI high citations.
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
Department of Chemistry, Department of Materials Science
and Engineering
Professor Pingwu Du received the Bachelor of Science degree in Chemistry from Wuhan University in 2001 and PhD degree in Chemistry from University of Rochester in 2009. Thereaftrer he joined Professor Stephen J Lippard group as a postdoc associate at Massachusetts Institute of Technology (MIT). His research interests include solar energy conversion (solar driven water splitting, solar cells), photoinduced electron transfer and energy transfer, supramolecular chemistry, fluorescent sensors and molecular imaging. Professor Pingwu Du has received several awards including American Chemical Society Young Investigator Award (2009), American Chemical Society Nobel Laureate Signature Award (2011) et.al.
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of USTC
Welcome to our “Coordination Chemistry and Functional Nanoporous Materials” laboratory led by Prof. Hai-Long Jiang. Our lab was established after Dr. Jiang returned from Texas A&M University, USA in 2013 to take a position granted by “Hundred Talents Program” of Chinese Academy of Sciences (CAS) and “Recruitment Program of Global Youth Experts” of Chinese government. We are affiliated to Department of Chemistry and Hefei National Laboratory for Physical Sciences at the Microscale, University of Science and Technology of China (USTC). We are interested in the exploration of pore-engaged world and our research lies at the interface of coordination chemistry, nanotechnology, catalysis, and materials science. The main research activities of our lab include: 1) stable metal-organic frameworks (MOFs): design, synthesis and modification; 2) MOF-based materials: fabrication and catalysis; 3) MOFs for CO2 capture and conversion.
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of USTC
(Professor)Inorganic Chemistry Department of Chemistry
Dr. Wu's research is highly interdisciplinary. His current research interests focus on low-dimensional solids with efforts to understanding them based on fundamental concepts of solid-state chemistry. We are actively exploring inorganic two-dimensional nanomaterials, phase transition materials and strong correlated electron systems, with a broad range of nanoscale properties including electronic, photonic, electrochemical, catalytic and surface/interfacial properties, for wide applications in electrocatalysis, energy storage or energy conversion via regulation of intrinsic physical properties.
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of USTC
chemistry, physics and materials science. We develop new synthetic and fabrication approaches based on the rational control of size, shape, structure and composition at the atomic level. As the project unfolds, we investigate the physicochemical properties intrinsically associated with the precisely controlled structures at molecular and electronic levels, and implement their functionality in different application systems. Ultimately this research will emphasize integration of nanoscale building blocks into complex functional systems."
for International Students of USTC
41 ChemistryXU Anwu
(Professor)Inorganic Chemistry
NanochemistryHefei National Laboratory of
Physical Sciences at the Microscale
Research interests: Lithium battery & supercapacitors; Energy conversion and solar cells; Organic and inorganic nanomaterials; Photocatalysis and applications; Biomimetic synthesis of nanomaterials and mesocrystal assembly; Novel nanostructured materials for sustained drugand gene delivery; Nanoplasmonics.
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of USTC
42 Chemistry TAO Li Analytical Chemistry Department of Chemistry
Dr. Tao Li received his Ph.D. degree on Jan/2011 in Changchun Institute of Applied Chemistry of Chinese Academy of Sciences. Then, he worked as a Humboldt fellow in University of Bonn in Germany and a postdoctoral research fellow in Arizona State University in United States. From Jul/2015, he took a position granted by the 1000Plan Professorship for Young Talents, and affiliated to Department of Chemistry, University of Science and Technology of China (USTC). He is primarily interested in quadruplex nucleic acids modulated DNA nanoanalysis, and main research topics include: (1) Structure tailoring and proximity effect of dimeric G-quadruplexes and i-motifs; (2) Quadruplex DNAs modulated framework nucleic acid (FNA) nanodevices for cellular logic computation; (3) Spherical nucleic acid enzymes (SNAzymes) catalyzed gene detection. Up to now, he has published over fifty peer-reviewed papers, with 4000+ citations and H-index 33.
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of USTC
43 Chemistry LIANG Gaolin Analytical Chemistry Department of Chemistry The research in our group mainly focus on: 1, Nanochemistry. We actively explore new methodologies (reactions) for synthesizing nanomaterials, including dendrimers, supermolecular hydrogelators, and inorganic nanoparticles for bioengineering applications. 2, Molecular and Cellular Imaging. We develop novel molecular probes for imaging or manipulating targeted biomolecules in normal and diseased states, usually for cancer early detection. 3, Imaging modality. We combine different imaging modalities for disease dignosis, therapy evaluation, et al.
Our lab welcome students/scholars with diverse backgrounds and expertise including synthetic and analytical chemistry, protein
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of USTC
and nanoparticle engineering, molecular and cellular biology, medical imaging, and many more. Each individual plays crucial roles in multiple research projects and learn knowledge from each other in the interdisciplinary projects as well. We provide an excellent research and training environment for Ph.D. scientists and graduate students, medical students and residents.
44 Chemistry GONG Liu-Zhu Organic Chemistry Department of ChemistryFocused on asymmetric synthesis since 1993, has published
more than 160 papers which have been cited more than 10000 times.PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of USTC
45 Chemistry WANG Zhiyong Organic Chemistry Department of Chemistry
Research in our group focus on the general areas of reaction development and chemical synthesis. Our studies are driven by the discovery of new and useful catalysts. By virtue of the developed organic reactions various organic ligands are synthesized and used as probes in biological progress.
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of USTC
46 Chemistry XI-SHENG Wang Organic Chemistry Department of Chemistry Resume1995.9-1999.7 Bachelor, Department of Chemistry, Jilin
University2000.9-2005.7 Doctor, Shanghai Institute of Organic
Chemistry, Chinese Academy of Sciences2005.11-2008.3 Postdoctoral fellow, Kyoto University, Japan2008.4-2011,3 Research Assistant, The Scripps Research
Institute, USA2011,3-now Professor, Department of Chemistry, University of
Science and Technology of China
Main research directions:1.Transition metal catalyzed carbon-fluorine (fluorine-
containing functional group) bond formation reaction;2.Transition metal catalyzed inert bond activation;3.Asymmetric Synthesis of Fluorinated Organic Compounds
Catalyzed by Transition Metals or Small Organic Molecules;4.Exploration of a novel reaction catalyzed by transition metals
and its application in the synthesis of natural products.
Honors:Chinese Academy of Sciences "Hundred Talents
Program"(2013)
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of USTC
Thieme Chemistry Journals Award (2014)National Natural Science Foundation of China, "Excellent
Youth Science Fund"(2015)Outstanding evaluation of the "Hundred Talents Program" of
the Chinese Academy of Sciences(2017)
47 Chemistry JIANG Jun Chemical PhysicsDepartment of Chemical
Physics
Dr. Jun Jiang was born in HuNan, China, in 1978. He received a B.S. degree in Theoretical Physics (Talent Base Class of Physics) in 2000 at WuHan University, China, a Ph.D. degree in Theoretical Chemistry under the tutelage of Prof. Yi Luo in 2007 at Royal Institute of Technology, Sweden, a Ph.D. degree in Solid State Physics under the tutelage of Prof. Wei Lu in 2008 at Shanghai Institute of Technical Physics, Chinese Academy of Science. From 2008 to 2011, he worked as Post-doc at Royal Institute of Technology, Sweden and University of California Irvine, USA. He joined the University of Science and Technology of China in December, 2011 as a Professor working in Theoretical, Physical and Materials Chemistry.
PhD & Master
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48 Chemistry LI Zhenyu Chemical PhysicsHefei National Laboratory
for Physical Sciences at Microscale
2012.06 - present, professor at Hefei National Laboratory for Physical Sciences at Microscale and Department of Chemical Physics, USTC.2007.09 - 2012.06, associate professor at Hefei National Laboratory for Physical Sciences at Microscale, USTC.2006.10 - 2007.09, postdoctoral research associate at Department ofChemistry, University of California at Irvine, working with Prof. Shaul Mukamel.Circular dichroism (CD) and two dimensional ultraviolet (2DUV) spectroscopy for protein and polypeptide.2004.10 - 2006.09, postdoctoral research associate at Department of Chemistry and Biochemistry, University of Maryland at College Park, working with Prof. Daniel Kosov.Methodology and application of electron transport in molecular electronics.
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of USTC
computational materials science, mainly based on first-principles electronic structure calculation methods and multi-scale simulation methods, theoretically characterizing the structure and performance of low-dimensional functional materials, and designing new functional materials.
Proficient in English;Meet the Admission Criteria for International Students of USTC
51 Chemistry YAN Lifeng Chemical PhysicsDepartment of Chemical
Physics
He graduated from Zhengzhou University with a bachelor degree in 1991 and a Ph.D. degree from the University of Science and Technology of China in 2001. He has visited the University of Tokyo, Tokyo Institute of Technology, and Osaka University as a visiting scholar for JSPS. Editorial Board of Fine Chemicals. He has published more than 100 SCI papers, two monographs, applied for 6 invention patents, and has authorized 2.
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of USTC
Hefei National Laboratory for Physical Sciences at
Microscale
2008-2011 Department of Biomedical Engineering, Washington University in St. Louis, USA, engaged in post-doctoral research (cooperative supervisor: Professor Xia Younan)
2011-2012 Research Assistant Professor, Washington University in St. Louis, USA
2012 to present Hefei National University of Science and Technology, Hefei National Research Center for Microscale Physical Sciences and Department of Chemical Physics
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of USTC
54 Chemistry ZHU Junfa Chemical PhysicsNational Synchrotron Radiation Laboratory
National Synchrotron Radiation Laboratory, University of Science and Technology of China (USTC), Hefei, Anhui, China Research Topic: Surface and interface physics and chemistry of metals/oxides and metals/polymers studied by synchrotron radiation techniques.
PhD & Master
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55 Chemistry GE Xuewu Chemistry and Physics of Polymers
Department of Polymer Science and Engineering
Resume: graduated from the department of modern chemistry, university of science and technology of China with bachelor of science degree in 1983;He has been teaching at the university of science and technology of China since 1983.Studied in materials department of RISO national laboratory, Denmark from February to August 1990;In October 1994, he received the master of science
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of USTC
degree from university of science and technology of China.Now he is professor of polymer science and engineering, director of radiation chemistry teaching and research office, member of international radiation research society.From 2005 to 2019, secretary of the sub-committee of the college of chemical and materials science.
56 Chemistry GE ZhishenChemistry and
Physics of PolymersDepartment of Polymer Science
and Engineering
Research interest1. Synthesis and assembly of novel environment-responsive
block polymers;2. Applications of environmentally responsive block polymer
assemblies in anti-tumor development and drug delivery;3. Application of novel block polymers in gene transmission;4. Preparation of new hydrogel and its application in tissue
engineering.
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of USTC
RESEARCH INTERESTS (1) preparation and characterization of membranes; (2) modeling and simulation of membrane processes; (3) molecular structure design for membrane materials; (4) process design of membrane applications; (5) inorganic-organic hybrid membranes; (6) fuel cells and solid electrolytes; (7) controlled release; (8) unit operation of chemical transport.
PhD & Master
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The research directionGreen chemistry and polymer chemistry and physics(1) synthesis and properties of biomolecular materials(2) carbon materials and their applications in catalysis and
energy efficient transformation(3) research on green chemistry with biomass as raw materials
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of USTC
[1] Preparation of functional materials via living polymerization
[2] Preparation of biodegradable materials [3] Preparation of materials for molecular imaging [4] Gene delivery and gene therapy
Meet the Admission Criteria for International Students of USTC
61 Chemistry FU Yao Renewable Energy Department of Chemistry
Main research directionProfessor fu yao is mainly engaged in the research of physical
organic chemistry and green sustainable chemistry. His research interests include: (1) physical organic chemistry;(2) green organic synthesis;(3) biomass energy chemical industry
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of USTC
Ph.D., The University of Queensland (Australia) (2002); B.S., South China University of Technology (1991).
RESEARCH INTERESTS (1) Biological nutrient removal in wastewater treatment; (2) Biohydrogen production via anaerobic fermentation; (3) Metabolic modeling in bioprocess; (4) Value-added products from wastes via bio-electrochemical
Hefei National Laboratory of Physical Sciences at the Microscale
Single-molecule optoelectronics by STM: Single-molecule electroluminescence, single-molecule Raman scattering, single-molecule photoluminescence, electrically driven nano light sources and single-photon sources
Plasmon-enhanced spectroscopy and chemical reactions: plasmon-exciton coupling, nanoscale chemical identification and imaging, surface catalytic reactions and mechanism
Subnanometer resolved spectral imaging; Intermolecular interaction and energy transfer at the nanoscale
PhD & Master
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65 Chemistry XU Jixian Materials Physics and Chemistry
School of Chemistry and Materials Science
Dr. Xu Jixian has long been engaged in the research of new photoelectric conversion materials and devices, especially in the field of new generation solar photovoltaic technology, and has achieved original results with a certain international influence.
The main research contents include: 1) Development and application of new photoactive
PhD & Master
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materials (such as perovskite, quantum dots, etc.) 2) Development and application of functional oxides (charge
transport layers, transparent electrodes, etc.) 3) Characterization and regulation of materials
microstructure; research on ultrafast photophysical processes in materials
4) First-principles calculation and simulation of materials; optical design and simulation of devices
5) Development and preparation of high-efficiency devices (single or multiple junctions)
66 Chemistry ZHANG Ying NanochemistrySchool of Chemistry and Materials
Science
Mainly engaged in the field of biomass energy chemical engineering and catalyst engineering. Research interests include (1) the design, synthesis, characterization, and application of multifunctional nanocatalysts. (2) Isolation and catalytic purification of bio-oil. (3) Research on the mechanism, kinetics and thermodynamics of catalytic processes.
PhD & Master
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68 Chemistry LIU Bo Applied Chemistry Department of Applied Chemistry
Based on inorganic chemistry, coordination chemistry, and crystallography, this research group is committed to the design and synthesis of functional complexes and their functional application research. The research content covers the fields of electrochemistry, semiconductor science, catalysis, and film materials.
Recent research topics are as follows:(1) Design and synthesize functional complexes with
photoactivity, including porous metal-organic frameworks (MOFs), and study their properties and applications in photocatalysis and photoelectric conversion
(2) Multinuclear transition metal oxoate of dye Manhua and its application in photocatalysis and photoelectric conversion
(3) Metal-Organic Frameworks (MOFs) film materials and their applications in separation, etc.
PhD & Master
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69 Chemistry CHEN Wei Applied Chemistry Department of Applied Chemistry Main research directions:1. New type of rechargeable batteries used in large-scale
energy storage2. Micro-control of catalyst and exploration of mechanism3. Integration of new energy conversion and storage
PhD & Master
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70 Chemistry YAO Hongbin Applied ChemistrySchool of Chemistry and Materials
Science
Energy materials are an important part of addressing human energy shortages. Yao’s group research focuses on the development of light emitting materials and energy storage materials. We aim to synthesize high photoluminescent light emitting materials to fabricate high efficient LEDs and build up effective structures in advanced energy storage systems to enhance their stability and rate performance, which is promising to address global issue of fossil-fuel energy resources gradual depletion.
PhD & Master
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Welcome to the Ma research group at USTC! We are exploring 'Chemistry Beyond Molecules', especially at the interfaces of supramolecular chemistry, functional polymers and electrochemistry. We design and develop novel materials with defined structure and superior properties for biomedicine, catalysis and energy application. Current research interests include:
1. Bio-compatible conducting polymers for tissue regeneration. 2. Responsive and robust polymers for ambient energy harvest
and conversion. 3. Non-noble metal catalysts with defined nano-architecture for
water splitting.
PhD & Master
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72 Chemistry XU Xiaolong Inorganic ChemistrySchool of Chemistry and Materials
Science
(1) Interested in research in the field of inorganic chemistry / biochemistry cross-field; (2) Students with biological or medical background are welcome.
PhD & Master
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74 Chemistry WU Si Chemistry and Physics of Polymers
Department of Polymer Science and Engineering/
Hefei National Laboratory for Physical Sciences at the Microscale
Physical Science,
Research interest: light-responsive polymer materialsProfessor Wu Si conducts basic research around light-
responsive polymers and soft materials. His basic research philosophy is to use light to regulate the structure and properties of polymers and soft materials. The research content of Wu Si's group includes the synthesis of new light-responsive polymer materials, and exploring the applications of these light-responsive materials in biomedicine, energy, information, functional coatings, self-healing materials, and micro-nano structure preparation. The light-
PhD & Master
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responsive materials currently studied include azobenzene polymers, metal organic polymers containing ruthenium complexes, and up-conversion nanoparticle composites.
75 Chemistry YE ShujiChemistry and
Physics of PolymersHefei National Research Center for
* New interface characterization technology: fingerprint area resolution technology, femtosecond time resolution technology, space resolution technology, real-time detection technology
PhD & Master
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76 Chemistry ZHOU XiaoguoPhysical Chemistry (including Chemical
Physics)Department of Chemical Physics
Molecular spectroscopy and molecular reaction dynamics(1) Vacuum ultraviolet absorption spectrum and photolysis kinetics of gas phase molecules and ions;(2) The threshold photoelectron-photoion coincidence spectrum of gas phase molecules and related photolysis kinetics;
(3) Gas-phase anion-molecular reaction mechanism and kinetics.
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of USTC
Department of Physics EDUCATION AND RESEARCH EXPERIENCE Xiaoguang Li has authored and co-authored more than 350
refereed journal publications, 4 invited book chapters, and 15 patents. He serves as editorial board members of international journals such as Journal of Materiomics, Materials Letters, Results in Physics, Chinese Physics B, as well as Journal of the Chinese Ceramic Society and so on. RESEARCH INTERESTS
1. Multiferroic thin film, heterostructures and related nonvolatile memory devices, spintronics;
2. Microstructure, electronic and magnetic properties of high Tc compounds and manganite materials;
PhD & Master
Students with a background in condensed matter physics
Hefei National Laboratory for Physical Sciences at the Microscale
Deliang Wang, professor, doctoral supervisor; graduated from the Department of Physics, University of Science and Technology Beijing in 1989; received a master's degree from the Institute of Solid State Physics, Chinese Academy of Sciences in 1992; and a Ph.D. in natural philosophy from Goettingen University, Germany in 1997.
Research direction1.Condensed matter physics2. Semiconductor physics and devices
PhD & Master
Have a solid foundation in physics and mathematics
Main research direction1) In-situ electron microscope characterization;2) Preparation and characterization of multiferroic materials;3) photovoltaic effect of semiconductor materials;4) Nano-device micromachining
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
84 Materials Science Zhang Genqiang Materials Physics and Department of Materials Science Research direction PhD & Have studying background in [email protected]
1. Design and application of electrode materials for lithium / sodium / potassium ion batteries
2. Design, synthesis and application of micro-nanostructured electrocatalysts for transition metal compounds
3. Photocatalytic performance of heterojunction micro / nano structure
Master
relating fields;Proficient in English;Meet the Admission Criteria for International Students of
USTC
u.cn
85 Materials Science and Engineering
ZHU WenguangMaterials Physics and Chemistry
Department of Physics
He received a bachelor's degree from the Department of Physics of Peking University in 1999 and a doctorate from the Institute of Physics of the Chinese Academy of Sciences in 2004. He worked as a postdoctoral researcher in the Department of Physics at Harvard University from 2005 to 2006. From 2006 to 2012, he successively served as research assistant professor and associate research professor in the Department of Physics at the University of Tennessee. He is currently a professor and doctoral supervisor of the Hefei National Laboratory for Microscale Physical Sciences at the University of Science and Technology of China.
Research direction 1.Surface physics / low-dimensional materials / nano materials
Research direction1. Preparation of solar cell material / pure silicon material,
ingot, cutting, texturing, perovskite solar cell material
2. Mineral materials / purification and deep processing, functional materials, composite materials, high-purity quartz, electronic packaging, 3D printing powder
3. Lithium-ion batteries, power battery materials / nanomaterials and nanostructures, electrochemical performance
PhD & Master
Recruit graduates of materials, physics,
metallurgy, chemistry, etc. for PhD and master's degree
1999--2003 Research Fellow, Max Planck Institute for Metal Research, Germany
1996--1999 Ph.D., Institute of Metal Research, Chinese Academy of Sciences
1993--1996 Master, Institute of Metal Research, Chinese Academy of Sciences
USTC
88 Materials Science and Engineering
Lian-Long HeMaterials Physics and Chemistry
Institute of Metal Research, Chinese Academy of Sciences
Research areas: (1) Nano-atom-scale characterization of the microstructure and
defects, interface structure, and structural evolution of the carbon material during the operation process, including: carbon-carbon composite materials, carbon fibers, carbon-silicon carbide composite materials
(2) Microstructure, interfacial structure and phase transition of high-temperature structural materials of ordered alloys of intermetallic compounds
(3) Microstructure and interface structure of thin film materials and nanomaterials
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
Institute of Metal Research, Chinese Academy of Sciences
Research areas:
Research on the principle of composition-structure-structure-property relationship of complex engineering alloys. Currently the main research directions are:
• Phase stability, phase transition and phase interface properties in metals
• The relationship between structural defects and mechanical properties in metals
• Metal oxidation
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
Institute of Metal Research, Chinese Academy of Sciences
He graduated from the Department of Materials Engineering of Dalian University of Technology in 1988. Subsequently, he studied under the famous materials scientist, crystallographer, and academician Guo Xinxin (1923-2006), one of the founders of the Chinese Electron Microscopy Society. He worked in the Beijing
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
Electron Microscopy Laboratory of the Chinese Academy of Sciences and Dalian University of Technology in ten symmetric quasicrystals Electron microscopy of related crystal phases. He received his PhD in 1994.
USTC
91 Materials Science and Engineering
Shao-Qing WANGMaterials Physics and Chemistry
Institute of Metal Research, Chinese Academy of Sciences
Education experience:
1980.09-1984.07: Department of Physics, Shandong University, Bachelor of Science.
1986.09-1989.07: Master of Science, Institute of Metal Research, Chinese Academy of Sciences.
1989.09-1992.05: Institute of Metal Research, Chinese Academy of Sciences, Ph.D.
Research areas: Computational materials science, new material design.
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
Institute of Metal Research, Chinese Academy of Sciences
Institute of Metal Research, Chinese Academy of Sciences, Shenyang National (Joint) Laboratory of Materials Science, Department of Materials Fatigue and Fracture Researcher, Researcher; Leader of the Innovation Project Group of "Thin Films and Microscale Materials and Mechanical Properties". Chinese Academy of Sciences "Hundred Talents Program" winner of the merit support, Liaoning Province "Hundred Million Talents Program" one hundred talents, director of the fatigue branch of the Chinese Materials Research Society, international microelectronic system thermal / mechanical / multiphysics simulation and experiment (EuroSimE) technology Committee member. Mainly engaged in basic research on mechanical behavior of micro / nano-scale materials and their size and interface effects, strengthening and toughening of high-performance layered metal materials, fatigue and fracture reliability of advanced engineering materials, and micro-mechanics.
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
Institute of Metal Research, Chinese Academy of Sciences
Doctoral Supervisor, Winner of National Outstanding Youth Fund, Winner of Chinese Academy of Sciences "Hundred Talents Program"
Research areas: Mechanical problems of new structural materials: study the
mechanical properties of various new block structural materials, and reveal the mechanical problems of various new structural materials in the process of deformation and fracture.
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
Interface and mechanical properties of materials: Taking the typical interfaces in various structural materials as research objects, objectively evaluate the mechanical properties and reliability of typical interfaces in the process of deformation and fracture.
Crystalological effects of deformation and fracture: Taking various typical crystal materials as research objects, reveal the physical nature and damage mechanism of plastic deformation of metal crystal materials.
Mechanical strengthening and toughening mechanism: Through understanding the relationship between the strength, plasticity, fracture toughness and microstructure of metal and alloy materials, explore the strengthening and toughening theory of improving the performance potential of engineering alloy materials.
Fatigue and Fracture Theory of Materials: Establish or develop new theories or methods for fatigue damage and life prediction of metal materials, and further develop or improve the theory of fracture, strength and failure of metal materials.
94 Materials Science and Engineering
Yinlian ZhuMaterials Physics and Chemistry
Institute of Metal Research, Chinese Academy of Sciences
She graduated from Dalian University of Technology in 1991. She obtained a master's degree in engineering from Dalian University of Technology in 1994. In 2005, she obtained a doctorate degree in materials physics and chemistry from Institute of Metal Research, Chinese Academy of Sciences.
Since March 2001, she has worked in the National Laboratory for Materials Science of Shenyang, Institute of Metal Research, Chinese Academy of Sciences. From 2006 to 2007, she was engaged in research on electron microscopy of functional thin films, multilayer films and superlattices at the Max-Planck Institute of Microstructure Physics, Germany.
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
HAI-JUN JIN Materialogy School of Materials Science and Engineering
Preparation of nano-porous metal materials, formation and evolution of nano-porous structure; Mechanical stability and crystal deformation behavior of nanoscale porous metal;
PhD & Master
Have studying background in relating fields;Proficient in English;
Z.Q. Liu MaterialogySchool of Materials Science and
Engineering
He has been engaged in microstructure characterization and in-situ preparation of performance-related material structures and functions for a long time.
This paper mainly focuses on microelectronic materials and their interconnect interface and packaging structure, and carries out applied basic research on microstructure and property evolution of materials.
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
KE LU Materialogy School of Materials Science and Engineering
The multi-stage structure design, preparation and processing technology, characterization and analysis of mechanical properties, physical and chemical properties, structural stability of nano-metal materials, etc., focuses on the structure-performance relationship and the behavior of multi-stage nano-metal materials such as nanometer twin structure, gradient nanostructure, etc., and explores
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
Facing the important national demand for high-performance ceramic and environmental protection ceramic coatings in key fields such as aviation, aerospace and nuclear energy, I led the research team to carry out the design, evaluation and research and development of high-performance structural ceramics for extreme environment
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
Core members of special researchers of the Chinese Academy of Sciences;Winner of "new century excellent talents support plan" of Ministry of education. His research area includes New flame retardant and flame retardant polymer materials; advanced polymer nanocomposite functional materials and inorganic functional materials; green flame retardant biodegradable materials; material fire safety evaluation methods and improvement technologies; key technologies for emergency disposal and environmental remediation of hazardous chemicals; key technologies for fire investigation.
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
Li Liangbin, professor and doctoral supervisor of China University of science and technology, winner of National Science Fund for Distinguished Young Scholars.
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
From 1992 to 1997, Shenyang Foundry Research Institute, group leader, mainly engaged in microstructure simulation and experimental research of solidification process;
In 1998, he graduated from the Department of materials science and engineering of Harbin University of technology and obtained a doctor's degree. In the same year, he was selected into the "hundred talents plan" of the Chinese Academy of Sciences;
From 1998 to 2008, deputy director of research department, Metal Research Institute, Chinese Academy of Sciences, research department of special environmental materials;
From 2008 to now, Shenyang National (joint) Laboratory of
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
materials science, director of research department and member of the Party committee of material processing simulation research department.
115 Materials Science and Engineering
Kui LIUMaterials Processing Engineering
School of Materials Science and Engineering
From 1982 to 1986, he studied metallurgy physics and chemistry in Beijing Institute of iron and steel (now Beijing University of science and Technology) and obtained a bachelor's degree;
1989-1993, majored in material processing engineering, Institute of metals, Chinese Academy of Sciences, obtained master's degree;
From 1995 to 1999, he majored in material processing engineering in Institute of metals, Chinese Academy of Sciences, and obtained a doctor's degree;.
After graduating from 1986, he worked in the first Technology Development Department of Metal Institute, mainly engaged in smelting technology research and development, and served as an engineer in 1991. In 1993, the new national homogeneous alloy engineering research center was established in the Institute of metals and engaged in the same work. In 1995, he served as a deputy researcher. Since 1999, he has been working in the Ministry of special environmental research and a researcher in 2002.
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
Sciences, research intern, assistant researcher, associate researcher1995.10-1996.12 research assistant, City University of Hong
Kong2000.9-2001.3 associate researcher and researcher, Institute of
metals, Chinese Academy of Sciences2001.4-2004.8 University of Missouri, research fellow2004.9-present researcher, Institute of metals, Chinese
Academy of Sciences
118 Materials Science and Engineering
Wenru SunMaterials Processing Engineering
School of Materials Science and Engineering
1984-1988: Shenyang University of technology, bachelor's degree
1990-1996: Master's and doctor's degree, Institute of metals, Chinese Academy of Sciences
Research area:High temperature alloy and its processing technology,
including the research on the function and mechanism of various main alloy elements and trace alloy elements, as well as the development of new alloy; the research on smelting, various hot deformation and cold deformation processing methods (such as forging, rolling, superplastic deformation, etc.), heat treatment and other processing technologies.
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
1999 / 09-2002 / 06, Ph.D., material processing engineering, Institute of metals, Chinese Academy of Sciences
1996 / 09-1999 / 06, Gansu University of Technology (now Lanzhou University of Technology), Department of materials engineering, master's degree
1992 / 09-1996 / 06, Jilin University of Technology (now Nanling campus of Jilin University), Department of metal materials engineering, Bachelor
2009 / 11 – now, researcher, research department of non-equilibrium metal materials, Shenyang National (joint) Laboratory of materials science, Institute of metals, Chinese Academy of Sciences
2007 / 12-2009 / 10, Institute of metals, Chinese Academy of Sciences, Shenyang National (joint) Laboratory of materials science, research department of non-equilibrium metal materials, senior engineer / introduction of outstanding scholars
2002 / 7-2007 / 11, senior engineer, postdoctoral, National Research Center of nonferrous metal composite engineering technology, Beijing Nonferrous Metal Research Institute
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
Academy of Sciences in 1985 and 1989, and obtained Royal Society scholarship in 1991-1993 and worked in Materials Department of Oxford University in England. In 1993, he was promoted as a researcher in the Institute of metals, Chinese Academy of Sciences. In 1996, he was elected as a doctoral supervisor and has trained more than 30 doctoral graduates.
Proficient in English;Meet the Admission Criteria for International Students of
USTC
121 Materials Science and Engineering
SHI-HONG ZHANG
Materials Processing Engineering
School of Materials Science and Engineering
From 1981 to 1991, he studied in Harbin University of technology, majoring in metal plastic processing, bachelor's degree, master's degree and doctor's degree;
1991.9 -1993.10 post doctoral research in the Department of mechanics, Harbin Institute of Technology,
1993.10-1995.6 associate professor, School of materials, Harbin University of technology;
1995.6-1996.2 researcher of Danfoss company in Denmark;1996.2-1998.7 researcher, Aalborg University, Denmark;1998.8-1999.8 professor of Harbin Institute of technology;Since August 1999, he has been a researcher and doctoral
supervisor of Metal Research Institute of Chinese Academy of Sciences.
Director of precision copper pipe engineering research center, Chinese Academy of Sciences since November 2001
Since June 2011, deputy director of Research Department of special materials and devices, Institute of metals, Chinese Academy of Sciences
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
In 1995, he obtained a doctor's degree in corrosion electrochemistry from Institute of metal corrosion and protection, Chinese Academy of Sciences, and his supervisor was academician Cao Chunan.
In January 2000, he was employed as a special researcher of the Japanese government (STA Fellowship) to carry out corrosion research on the selection of disposal tank materials in the geological disposal engineering of high-level radioactive waste and the development of new weathering steel and atmospheric corrosion evolution law in NIMS.
Meet the Admission Criteria for International Students of
USTC
124 Materials Science and Engineering
En-Hou HANMaterials Processing Engineering
School of Materials Science and Engineering
1991.01-1993.01, postdoctoral, Institute of metals, Chinese Academy of Sciences
1993.01-1995.03: deputy researcher and office director, Institute of metal corrosion and protection, Chinese Academy of Sciences
1995.03-1998.04, research scientist, Department of materials, Massachusetts Institute of Technology
1998.07-1999.06: researcher, doctoral supervisor, Research Institute of metal corrosion and protection, Chinese Academy of Sciences, "hundred talents plan", deputy director
From June 1999 to October 2007, chief researcher, doctoral supervisor, deputy director and deputy director of degree committee, Institute of metals, Chinese Academy of Sciences
2007.10-2014.06: Vice President of Shenyang Branch of Chinese Academy of Sciences (concurrently)
2007.10-now, researcher, doctoral supervisor, director of research office, Institute of metals, Chinese Academy of Sciences
From December 2005 to now, director of national research center of metal corrosion control engineering technology
2014.06-now, President of Shenyang Branch of Chinese Academy of Sciences (concurrently)
From October 2014 to present, director, Key Laboratory of nuclear materials and safety assessment, Chinese Academy of Sciences
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
2007 / 07-now, researcher and doctoral supervisor of corrosion electrochemistry innovation project group, State Key Laboratory of metal corrosion and protection, Metal Research Institute, Chinese Academy of Sciences
2005 / 07-2007 / 07: responsible researcher of the innovation group of chemical stability of nanomaterials, State Key Laboratory of metal corrosion and protection, Institute of metals, Chinese
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
electrochemistry office, State Key Laboratory of metal corrosion and protection, Institute of metals, Chinese Academy of Sciences
1998 / 09-1999 / 03, visiting scholar, surface chemistry group, Japan Atomic Energy Research Institute
1993 / 04-1998 / 09, research intern and assistant researcher, corrosion electrochemistry office, Institute of metal corrosion and protection, Chinese Academy of Sciences
126 Materials Science and Engineering
JIANQIU WangMaterials Processing Engineering
School of Materials Science and Engineering
In 2008, she won the final evaluation of the hundred talents program, and in 2010, it won the National Outstanding Youth Fund. He has successively served as the project leader of three phases of "973", "environmental behavior and failure mechanism of materials", "environmental behavior and failure mechanism of nuclear power key materials" and "environmental behavior and failure mechanism of nuclear power key materials and welding parts in micro nano scale", and was responsible for many domestic and foreign cooperation projects. At present, he is the editorial board member of Journal of material science and technology, deputy editor in chief of corrosion science and protection technology, deputy director of hydrogen embrittlement and stress corrosion Professional Committee of China Society of corrosion and protection, member of Youth Committee of China Society of materials research and executive director of Liaoning society of corrosion and protection.
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
1999.6-2001.1: environmental corrosion center, Institute of metal corrosion and protection, Chinese Academy of Sciences, postdoctoral, research assistant;
2001.2 - 2002.2: nuclear materials laboratory, Department of nuclear engineering, KAIST, postdoctoral;
2002.3 - 2005.3: special researcher, iron and Steel Research Center, National Institute of Materials Science (NIMS), Japan;
2005.4 - 2008.8: associate researcher, research center for environmental corrosion of materials, Institute of metals, Chinese Academy of Sciences;
July 2005: Institute of metals, Chinese Academy of Sciences "introduces outstanding scholars".
2008.9 - now: researcher, research center for environmental corrosion of materials, Institute of metals, Chinese Academy of
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
Sciences;2011.4 - now: doctoral supervisor, research center for
environmental corrosion of materials, Institute of metals, Chinese Academy of Sciences.
128 Materials Science and Engineering
Yu-Gui ZHENGMaterials Processing Engineering
School of Materials Science and Engineering
Zheng Yugui, obtained bachelor's degree and master's degree in corrosion and protection from Beijing Institute of Chemical Technology in 1987 and 1990 respectively. He began to work in Institute of metal corrosion and protection of Chinese Academy of Sciences in 1990, and was promoted to associate researcher in October 1995. He worked as a visiting scholar in University of Saskatchewan in Canada from May 1997 to May 1998, and obtained in-service doctor's degree in Materials Science in 1998 Academician Ke Wei, researcher Yao Zhiming), who was promoted to researcher in July 1999, postdoctoral in Korea Advanced Institute of science and technology from June 2000 to November 2000, visiting professor in Ohio University and Ohio State University from August 2003 to October 2003 in the United States, and successively served as title leader, research director, deputy director of National Key Laboratory of metal corrosion and protection, etc , selected as one hundred level of "one hundred million talents project" in Liaoning Province (2009 -).
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
Chen Huaping is currently the Dean of the School of Software and the Executive Dean of the School of Computer. He was selected as the "New Century Excellent Talents Support Program" by the Ministry of Education. He obtained a bachelor's degree in computer science from the University of Science and Technology of China in 1987, and obtained a master's degree and a doctorate degree in computer software from the University of Science and Technology of China in 1990 and 1997. He has been invited to study at the University of Chicago, the Hong Kong Polytechnic University, and
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
the City University of Hong Kong. The institution conducts academic visits and research in related fields. The head of the Intelligent Computing and Application Laboratory has published more than 30 academic papers in major international journals such as IEEE Trans series, IJPR, IJPE, and COR.
131
Management Science and Engineering/
Business Administration
GU Jibao
Management Science and Engineering
Business Administration
School of Management
Gu Jibao, doctor, professor, doctoral supervisor. Now he is the secretary of the party committee and vice president of the School of Management of University of Science and Technology of China. He once served as the director of the Enterprise Management Laboratory of the University of Science and Technology of China, the director of the MBA Center, and the deputy dean of the Graduate School. He has published more than 100 papers in academic journals at home and abroad, and served as a peer reviewer for many domestic and foreign journals. Hosted and participated in dozens of vertical and horizontal research topics. He has rich practical management experience and has maintained good cooperation with government departments, enterprises and institutions and national graduate training management units for many years. Supervised more than 200 masters and doctors, most of whom worked in famous universities (such as the Chinese University of Science and Technology, Hong Kong University, Shanghai Jiaotong University), enterprises and institutions (such as thirty-eight, five state-owned commercial banks, three major telecommunications operators) , And well-known companies (such as Debang Logistics, Chery Automobile, HKUST Xunfei), etc .; is guiding more than 20 full-time master and doctoral students.
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
School of Management The Yangtze River Scholars Distinguished Professor of the Ministry of Education has received funding from the National Science Fund for Distinguished Young Scholars and was selected as a national candidate for the New Century Multi-Million Talent Project. Currently undertaking the National Research Foundation Innovation Research Group Fund and major international cooperation fund projects. He is currently a member of the National MBA Teaching Steering Committee, a member of the evaluation team of the Management Department of the National Natural Science Foundation of China, and an editor of five international academic journals and five domestic academic journals. The research areas are decision analysis and supply chain management. The representative research result is the combination of game theory and data envelopment analysis (DEA). The cross-efficiency balance problem is studied, which better solves the problems of cross-
PhD & Master
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efficiency analysis. Issues of uniqueness and evaluation mechanism selection. Using the principle of non-cooperative games, a DEA efficiency analysis model for the supply chain system is established, which can deeply analyze the efficiency relationship between the subsystems within the system and between the subsystems and the entire supply chain, providing a direction for improving efficiency decisions. Support, the research results have been cited many times by international academic peers, and to some extent, it has led to the application of DEA in the supply chain.
133
Management Science and Engineering/
Business Administration
WU Jie
Management Science and Engineering
Business Administration
School of Management
Doctor of Management Science and Engineering, University of Science and Technology of China, Professor and Doctoral Supervisor of School of Management, University of Science and Technology of China.
PhD & Master
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Wu Qiang, professor (doctoral supervisor) of the School of Management, University of Science and Technology of China. Scientific research work focuses on research in the areas of science and technology management and academic evaluation. For the first time in the field of international academic evaluation, the "W index", "hybrid / pure / non-pure intergenerational citation", "cited personal display", "basic dominance", New concepts, new guidelines and new methods with high theoretical value and strong application prospects, such as "Signs of Matthew" and "Not too close to the H-index", have achieved fruitful research results, and produced domestic and foreign The great response has contributed to the development of scientometrics and information metrology.
PhD & Master
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Yu Yugang, executive dean of the School of Management, University of Science and Technology of China, doctoral tutor, specially invited professor of the Yangtze River Scholars from the Ministry of Education, young and middle-aged leader in science and technology innovation from the Ministry of Science and Technology, and leader from the “10,000 People Program” , Winner of National Outstanding Youth Fund, China Highly Cited Scholar (Elsevier, 2014, 2015, 2016, 2017, 2018), National Innovation Group Project Leader of the Fund Committee.
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
China (973 Program), No. 2007CB814901 Core MemberPart-time: Director of China Association for Probability and
Statistics, Executive Director of Anhui Institute of Finance, Visiting Professor of Xiamen University
USTC
137 Business Administration
FENG FengBusiness
AdministrationSchool of Management
Feng Feng, is currently a professor and doctoral supervisor of the School of Management, University of Science and Technology of China. He mainly conducts research work on two research platforms: science and technology policy and management, competition policy and antitrust (in conjunction with relevant national ministries and commissions). At present, it has completed more than 30 vertical research projects related to various ministries and commissions such as the National Natural Science Foundation of China, the Chinese Academy of Sciences, the Ministry of Industry and Information Technology, the Ministry of Finance, and the Ministry of Science and Technology. He has published more than 120 papers and published 3 monographs. In 2008, he won the special award for teaching achievements in Anhui Province. The research team has 1 professor, 2 associate professors, 10 doctoral students, 7 master students, and 2 international students. Currently teaching courses: corporate strategic management, policy science, public (technical) policy analysis, sociology, business ethics, advanced research methods of public management, qualitative research methods, and modern social survey methods.
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of
Zhiying Liu, Ph.D., Professor, School of Management, University of Science and Technology of China, Professor, Ph.D. Supervisor, Director of Anhui Provincial Key Research Base-Innovation Management Center of Business Management, Director of Case Center of China University of Science and Technology. Published more than 200 Chinese and English academic papers and more than 10 books. Hosted or participated in more than 50 national, provincial and ministerial topics; wrote more than 50 consulting research reports for national, provincial, municipal, and other government departments; management consulting experience for more than 100 companies; won the first prize of national research and consulting , National social science popularization title, won five national outstanding 100 case awards, provincial and ministerial science and technology progress awards, provincial social science works awards, Provincial Party Committee Propaganda Department "one excellent class" award.
PhD & Master
Have studying background in relating fields;Proficient in English;Meet the Admission Criteria for International Students of