Chemistry and Chemical Engineering College

Discripline Major


(¢¡) Major for Undergraduates

Chemistry Major

 1. Major Profile

Chemistry Major (Normal College, Undergraduate, Four-year, Engineering College)

Cultivation Orientation: The Chemistry Major aims at nurturing innovative, open-minded and adaptable teachers for high schools with professional skills consolidation and knowledge of modern teaching concept, as well as with a good master of basic theory of chemistry and experimental skills. Compound talents are supposed to be trained from the aspect of teaching study and chemistry, research on chemical engineering development of science and technology as well as management. A good knowledge of computer and at least one foreign language are required.

Courses Arrangement:

The teaching plan consists of compulsory courses, elected courses and practice. Total 176 credits are required, among which 118 are about compulsory courses and 40 are about elected courses.

Major courses consist of Advanced Mathematics, General Physics, Inorganic Chemistry, Analytical Chemistry, Chemical Physics, Structural Chemistry, Analytical Instruments, Elementary Chemical Engineering, High School Teaching Theory, Intermediate Inorganic Chemistry, Problem Resolution of High School Chemistry, Developments of Functional Material Chemistry, Structural Material Chemistry and other elected courses.

Employment Direction: Chemistry teachers for elementary education and secondary vocational schools; researchers for chemistry enterprises, chemical engineering production and research units.

Grant Degree: B.S. is conferred  

2. Courses Arrangement

Name of Courses

A Concise Outline of Chinese History

Introduction to Mao Zedong Theory and Socialism with Chinese Characteristics

Basic Tenets of Marxism

Ethics Accomplishments

Situation and Policy

College English 1(2¡¢3¡¢4)

Physical Education 1(2¡¢3¡¢4)

An Application of Computer Technology 1(2)

Pedagogy

Psychology

Advanced Mathematics 1£¨2£©

General Physics

Inorganic Chemistry 1£¨2£©

Inorganic Chemistry Experiment 1£¨2£©

Analytical Chemistry

Analytical Chemistry Experiment

Analytical Instrument

Analytical Analysis Experiment

Organic Chemistry 1£¨2£©

Organic Chemistry Experiment

Chemical Physics 1£¨2£©

Chemical Physics Experiment

Structural Chemistry

Fundamental of Chemical Engineering and Experiment

Chemical Teaching Theory

Teaching Research on High School Chemistry Experiment

Intermediate Inorganic Chemistry

Environmental Chemistry

Inorganic Synthesis

Introduction to Catalytic Chemistry

Nanochemistry

Analysis on Chemistry Textbooks of High School

 Resolution of High School Chemical Problems

Research on High School Chemical Experiments

Standard Interpretation of Chemistry Courses

Research on Chemical History and Scientific Method

Comprehensive Experiment of Chemistry 1

Coordination Chemistry

Bio-inorganic Chemistry

Acidosis Chemistry

Inorganic Synthesis

Introduction to Solid Inorganic Chemistry

Modern Test Method and Analysis

Fine Chemistry

Chemical Technology

Chemistry Development Process

Environmental Chemistry

Chemical Mapping

Property of Material Physics

Physical-Organic Chemistry

Exotic Thermoplastic Resin Group Composites

Comprehensive Experiments of Chemistry 2

Polymer Chemistry

Functional Polymer Chemistry

Calculating Chemistry and Molecule Design

Group Theory and Chemistry

Separation Method of Analytical Chemistry

Analysis of Chromatography

Food Chemistry Analysis

Analysis of Ion Chromatography

Pollutant Control Chemistry

Study of Chemistry Examination

Comprehensive Experiments of Chemistry 3

Professional English

Catalytic Reaction Kinetics

Fundamental of Quantum Chemistry

Fundamental of Statistical Thermodynamics

Corrosion and Protection of Metals

Introduction of Rechargeable Chemical Sources

Applied Electrochemistry

Development of Energy and Chemistry

Green Chemistry

Magnetic Fluid and Application

Surface Application and Techniques

Absorption and Separation

Theory of Molecular Orbital Graph

Application of Computer in Chemistry

Elected Courses: Natural Science, Human and Society Science, Pedagogy, Art and Physical Education

Military Training

Teaching and Learning

Social Experience

Term Paper

Graduation Thesis

Total

Material Chemistry Major

1.     Major Profile

Material Chemistry Major (Normal University, Undergraduate, Four-year, Engineer)

Cultivation Objective: Through study, the students are supposed to grasp the basic theory of Modern Material Chemistry, experimental skills, abilities to analyze and solve problems, and at least master one foreign language and computer technology.

Course Arrangement: The teaching plan consists of compulsory courses, elected courses and practice. Total 173 credits are required, among which 44 public compulsory credits are, 73 are majored compulsory, 30 are majored elected credits and 10 are public elected credits.

The major courses include Advance Mathematics, General Physics, Inorganic Chemistry, Organic Chemistry, Chemical Physics, Macro chemistry, Macro Physics, Introduction to Material Chemistry, Instrument Analysis and relative experimental courses as well as Composite Material, Inorganic Functional Material, Solid Chemistry, Development of Chemistry, Structural Chemistry and other elected courses.

Career Direction: The major aims at nurturing specialists engaged in researches on chemistry, material science and teaching management, and trains advanced researchers or skillful talents for research institutes, factories, and companies.

Degree Granted: B.S.

 2. Courses Arrangement

 Name of Couse

 Concise Outline of Chinese History

Introduction to Mao Zedong Theory and Socialism with Chinese Characteristics

 Basic Tenets of Marxism

 Ethics Accomplishments

  Situation and Policy

College English1(2¡¢3¡¢4)

Physical Education1(2¡¢3¡¢4)

An Application of Computer Technology 1(2)

 Advanced Mathematics 1(2)

 General Physics

 Inorganic Chemistry1£¨2£©

 Inorganic Chemistry Experiment

 Analytical Chemistry

 Analytical Chemistry Experiment

 Instrument Analysis

 Instrument Analysis Experiment

 Organic Chemistry

 Organic Chemistry Experiment

 Chemical Physics 1£¨2£©

 Chemical Physics Experiment

 Structural Chemistry

 Fundamental and Experiment of Chemical Engineering

 Material Chemistry

 Polymer Chemistry

 Polymer Physics

 Test Method of Material

 Polymer Scientific Experiment

 Inorganic Functional Material

 Chemical Engineering Mapping

 Chemical Engineering Technology

 Composite Material

 Inorganic Synthesis

 Property of Material Physics

 Intermediate Inorganic Chemistry

 Environmental Chemistry

 Inorganic Synthesis

 Outline of Catalytic Chemistry

 Nano Chemistry

 Comprehensive Experiment of Chemistry 1

 Coordination Chemistry

 Bio-inorganic Chemistry

 Acidosis Chemistry

 Introduction to Solid Inorganic Chemistry                                 

 Fine Chemical Engineering

 Development of Chemical Engineering Processing

 Environment-Friendly Chemical Engineering

 Physical Organic Chemistry

 Comprehensive Experiment of Chemistry 2

 Functional Polymer Material

 Group Theory and Chemistry

 Separation Method of Analytical Chemistry

 Analysis of Chromatography

 Food Chemistry Analysis

 Analysis of Ion Chromatography

 Comprehensive Experiment of Chemistry 3

 Professional English

 Fundamental of Statistical Thermodynamics

 Development of Chemical Energy

 Green Chemistry

Elected Courses: Natural Science, Human and Society Science, Pedagogy, Art and Physical Education

Military Training

Major Probation

Internship

Social Practice

Term Paper

Graduation Thesis

Total

   Drug Engineering Major

1.Major Profile

Drug Engineering Major (Engineering, Undergraduate, Four-Year)

Cultivation Objective: Grasp the basic knowledge and basic skills of Organic Synthesis, Drug Chemistry, Drug Synthesis, pharmacology, Pharmaceutical Industry, Pharmaceutical Engineering; Have a sense of the trend of the major and receive fundamental training of design and synthesis of new medicines; work on the research on the chemical substances and the control over qualities; know modern information processing skills well and at least know one foreign language.

Course Arrangement: The teaching plan consists of compulsory courses, elected courses and practice. Total 173 credits are required, among which 44 public compulsory credits are, 73 are majored compulsory, 30 are majored elected credits and 10 are public elected credits.

Major Courses includes Advanced Mathematics, Mathematical Statics, General Physics, Inorganic Chemistry, Inorganic Chemistry Experiment, Chemical Engineering Mapping, Organic Chemistry Experiment, Chemical Physics, Chemical Physics Experiment, Drug Synthetic Reaction, Experiment of Drug Synthetic Reaction, Microbiology,  Drug Processing Technology, Biochemistry and Experiment, Pharmacy Equipment and Workshop Design, Drug Chemistry and Experiment, Drug Analysis and Experiment, Drug Analysis and Experiment, Pharmacy and Experiment, etc.   

 Career Direction: The major aims at training skillful, innovative talents working in Drug Analysis Institutes, Drug Production and Circulation Enterprises, Medical Schools, Drug Quality Control Institutes and also work on the production, development, technology processing, application research, quality control as well as management in fine chemistry area. 

Degree Granted: B.E.

2. Course Arrangement

Name of courses

 Concise Outline of Chinese History

Introduction to Mao Zedong Theory and Socialism with Chinese CharacteristicsBasic Tenets of Marxism

Ethics Accomplishments

Situation and Policy

College English 1(2¡¢3¡¢4)

Physical Education 1(2¡¢3¡¢4)

An Application of Computer Technology 1(2)

Advanced Mathematics

Mathematical Statics

General Physics

Inorganic Chemistry

Inorganic Chemistry Experiment

Analytical Chemistry

Analytical Chemistry Experiment

Chemical Engineering Mapping

Chemical Physics Experiment

Drug Synthesis Reaction

Experiment of Drug Synthesis Reaction

Micro Biochemistry

Organic Chemistry 1£¨2£©

Chemical Physics

Drug Processing Technology

Biochemistry and Experiment

Drug Processing Instrument and Workshop Design

Chemical Theory and Experiment

Pharmaceutical Chemistry and Experiment

Organic Chemistry Experiment 1£¨2£©

Drug Analysis and Experiment

Pharmaceutics and Experiment

 Instrument Analytical Chemistry and Experiment

Absorption and Separation of Active Ingredient of Traditional Chinese Medicine

Introduction to Pharmacy

Colloid Chemistry

Pharmacology

Physiology

Structural Analysis of Organic Chemical Compound

Toxicology

Science of Traditional Chinese Medicine

Chemical Engineering and Meter and Automation

Natural Pharmaceutical Chemistry

Pharmaceutical Management

Photochemistry

Environmental Chemistry

Introduction to Catalytic Chemistry

Chemistry History and Research on Scientific Chemical Method

Coordinated Chemistry

Bio-inorganic Chemistry

Acidosis Chemistry

Development of Chemical Engineering Processing

Environmental Chemical Engineering

Physical Organic Chemistry

Macromolecule Chemistry

Group Theory and Chemistry

Analysis of Chromatography

Food Chemistry Analysis

Professional English

Catalytic Reaction Dynamics

Fundamental of Statistical Thermodynamics

Metal Corrosion and Maintenance

Elected Courses: Natural Science, Human and Society Science, Pedagogy, Art and Physical Education

Military Training

Internship

Social Practice

Course Arrangement

Graduation Thesis

Tital

(¢ò) Majors of Postgraduates and Major Direction

Inorganic Chemistry Major (Material Physics and Chemistry)

1.     Major Profile

Cultivation Direction: Inorganic Chemistry enrolls and nurtures postgraduates from 4 directions: Acidosis Chemistry, Coordinated Chemistry, Bio-inorganic Chemistry and Solid Inorganic Chemistry. Material Physics and Chemistry major enrolls and nurtures postgraduates from 2 directions: Preparation, characterization and Property Method of inorganic new materials, and bio-functional material.

Cultivation Objective: Grasp solid foundation and basic theory of Inorganic Chemistry; know the trends of relative researches on Inorganic Chemistry; have abilities to put knowledge into practice; have an independent thought and innovative spirit.

In compliance with the features of normal universities, the major aims at nurturing students with modern teaching concepts, a good master of teaching theory and teaching principles, and with good qualities and skillful teaching ability. The students can be qualified to teach inorganic chemistry in college.

Besides, students are also required to have better understanding of chemistry references and retrieval capability, to carry out innovative research on inorganic chemistry independently, to do experiments with modern instruments and text methods, and to be qualified to higher education and scientific research in science institute.

Study Period: 2.5-4 years

Credits Required: Pass all the exam (compulsory courses compulsory courses£¾75;elected courses£¾60) and get more than 30 credits.

    2. Course Arrangement

Name of Courses

Foreign Language

Marxism Theory

Quantum Chemistry

Advanced Inorganic Chemistry

Advanced Coordinated Chemistry

Advanced Organic Chemistry

Rare Earth Chemistry

Modern Analytical Techniques

Acidosis Chemistry

Modern Inorganic Experiment

Bio-inorganic Chemistry

Inorganic Material Chemistry

Catalytic Chemistry

Group Theory of Chemistry

Teaching Practice

Academic Report

PS: Compulsory Courses are marked with ¡ï

3. Supervisor Profile

(1) Leading Expert: Li Jinzhou

Li Jinzhou, male, was born in Jianhu, Zhejiang, in 1954. He received M.S. from Chemistry Department of Jilin University and was promoted as professor in 1998. He is the current vice dean of Chemical Engineering Department of Harbin Normal University, the leading expert of the key project of inorganic chemistry and the postgraduate program. Besides, he is the administrative member of Heilongjiang Chemistry Institute and Heilongjiang Microelement Institute.

His research interest is in new functional of derivates of Diketene to the Syntheses of Heterocyclic Compounds and research on non-nano materials. He has been in charge of over 10 projects, including Natural Science Foundation of Heilongjiang, Scientific and Technological Projects of Heilongjiang, innovation projects for Heilongjiang backbone teachers and Scientific and Technological Foundation of Heilongjiang Education Department, etc. He has published over 100 theses in important periodicals, such as, Inorg. Chem.Comm., Anal. Lett., J. Coord. Chem., Res. Technol., Rev. Anal. Chem.£¬Instrum. Sci. Technol.£¬Chin. J. Strut. Chem,Acta Cryst.£¬ J. Rare Earths, Journal of Inorganic Chemistry, Journal of Chemical Physics, Spectroscopy and Analysis of Spectroscopy, etc. 25 theses have been collected by SCI and EI. He has received 1 third prize of Heilongjiang Science and Technology Award, 1 second prize of Heilongjiang Science and Technology Award for Higher Education, and has published several textbooks for college education. Besides, He has presided or joined many Heilongjiang Education Reform projects and has received Zeng Xianzi Education Award and has been titled with School Famous Teacher.

£¨2£©Specially-appointed Professor: Zhu Guangshan

Zhu Guangshan, male, was born in 1971. He was professor of Chemistry Department of Jilin University and a supervisor of postgraduate, specially-appointed professor of Changjiang Scholar Team, and also a specially-appointed professor of Harbin Normal University. His research interest is in: 1. Synthesis, preparation and group packaging of various condensed state mesoporous materials and also the application to adsorption, separation and catalysis as well as to the light, electric and magnetic. 2. Synthesis design and reserve research of metallorganic compounds. 3. Synthesis design and property research on inorganic nonmetallic materials. He has received NNSFC in 2008 and has been prized as National Distinguished Youth Scholars Foundation in 2007 and Jilin Distinguished Youth Scholar in 2005 as well as been prized as New Century Distinguished Talent of National Educational Department in 2004. He has published over 200 academic theses in international periodicals, such as, Angewandte Chemie-International Edition, Chemistry-A European Journal, Journal of the American Chemical Society, etc.

 (3) Qu Fengyu

Qu Fengyu, female, was born in November 1963, being a doctor and professor as well as a PhD supervisor. Graduated from the Chemistry Department of Harbin Normal University in 1984, she received her bachelor¡¯s degree there. She received her master¡¯s degree majored in Biochemistry and Molecular Chemistry in Jiamusi Medicine institute in 1999. She received her PhD in Jilin University key lab of inorganic synthesis preparative chemistry in 2006.

Her research interest mainly focuses on inorganic functional material, including porous material, drug carrier, restoration-oriented material as well as the study of synthesis and function of biological and medical materials. In recent years, she has published several articles in famous academic journals at home and abroad, such as ChemPhysChem, Micro.and Meso, Mater, Euro. J. Inorg. Chem. Qu Fengyu also performs as the chief expert of Heilongjiang Provincial Science-Innovated Group, presides NNSFC and Heilongjiang Provincial Innovation Base for Postgraduates as well as Natural Science Foundation of Heilongjiang Province. She also pushes forward the horizontal integration with Chemical Physics Institute of Chinese Academy of Sciences in Dalian, and promotes the cooperative project with Shanghai Meidong Biomaterial Company as well as performs as the chief scientist of the provincial innovation team in universities ¡°New Functional Material & Green Chemistry-Innovated Team¡±. 

(4) Zhou Baibin

Zhou Baibin, a doctor and professor, was born in April, 1964, is the current vice dean of Graduate School and also the vice chief of Heilongjiang Chemistry Institute. He is also the administrative member of Daily Chemical Engineering Institute and administrative member of Harbin Material and Test Institute. He is also the editor of Chemistry and Adhesion, the member of Heilongjiang Degree Granted Institute and the member of Heilongjiang Senior Post Validation Committee.

Zhou¡¯s research interest is in oxometallates and nano materials. Zhou has presided and joined over 20 scientific projects and been in charge of 3 NNSFC. Since 2001, Zhou has published over 70 thesis collected by SCI in several journals, such as, Chem.Commun., Inorg. Chem, Crystal Growth & Design, Cryst Eng Commun, Dalton Transactions, J.Colloid Interface Sci., Eur. J. Inorg. Chem, Electrochimica Acta, Inorg.Chem.Commun., J£®Alloys Compounds, J. Solid State Chem., Inorg. Chim. Acta, Mater. Lett., J. Mol. Struct., Solid State Sci., etc. Besides, he has been authorized 1 State Invention Patent and has been in charge of 4 textbooks. He has received 1 third prize of Science and Technology Award of Heilongjiang Education Department and 1 second prize of Heilongjiang Science and Technology Award for Heilongjiang Education Department (Natural Science).

(5) Jiang Jingjie

Jiang Jingjie, professor, was born in 1962. Jiang¡¯s research interest is in Bio-functional material. Jiang has joined 1 NNSFC about ordered multilayer and property research on nanoparticles. Jiang has presided 2 Scientific and Technological Research Award of Heilongjiang Education Department and 1 research project of human and social science. Jiang has published 4 textbooks and 4 theses in Journal of Molecule Science, Rare Earth and other periodicals. Jiang has received 1 second prize of Heilongjiang Science and Technology Advance Award (rank 3rd), and received 1 second prize of Heilongjiang Science and Technology Advance Award for higher education(rank 3rd ), and received 1 third prize of Heilongjiang Science and Technology Advance Award for higher education(rank 5th ).

(6) Zhu Chuncheng

Zhu Chuncheng, male, was born in 1964, a professor and doctor, and is the current vice director of Scientific and Technological Division of Harbin Normal University. He received his bachelor¡¯s degree from Chemistry Department of Harbin Normal University in 1988, and received his master¡¯s degree from Applied Chemistry Department of HIT in 1997, and received his PhD from Composite Material Institute of HIT in 2004, and has become a postgraduate in 2007. His research interest is in inorganic mutilate material and self-propagating sintering synthetic ceramics. He has been engaged in the research on new materials, especially in artificial crystal materials, new nano materials, functional ceramics with metals, and self propagating High Temperature Synthesis for so many years. Besides, he has published over 40 theses in periodicals and international conferences at home and abroad, among which 12 have been collected by SCI and other 10 have been collected by EI. He has applied 8 State Invention Patent and has been authorized 4 patents. He has been in charge of 6 projects including Natural Science Foundation of Heilongjiang, Heilongjiang Postgraduate Foundation and Key Projects of Heilongjiang Education Department, etc. He has received 1 first prize of Heilongjiang Excellent Teaching Achievement and many other awards. Besides, he has received second prize of Heilongjiang Science and Technology Advance Award and 1 second prize of National Science and Technology Advance Award and 1 second prize of Defense-related Science and Technology Award and other awards.

(7) Jiang Hongquan

Jiang Hongquan, male, a professor and a D.E. is the current vice dean of the Modern Scientific Experiment Center. He received his B.S. from chemistry department of Harbin Normal University in 1991, and received M.E. from Environmental Engineering Major of Harbin Institute of Technology in 2001, and received his D.E. from City Construction and Environment Major of Harbin Institute of Technology in 2006. His current research interest is in preparation of environmentally functional nano materials, and characterization and research on applied technology. He has published over 20 theses, among which 4 have been collected by SCI and 8 have been collected by EI. He has applied 1 State Invention Patent and published 1 monograph. Besides, he has been in charge of 2 projects of Science and Technology Research of Heilongjiang Education Department, 1 project of Backbone Teacher Foundation of Harbin Normal University and 1 project of Youth Backbone Teacher Foundation of Harbin Normal University. In addition, he has joined 1 Natural Science Foundation of Heilongjiang Province and 1 project of City Construction at provincial level.

(8) Zhang Xu

Zhang Xu, female, a professor and D.S. She graduated from USTC in January, 2004. Her research interest is in hieroglyph synthesis and properties of inorganic materials. He has published over 20 academic journals in SCI including Crystal Growth & Design, Langmuir, Journal of Colloid and Interface Science, etc. She has received two second prize of Heilongjiang Science and Technology Awards in 2006 and 2009, and received Youth Backbone Teacher Foundation of Heilongjiang and also special funds for youth scientists supported by Harbin Science and Technology Department in 2010.

(9) Li Gang

Li Gang, a associate professor and doctor, was born in 1969. He received his B.S. from Chemistry Department of Harbin Normal University in 1992, and received his M.S. from Chemical Physics Major of Harbin Normal University in 1995, and received his D.E. from Material Physics and Chemistry Major of Harbin Institute of Technology in 2006.

His research interest is in analysis and characterization of material structures, prediction of material property and design and other researches. He once was a visiting scholar to Japanese Dedao University in 2006 and pursued advanced study in Oscar University in 2007.

He has presided or joined over 10 projects. In recent years, he has published 22 academic theses in periodicals at home and abroad, such as Materials Chemistry and Physics, Materials Letters, Journal of Materials Science, Science China Press, Journal of Molecule Science, etc. 9 thesis have been collected by SCI and 8 have been collected by EI. He has been authorized 3 State Invention Prizes, 1 third prized of Heilongjiang Science and Technology Advanced Award, 2 first prize of Science and Technology Advanced Award of Heilongjiang Education Department, and 1 second prized of Heilongjiang Science and Technology Award of Higher Education and 1 second prize of Excellent Research Paper at school level.

 (10) Wu Xiang

Wu Xiang, male, a associate professor and Doctor, was born in September in 1975. His research interest is in research on preparation, characterization and structure of nano materials of oxides and sulfide. He is the current advanced member of CSMNT and also an advanced member of C-MRS. He once was a visiting scholar to NIMS from November, 2009 to April, 2010. Besides, he is the editor of several periodicals, such as, Journal of Physical Chemistry C, Journal of Solid State Chemistry, Current Nanoscience, Materials and Design.

He has published 26 academic theses in periodicals at home and abroad, among which 20 have been collected by SCI and 66 have been cited 66 times. He has applied 4 invention patents and has joined projects of NNSFC, NCNST and national science foundations for basic research. He currently presides 1 Harbin Normal University Foundation for Backbone Teachers, 1 National Foundation for Postgraduates, and 1 Heilongjiang Postgraduate Foundation, 1 Heilongjiang Education Department Foundation and 1 National key Scientific and technological Project. He has received 1 second prize of Heilongjiang Science and Technology Advance Award and his doctoral thesis has been awarded 12th Excellent Doctoral Thesis of Harbin Institute of Technology.

(11) Su Zhanhua

Su Zhanhua, male, an associate professor and PhD of Engineering was born in May, 1979. He received his B.S. in July, 2002, and received his M.S. in July, 2005, and received his D.E. in March, 2009. His research interest is in research on Oxometallate Chemistry and he is currently engaged in teaching material chemistry, coordinated chemistry, and engaged in researches on synthesis of rare earth and oxometallates of transition metals and transferring chemistry as well as inorganic material chemistry. He is a member of Chemistry Institute of China.  

He is currently in charge of 1 project of Heilongjiang Education Department and 3 projects of NNSFC. In recent five years, he has published over 30 SCI theses in international conferences and periodicals, such as, Inorg.Chem, CrystEngComm, Crystal Growth & Design, Dalton Transactions, Inorganica Chimica Acta, Eur.J.Inorg.Chem, Inorg.Chem.Commun, etc. He has received 1 second prize of Heilongjiang Science and Technology Advance Award for Higher Education and has been authorized 1 State Invention Patent.

                                Organic Chemistry Major

1. Major Profile

Cultivation Orientation: the Organic Chemistry Major enrolls and nurtures postgraduates in the direction of Metal Organic Chemistry.

Cultivation Objective: Have a solid foundation of basic theory of Organic Chemistry and a good knowledge of specialty knowledge, know the trends of research on organic chemistry, have independent studying ability and innovative ability, as well as have a good master of basic knowledge and skill of computers.

Study Periods: 2-4 years

Credits Required: Pass all the exams (compulsory courses£¾75;elected courses£¾60) and get more than 30 credits.

2. Curriculum Arrangement

Name of Subjects

Foreign Languages

Marxism Theory

Group Theory in Chemistry

Quantum Chemistry

Chemical Statistic Thermodynamics

Catalysis in Chemistry

Metal Organic Chemistry

Organic Chemistry for Higher Education

Inorganic Chemistry for Higher Education

Organic Synthesis

Modern Analysis Resolution

Teaching Application

Academic Report

Courses for postgraduates are marked with ¡ï

3. Supervisor Profile

(1) Chief Expert: Jin Yingxue

Jin Yinxue, male, was born in October, 1966, being a professor and doctor. He received his PhD from Korean Pusan University in 2003, and did his postdoctoral research in Korean Pusan University at the same year, as well as did the postdoctoral research in Taiwan University in 2006. He also worked as a advanced researcher in Korean Yixin Chemistry Company from March, 2003 to December, 2005.

His research interest is in synthesis of optical macrocyclic compounds and synthesis of drugs. He is in charge of 1 NNFSC, 1 Provincial Natural scientific foundation, 1 overseas talents project supported by National Education Department, 1 overseas talents project supported by National Personnel Department and 1 Heilongjiang Project for Overseas Talents. In recnt years, he has published about 40 academic thesis in academic journals, such as J.Am.Chem.Soc, Org.Lett, J.Photochem. Photobiochem. Chem.A,  Tetrahydro, Bull. Korean. Chem, and Organic Chemistry. He also has applies 2 patents.

(2) Yue Qunfeng

 Yue Qunfeng, female, professor, was born in 1979. She received her D.S. from Chemical Physics Institute of Lanzhou, Chinese Academy of Science. Her research interest is in macromolecule chemistry and material synthesis. She currently is in charge of 1project of Heilongjiang Provincial Education Department, 1 Harbin Scientific and Technological Innovation Project, 1 project for Harbin Youthful Backbone Teachers, and participants 2 NNFSC and 2 Natural Science Foundation of Heilongjiang Province. She has published 17 academic theses in public and has been authorized 1 patent.

                                 Chemical Physics Major

1. Major Profile

 Cultivation Orientation: the Chemical Physics Major enrolls and nurtures postgraduates in one direction: Quantum Chemistry, Catalysis Chemistry and Electrochemistry.

 Cultivation Objective: Have a solid foundation of basic theory of Chemical Physics and a good knowledge of specialty knowledge, know the trends of research on Chemical Physics, have independent studying ability and innovative ability, as well as have a good master of basic knowledge and skill of computers. In accordance with the feature of normal universities, the Chemical Physics major aims to train students with modern educational concepts and a good knowledge of basic teaching theory and basic laws of teaching, and makes students be qualified teachers for higher education.

Study Periods: 2-4 years

Credits Required: Pass all the exams (compulsory courses£¾75;elected courses£¾60) and get more than 30 credits.

2. Curriculum Arrangement

Name of Subjects

Foreign Languages

Marxism Theory

Statistical Mechanics for Chemistry

Base of Quantum Chemistry

Catalysis Chemistry

Preparation of Solid Catalyst and Characterization of Catalyst

Group Theory in Chemistry

Ligand Field Theory

Molecular Orbital Theory

Advanced Inorganic Chemistry

Research Method of Electrochemistry

Electrochemistry in theory

Chemical Study on Reaction Kinetics

Modern Analytical Method

Advanced Organic Chemistry

Applied Electrochemistry

Organic Chemistry Synthesis

REES in Chemistry

Calculating Method of Quantum Chemistry

Teaching Application

Academic Report

2.Supervisor Profile

(1)   Leading Expert: Cai Qinghai

Cai Qinghai, a professor and doctor, was born in March, 1962. He has been the editor of Catalysis Communications., ChemSusChem, Fuel Processing Technology, Energy & Fuel, Industrial & Engineering Chemistry Research and other periodicals. He is the executive administrative of Heilongjiang Institute of Chemistry, member of Heilongjiang SME Advisory Committee, chief director of Fine Chemistry Research Center of Harbin Normal University and also the leading expert of ¡°Advanced Functional Material and Green Chemistry¡± Innovation Team of Harbin Normal University.

Cai¡¯s research interest is in material and catalytic chemistry. In recent three years, Cai has published over 50 theses in periodicals at home and abroad including Journal of Physical Chemistry C, Applied Catalysis A:General, Catalysis Communications, Chemistry Engineering Journal, Electrochimica Acta, Catalysis Letters, etc. 28 theses have been collected by SCI. Cai has been in charge of 20 horizontal projects at national, provincial and municipal levels. Besides, he has presided 9 scientific research projects. All in all, he has received more than 2,400,000 RMB as investment. He has received 1 second prize of Heilongjiang Science and Technology Award (Natural Science), 1 second prize of Heilongjiang Science and Technology Award for Higher Education and has been entitled with ¡°Advanced Inventor¡± in 2005.

£¨2£©Part-time Professor: Xu Hengyong

Xu Hengyong, male, was born in 1963, a PhD supervisor, professor and researcher. He is the leader of 801 Project of Dalian Chemiscal Physics Research Institute of Chinese Academy of Science. He received 1st Heilongjiang Distinguished Youth Foundation in 1995 and received special Government Allowance in 1996. Since 1996, he has been the editor of Journal of Natural Gas Chemical Industry and he once was the executive administrative of 25th Chinese Academy of Chemistry in 1999. His research interest: metal palladium-based composite membranes and its application; new functional catalytic materials; synthesis and transfer of catalytic natural gas (hydrogen); key technique of small-scale preparation of hydrogen; synthesis of sulfur tolerant; syntheses of DEM and synthesis of LPG. As the president of the committee, he has successfully held the 3rd International Organic Metal, Metal Catalyst and Catalytic Chemistry Conference as well as the 6th National Youth Catalysis Conference.

He has carried out national subjects in National 973 Project and major subjects in National 863 Project and major subjects of BP Project, FP 6& FP 7, Special Foundation of Chinese Academy of Science, Key Project of CNPC, etc. He is provided more than 50,000,000 RMB to do scientific research. 2 of his monographs have been formally published. Besides, he has joined composing of 2 monographs. He has published nearly 300 theses and has applied over 40 NIPs and over 10 international patents. Totally he 9 scientific research achievements and awards of academic thesis.

(3) Wang Xiaoguang

Wang Xiaoguang, a professor and D.E., was born in 1961. His research interest is in materials and catalyst. He has presided 6 projects at national or provincial level, one of which has been finished and a Natural Science Foundation at provincial level ¡°New Polyoxometalate and the study of Catalytic Behavior¡± is still ongoing. His two scientific achievements have respectively received second prize of Scientific and Technological Award of Heilongjiang Province. Besides, he has published over 20 theses in periodicals at home and abroad, such as, Electrochimica Acta, Electroanalysis, Fuel Processing Technology, Theor Chem Acc, J. Phys. Chem. C, Chem.Res.in Chin. Univ., React. Kinet. Catal. Lett., Journal of Chemistry Engineering and Acta Petrolei Sinica, etc.

He is the current the Secretary of the Party Committee of the Chemistry and Chemical Engineering College, and also is the key participant of several innovation teams including ¡°Chemistry and Physics¡± at provincial level, key lab at provincial level, and Scientific and Technology Innovation Team at provincial & school level.

(4) Shang Yongchen

Shang Yongchen, male, was born in August, 1968, being a doctor and supervisor for postgraduates. He received his bachelor degree from Chemistry Department of Harbin Normal University in 1990 and received his master degree from chemical physics Department of Harbin Normal University in 1995, and then attained his PhD from Jilin University in 2005. 

His research interest is mainly in Synthesis, Characterizations and Catalysis of porous materials. He currently joins 1 NNSFC, presiding 1 Provincial Natural Scientific Foundation of Heilongjiang and 1 Harbin Special Fund for innovative talents. In recent three years, he has published about 20 papers in academic journals at home and abroad, such as Catalysis Communications, Journal of Molecular Catalysis A, Journal of Alloys and Compounds, React.Kinet.Catal.Lett, the newspaper of catalysis, Petrochemical Industry and so on.

(1)      Gao Ying, female, professor. She received her B.S. from Chemistry Department of Beijing Normal University, and has received her M.S. and D.S. from Changchun Applied Chemistry Institute of Chinese Academy of Science. She is now doing research on fuel cells anodes.

She has presided 1 NNSFC and 2 projects of Natural Science Foundation of Heilongjiang. She also has been in charge of 1 Harbin Science Innovation Foundation for Specialists and 2 projects of Heilongjiang Education Department Fund. She has published 19 theses as the first writer collected by SCI, among which 2 have 5.2 impact factors and 1 have 4.2 impact factors , and 3 have 3.7 impact factors. As the first editor, she has published 2 works, one of which is Resolution Guidance of Chemical Physics published by People Press of Heilongjiang. The other is Fundamental of Electrochemistry published by CIP in 2004 and was printed again in 2007. She has received 1 first prize of Heilongjiang Science and Technology Award for Higher Education and 1 third prize of Heilongjiang Science and Technology Award.

(6) Wang Yuhe

Wang Yuhe, male, a professor and doctor, was born in 1962. He received his B.S. from Chemistry Department of Harbin Normal University in 1985 and received his M.S, from Chemistry Department of Harbin Normal University in 1988, and received his PhD from the Chemistry Department of Qsinghua University in 2005. He did his postdoctoral research in Chemical Department of Michigan University, USA, from 2005 to 2009.

His research interest is in catalyzed chemistry and adsorption and separation: hydrogen production and desulfurization of natural gas and liquid fuel as well as the reserve of hydrogen. He has presided 1 Heilongjiang Education Department Scientific Research Foundation for Overseas Talents, and 1 Heilongjiang Education Scientific Research Foundation for Overseas Talents, and 1 first prize of Science Advance Award for Heilongjiang Higher Education. In recent years, he has published 11 theses in several periodicals, such as, Journal of Molecular Catalysis£¬Industrial & Engineering Chemistry Research£¬Journal of the American Chemical Society£¬Journal of Catalysis £¬Chemical Engineering Science£¬Langmuir£¬Topics in Catalysis£¬Catalysis Letters, etc.

£¨7£©Wu Bing

Wu Bing, female, a professor and doctor, was born in December, 1962. Her research interest is in proton exchange membrane fuel cell and catalysis. She is in charge of 1 Natural Science Foundation of Heilongjiang Province, 1 Scientific and Technological Innovation Project of Harbin Scientific and Technological Department, and 1 Scientific Research Foundation of Provincial Education Department. She has finished 4 other projects including NNSFC, Natural Science Foundation of Heilongjiang Province, Scientific and Technological Department of Harbin, Foundation of Provincial Education Department and so on. She has published over 30 theses in Applied Catalysis B, J of Power Sources, J of catalysis letters and other periodicals. Besides, she has received 1 first prize of Science and Technology Advance Award by Provincial Education Department and 1 third prize of Provincial Science and Technology Award (First Participant). 

(8) Wang Hongxia

Wang Hongxia, female, a professor and D.S., was born in June, 1974. Her research interest is in porous material, preparation of photocatalytic Fe3O4 catalyst, methane reforming, removing organic pollutant and other catalyzed reaction. She is now the reserve leading expert of the provincial key subject of Chemical physics of Harbin Normal University.

In recent five years, she has been in charge of 6 projects including Natural Science Foundation of Heilongjiang Province, Youth Foundation of Heilongjiang Province, and Provincial Education Foundation for Backbone Teachers, and so on. She has supervised 12 postgraduates. Besides, Her 10 theses have been collected in SCI, such as, Catalysis Letters, Journal of Alloys and Compounds, Journal of Magnetism and Magnetic Materials, Newspaper of Chemical Physics and Newspaper of Catalyst, etc. She has been authorized 1 invention patent and received funds solely from Postgraduate Innovation Base Foundation supported by Provincial Education Department. Among her projects, ¡°Preparation of Environmental-Friendly Catalyst Material¡± received second prize of Heilongjiang Scientific and Technology Award in 2009, and ¡°Greening Research on New Catalyst and Catalyzed Reaction¡± received second prize of Heilongjiang Scientific and Technology Award for Higher Education in 2007. Besides, ¡°Study of Supported Liquid Phase Catalysts¡± has received acceptance from specialists of Harbin Scientific and Technological Department.

(9) Tian Ying

Tian Ying, female, professor. Her research interest is in environmental catalysis. She is current in charge of 1 Scientific Research Project of Provincial Education Department and has participated 1 NNFSC, and has published 5 theses of various kinds since 2007.

(10) Deng Chao

Deng Chao, female, a vice professor and doctor, was born in 1978. She received her D.E. from Electrochemistry Department of Harbin Institute of Technology in 2006. Her research interest is in electrochemical power sources and relative techniques, including li-ion battery, mh-ni batteries, and reaction mechanism of fuel cells, preparations of electrode materials, design of batteries and Property-Test of Electrochemistry and so on. She has been in charge of several projects of NNFSCY and Natural Science Foundation of Heilongjiang Province. She has published over 40 theses and has received 5 invention patents, and also won 1 first prize of Science and Technology Award of Heilongjiang Higher Education.  

(11) Liu Jiawen

Liu Jiawen, female, a vice professor and doctor, was born in April, 1974. Her research interest is in nonmaterial and photo catalytic nonmaterial, new method of designing and synthesizing new sources and environmental materials.

In recent years, she has published over 20 theses in Int. J. Hydrogen Energy, Solid State Commun, Mater. chem. phys., J. Alloys Compd., Cent. Eur. J. Phys., and so on, among which 15 have been collected by SCI. She is in charge of 7 projects, including NNFSC, Youth Scientific and Technological Innovation Foundation of Heilongjiang Education Department and so on. She has participated 6 NNFSC projects, and has 1 third prize of Heilongjiang Higher Education Scientific and Technology Award. She has been authorized 1 State Invention Patent and editor of J. Solid State Chem., Mater. Sci. Eng, and other international periodicals.

(12) Zhao Jinxiang

Zhao Jinxiang, male, a vice professor and doctor. His interest is in research of theories of Low Dimensional Nanomaterial. The Scientific Project he has carried on is Functional Inorganic Chemistry and Catalysis Property of Propane Aromatization, and has been awarded Scientific and technological achievements of Heilongjiang Provincial Higher Education in 2011.

In recent five years, he has published 22 theses in Journal of Chemical Theory and Computation£¬The Journal of Physical Chemistry C£¬Nanotechnology, J. Chem. Phys, Theory Comput£¬Materials Chemistry and Physics£¬Diamond and Related Materials£¬Journal of Computational and Theoretical Nanoscience£¬Journal of Physics and Chemistry of Solids.

Analytical Chemistry Major

1. Brief Introduction

Cultivation Orientation: Analytical Chemical enrolls postgraduates in two areas: chromatography analysis and food analysis.

Cultivation Objectives: Have knowledge of analytical chemistry and the basic theory of relative subjects, as well as learn to analyze the trend of chemistry, study research methods and special skills for analysis, and be able to carry on the scientific research independently and to compose thesis. Besides, Students are supposed to solve practical problems, to master a foreign language, and to understand and translate materials about chemistry in foreign languages as well as have certain abilities in reading, writing, speaking and listening.

Studying Period: 2-4 years

Credits required: Pass all the exams (compulsory courses£¾75;elected courses£¾60) and get more than 30 credits.

2. Curriculum Arrangement

Name of the Subject

Foreign Languages

Marxism Theory

Modern Analytical techniques

Modern chromatography analysis

Elementary Molecule Chemistry

Statistical Thermodynamics

Analytical Chemistry of Food

Analytical Chemistry of Environment

Technology in Analytical Chemistry

PS: Compulsory Courses are marked with ¡°¡ï¡±

3. Supervisor Profile

£¨1£©Leading Expert: Yu Hong

     Yu Hong, a professor and doctor, was born in 1963, and received bachelor¡¯s degree from Heilongjiang University in 1985 and received master¡¯s degree from Dalian University of Technology in 1988 as well as received PhD from the postgraduate school of Chinese Academy of Science in 2003. Yu got promoted as a associate professor in 1996 and got an exceptional promotion to be a professor in 1999 and currently is the member of ion chromatography committee of Chinese Analytical Instrument and also is the executive member of Harbin Material Test Committee.

Yu¡¯s research interest is the chromatography analysis, focusing on the application study of ion chromatography and high performance liquid chromatographic analysis. Yu has been in charge of about 10 research projects, such as Provincial Natural Science Foundation of Heilongjiang, Heilongjiang Innovation Projects for college backbone teachers, Scientific and Technology Innovation Project supported by Heilongjiang Education Department and so on. Yu has published more than 100 theses in Journal of Chromatography A, Analytical Sciences, Chromatographia, Analytical Letters, Newspaper for Higher Education Chemistry, Analytical Chemistry, chromatography and others. He published 8 thesis in Journal of Chromatography A (the impact factor by SCI was 4.101 in 2009), and single thesis has been collected by SCI for 37 times. Yu independently wrote Ion Chromatography Analysis. Yu has got second prize of Heilongjiang Provincial Scientific and Technological Award, first prize of Scientific and Technology Award from Chinese Analysis and Test Committee as well as Heilongjiang Provincial Scientific Advance Award and other 6 awards.

£¨2£©Wang Sui

 Wang Sui, female, professor, mainly research on the food chemistry analysis. She has developed functional food analysis and extraction and analysis of natural products. He is in charge of 2 Provincial Natural Science Foundation, 1 Provincial Youth Foundation and 2 Natural Science Research Projects supported by Provincial Education Department. The project of Research on liquid submergred fermentation fonditions for cellulose has been collected in State Ninth Five-Year Plan of Science and Technologies Achievements and also received three prize of Heilongjiang Provincial Science and Technology Advance Award for higher education, and nearly 10 theses have been published in National Key Periodicals and been collected in CA.

Chemistry Learning and Teaching Theory Major

(¢ó) Major Profile

Cultivation Orientation: the Chemistry Learning and Teaching Theory major enrolls and nurtures postgraduates in two directions: Chemistry Teaching Theory and Chemistry Learning Theory.

Cultivation Objectives: master the basic knowledge of this subject and be able to carry out research and teaching work independently, has rigorous scholarship, and at least know one foreign language.

Studying Periods£º2-4 years

Credits Required: Pass all the exams (Compulsory courses£¾75, elected courses£¾60) and at least receive 30 credits.

4.   Curriculum Arrangement

Name of Subjects

Foreign Languages

Marxism Theory

Subject on Chemistry Teaching Theory

Subject on Chemistry Learning Theory

Chemistry Experiments and Teaching Theory

Research on Teaching Theory

Subject on Theory Studying

SPSS

Chemistry Teaching Design and Application Research

Wisdom Theory of Chemistry Education

Subject on Basic Education Reform

Chemistry Learning Psychology Study

Subject on Chemistry Basic Courses Reform

Educational History of Chemistry

Evaluation of Chemistry Teaching

Theory of Chemistry Experiment Design and Evaluation

Educational Psychology Study

Educational Measurement Study

3.     Supervisor Profile

(1)   Chief Expert: Ji Chunyang
Ji Chunyang, male, professor, was born in 1963. He has engaged in teaching and research work of Chemistry Teaching Theory and also been the editor of Harbin Normal University Natural Science Newspaper, High School, Resolution Research of Scientific Subjects and High School Science Test-Orientated Guidance.

He has published 12 theses in Research on Teachers and Teaching, Chemistry Education, Chemistry Education, and Teaching Reference for High School Chemistry Teaching. He also has been the chief editor or been the senate editor of over 10 educational works, such as Discussion on High School Chemistry Education, Research on the teaching and application of High School Chemistry, Analysis on the High School Chemistry Textbooks and so on. He has been in charge of 1 provincially excelsior course Chemistry Teaching and Learning Theory and 1 Provincial Teaching Reform Project, 3 Human, social and science projects supported by the Education Department, 1 Tenth Five-Year Plan of Provincial Higher Education and 1 Eleventh Five-Year Plan of Provincial Higher Education. He has received 1 second prize of Higher Education Science and Research Achievements of Heilongjiang Province, 1 third prize Human, Social and Science Achievements of Heilongjiang Provincial Higher Education and 2 second prizes of Science Research of Provincial Social and Science Achievements, and 1 excellent prize of Provincial Social and Science Achievements.

(2)   Lin Hong
Lin Hong, female, was born in 1966, M.S. a professor and supervisor of postgraduates. She is the current vice dean of Art and Science Department of Harbin Normal University and is in charge of scientific and research work. She received her bachelor¡¯s degree from Chemistry Department of Harbin Normal University in 1988 and received her master¡¯s degree Chemistry Department of Harbin Normal University in December, 2003.

Her research interest is in teaching and research on Chemistry Teaching Theory. She has got 1 first prize of Excellent Teaching Awards of Provincial Higher Education in 1999 and 1 second prize of Excellent Teaching Awards of Provincial Higher Education in 2003(second participant).

    She keeps on exploring in scientific research areas and has presided 1 Tenth Five-Year Plan Key Subjects of Provincial Higher Education Committee and has received 1 second prize of Teaching and Science Achievements of Provincial Higher Education Committee. Besides, she has been the chief editor or participant editor of 3 textbooks and published 14 academic theses in different kinds, among which 1 has been collected by EI.

 

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