Course Name

Credit

Type of Course

Organic Chemistry 2-1

2

C

The objectives of course: Through the study of "organic chemistry" course, the students can master the basic concepts and basic theories of organic chemistry, the basic organic chemical reaction types, the important reaction mechanism, the relationship between structure and properties of organic compounds, and can apply the organic chemistry knowledge to solve practical problems.

Course Name

Credit

Type of Course

Organic Chemistry 2-2

4

C

The objectives of course: Through the study of "organic chemistry" course, the students can master the basic concepts and basic theories of organic chemistry, the basic organic chemical reaction types, the important reaction mechanism, the relationship between structure and properties of organic compounds, and can apply the organic chemistry knowledge to solve practical problems.

Course Name

Credit

Type of Course

Structural Chemistry

3

C

Structural chemistry is one of those disciplines, which is essentially in all branches in chemistry. Structural Chemistry studies the structures of atom, molecules and crystals at atomic and molecular levels, and furthermore explores the relationship between properties and structures.

Course Name

Credit

Type of Course

General Chemistry

3

C

“General Chemistry”course as a whole includes four main parts, “General Chemistry” 2-1 courses including the first and second parts. The first part: the fundamental principles of chemistry, main content: the electronic structure of the atoms, chemical bonding and molecular structure, introduction of chemical thermodynamics, chemical reaction rate and chemical equilibrium.The second part: the chemical equilibrium theories of solution, the four titration analysis experiments as the practical application of solution equilibrium theory, main content: basic knowledge of quantitative chemical analysis, acid-base balance and acid-base volumetric analysis, precipitation balance and precipitation volumetric analysis, redox reaction and redox volumetric analysis, basic coordination chemistry and coordination volumetric analysis.

Course Name

Credit

Type of Course

Quantitative Chemical Analysis

2

C

Qunatitative Chemical Analysis is one of the four primary courses for students in chemistry major or in other related major. The basic knowledge, theory and typical analysis methods are introduced, which include data treatment, acid-base titration, complex titration, redox titration and gravimetry. The knowledge learned could be applied to solve the problem. The concept of “quantitative” and the quality of research should be trained in the study process and lay a good foundation for the following courses and the scientific research in the future.

Course Name

Credit

Type of Course

Organic Chemistry Experiment 2-1

2

C

This course is an introduction to the theory and fundamental skill of organic chemistry experiment. The course will mainly examine the following subjects: (i) the Training and operate to use correct of instrument; (ii) a rigorous scientism and a practical ability to problematic of experiment; (iii) be practical and realistic in experiment; (iv) put on one's thinking cap; (v) Be bold in putting things into practice and blazing new trails.

Course Name

Credit

Type of Course

Organic Chemistry Experiment 2-2

2

C

This course is an introduction to the theory and fundamental skill of organic chemistry experiment. The course will mainly examine the following subjects: (i) the Training and operate to use correct of instrument; (ii) a rigorous scientism and a practical ability to problematic of experiment; (iii) be practical and realistic in experiment; (iv) put on one's thinking cap; (v) Be bold in putting things into practice and blazing new trails.

Course Name

Credit

Type of Course

Inorganic Chemistry Experiment 2-1

2

C

It provides the students more opportunities of practical experiences and improves their skills in the chemistry lab. The students receive the training of basic technology and elementary operation for synthesis and characterization of inorganic compounds.At the end of this class the students should be familiar with synthetic techniques and characterization methods used in inorganic chemistry, and also improve his laboratory record-keeping skills.

Course Name

Credit

Type of Course

Analytical Chemistry Experiment

2

C

Analytical Chemistry Experiments is the course for the practice and training of experimental skills in quantitative analytical chemistry. The experiments are separated to 4 parts: (1) acid-base titration; (2) complex formation titration; (3) redox titration; (4) precipitation formation titration. Each part contains several experiments. The students learn the essential skills for all the titration analysis by doing these experiments.

Course Name

Credit

Type of Course

Polymer Chemistry

2

C

Polymer Chemistry is designed to lay the root for undergraduate students, of synthetic, open thought and macromolecular design, based on the elementary knowledge of polymer chemistry and relationships between disperse chapters. The Lessons is composed of introduction, polycondensation, radical polymerization, operating method of polymerization, ionic polymerization, coordination polymerization, the reactions of polymers, and supplements.

Course Name

Credit

Type of Course

Graduation Thesis

6

C

Course Name

Credit

Type of Course

Physical Chemistry 2-1

3.5

C

ObjectiveThrough the study of physical chemistry courses, the students would master the basic theories, principles of physical chemistry. The students would also learn to use the knowledge of physical chemistry to analyze and solve practical problems. The knowledge of physical chemistry would provide a foothold for students to learn other chemical and related courses.

Course Name

Credit

Type of Course

Physical Chemistry 2-2

2.5

C

ObjectiveThrough the study of physical chemistry courses, the students would master the basic theories, principles of physical chemistry. The students would also learn to use the knowledge of physical chemistry to analyze and solve practical problems. The knowledge of physical chemistry would provide a foothold for students to learn other chemical and related courses.

Course Name

Credit

Type of Course

Experiments in Physical Chemistry 2-1

2

C

Physical Chemistry experiment is a fundamental course followed by the Inorganic Chemistry experiment, Analytical Chemistry experiment and Organic Chemistry experiment. This course combines the basic research tools and methods needed in any branch of the chemistry field. When the students finish this course, they will be able to obtain the following knowledge: (i) the method and technology of temperature control and measuring; (ii) the method and technology of pressure control and measuring; (iii) the experimental technique of electrochemistry; (iv) measuring technique of liquor concentration etc.

Course Name

Credit

Type of Course

Experiments in Physical Chemistry 2-2

2

C

Physical Chemistry experiment is a fundamental course followed by the Inorganic Chemistry experiment, Analytical Chemistry experiment and Organic Chemistry experiment. This course combines the basic research tools and methods needed in any branch of the chemistry field. When the students finish this course, they will be able to obtain the following knowledge: (i) the method and technology of temperature control and measuring; (ii) the method and technology of pressure control and measuring; (iii) the experimental technique of electrochemistry; (iv) measuring technique of liquor concentration etc.

Course Name

Credit

Type of Course

Instrumental Analysis Experiment

2

C

The course covers 18 experiments that are designed to provide the students with hands-on experience in a wide variety of analytical instrumentation. Modern instrumental methods including ICP-AES, AAS, IR, NMR, GC, HPLC and GC-MS will be employed. The students will learn instrument operation, data acquisition, and data analyses from each experiment.

Course Name

Credit

Type of Course

Instrument Analysis

3

C

The purpose of the instrument analysis course is to let the students understand the method/principle, instrument structure and applying scope of the common analytical instruments, and have the ability to solve the corresponding problems by using the corresponding methods of instrument analysis. The main content of the course covers most of the analytical methods used in chemistry researches, including atomic spectrum/mass spectrometry, molecular spectroscopy, electrochemical analysis, chromatography and mass spectrometry. This course is for the sophomore of Boling class of Chemistry. The instrument analysis course is mainly taught by teachers, and many questions are inserted during the teaching. During learning the course, the students will master the professional knowledge and get the ability and habit of thinking diversely and creatively.

Course Name

Credit

Type of Course

Comprehensive Chemistry Experiment 2-1

2.5

C

Comprehensive Experiments in Chemistry was established in 1998 on the basis of the original inorganic chemistry laboratory, analytical chemical laboratory, the organic synthesis in the laboratory, organic analytical laboratory, physical chemistry laboratory, polymer chemistry-polymer physics laboratory, laboratory of catalysis laboratory.“Comprehensive Experiments in Chemistry” involves in inorganic chemistry, instrumental analysis, a plurality of organic chemistry, physical chemistry, polymer chemistry and physics, catalysis, material chemistry, computational chemistry, chemical biology and reflects its comprehensive and multidisciplinary property.

Course Name

Credit

Type of Course

Inorganic Chemistry Experiment 2-2

1

C

This course is designed for junior chemistry undergraduates. It aims at deepening and improving the students' knowledge obtained from the elementary inorganic chemistry course in the freshmen year, helping students to study and master advanced inorganic chemistry, and promoting experimental skills and synthetic techniques to get ready for scientific research in the future.

Course Name

Credit

Type of Course

Inorganic Chemistry

3

C

This course is focus on the theory of inorganic chemistry. The course will mainly examine the following subjects: 1. Symmetry and point group of molecule, including introduction of point group; the applications of point group in inorganic chemistry and infrared spectra. 2. Introduction of coordination chemistry, including history and definition of coordination chemistry; the phenomenon of isomer of coordination compounds. 3. The theory of coordination compounds, including valance bonding theory; crystal field theory; Molecular orbital theory. 4. Electronic spectra of coordination compounds, including intraligand transition, d-d transition and charge transfer transition; selection rules; strong field method and weak field method; feathers of electronic spectra in coordination compounds. 5. Organometallic Chemistry, including historical background; the 18-electron rule; main ligands and complexes in organometallic chemistry; spectral analysis and characterization of organometallic complexes. 6. Organometallic reactions and catalysis, including reactions involving gain or loss of ligands; reactions involving modification of ligands; organometallic catalysis; heterogeneous catalysts. 7.Bioinorganic chemistry.