Physical Chemistry C1
Credits：4
Hours：76
Course Code：0663112
In order to study theoretical problems in Chemistry and improve experimental skills，students study the basic principles of physical chemistry. The theory part includes: the first and the sencond law of thermodynamics, chemical potential, chemical equilibrium, phase equilibrium. The experimental part includes: cryoscopic method for the determination of molar mass. Heat of combustion,liquid saturation vapor pressure, gas-liquid phase diagram, partial molar volume, distribution coefficient and equilibrium constant.
Physical Chemistry C2
Credits：4
Hours：76
Course Code：0663113
In order to study theoretical problems in Chemistry and improve experimental skills，students study the basic principles of physical chemistry. The theory part includes: statistical thermodynamics, electrochemistry, surface and colloid, kinetics, reaction kinetics. The experimental part includes: electric potential, and the rate constant of sucrose hydrolysis saponification reaction, electrophoresis and coagulation value, surface tension, surfactant concentration of CMC.
Comprehensive Chemical Experiment 1
Credits：3
Hours：50
Course Code：0664104
After the basic chemistry experiment training, based on the importance of cultivating students' comprehensive chemical experiment skill and focusing on the knowledge and skills learned before, the experimental contents are comprehensive, such as complex material analysis, organic synthesis, structure characterization and property study, working as transition between basic experimental teaching and scientific research and cultivation of scientific thinking method, as well as the training of scientific research ability.
Comprehensive Chemical Experiment 2
Credits：3
Hours：50
Course Code：0664105
Based on comprehensive chemistry experiment 1, through the comprehensive experiments such as inorganic analysis,organic analysis, physicochemical analysis, and synthesis and characterization combination experiment, students can contact advanced equipment,study the instrument operation method, emphasize the ability of cultivation of innovation, and the ability of using all aspects of knowledge and various experimental methods to solve actual problems.
Scientific Literacy Training
Credits：2
Hours：2w
Course Code：0666104
Students enter the lab before the graduation, engaged in scientific research assistant. According to the research project guidance of teachers, students independently do literature research, experimental verification, analysis of experimental data, and lab report writing. Through the scientific training, students can understand the frontiers of chemical research, and master the basic skills of scientific research, such as literature research, and analysis of the test data.
Fundamentals of Material Science B
Credits：2
Hours：32
Course Code：0664205
This course is aimed at the introduction to the materials chemistry education of undergraduate who is not major in material specialty, Involving in the basic content of material chemistry such as the material structure, properties, preparation, as well as the introduction and relationship concerning property and structure about metal materials, inorganic non-metallic materials, polymer materials and composite materials.
Synthetic Inorganic Chemistry
Credits：2
Hours：32
Course Code：0664207
Synthetic inorganic chemistry is one of the important branches of inorganic chemistry, this course focuses on teaching the principle and main application of various inorganic synthesis method. The main content includes: the gas and solvent, the classic synthesis methods, the soft chemistry and green synthesis methods, the special synthesis methods, the synthetic chemistry in an extreme condition, the crystal growth, the synthesis of typical inorganic materials and chemicals, etc.
Credits：4
Hours：70
Course Code：0663105
Inorganic chemistry is an elementary course in chemistry speciality. This course focuses on the basic theory of the material structure, the basic principle of chemical reaction and basic knowledge of elementary chemistry. The main content includes: chemical thermodynamics, chemical kinetics, chemical equilibrium, acid-base reaction, precipitation reaction, REDOX reaction, atomic structure, molecular structure and crystal structure, etc.
Inorganic Chemistry B2
Credits：2
Hours：44
Course Code：0663106
Inorganic chemistry is an elementary course in chemistry speciality which is offered in the second semester and focuses on the basic knowledge of elementary chemistry. The main content includes: coordination equilibrium, coordination reaction, structure and naming of coordination complexes, s-Block elements, p-Block elements, d-Block elements, ds-Block elements and f-Block elements, etc.
Graduation Design
Credits：18
Hours：18w
Course Code：0666103
Graduation design is aimed at trainning undergraduates the comprehensive quality and ability solving the practical problems. Through graduation design, the students are able to further consolidate, deepen and apply the basic theory, the basic skill and specialized knowledge, as well as it trains the students to work independently, think independently, use knowledge to solve practical problems and acquire new knowledge independently.
General Chemistry
Credits：3
Hours：40
Course Code：0662201
General chemistry is abasic course about substance and its change rule, which introducesthe basic theoryand knowledge ofchemistry and presents chemical experimentsscientificoutlook. This coursecombines withengineeringandreflects the newachievements of modernscience and technology.By masteringthe necessarychemicalbasic theory,basicknowledgeandskills,the ability to analyze and solve some practical problems of chemical, and certain experimental manipulation capabilities are cultivated.
General Chemistry
Credits：3
Hours：54
Course Code：0663119
General chemistry is abasic course about substance and its change rule, which introducesthe basic theoryand knowledge ofchemistry and presents chemical experimentsscientificoutlook. This coursecombines withengineeringandreflects the newachievements of modernscience and technology.By masteringthe necessarychemicalbasic theory,basicknowledgeandskills,the ability to analyze and solve some practical problems of chemical, and the dialectical materialist view are cultivated.
Inorganic and Analytical Chemistry 1
Credits：2
Hours：38
Course Code：0663110
This course introduces the basic principle of chemical reaction and chemical equilibrium, including gas, foundation of chemical thermodynamics, chemical reaction rate and chemical equilibrium, acid-base dissociation equilibrium, precipitation dissolution equilibrium, redox reaction, ligand dissociation equilibrium etc. By learning the course, enable the students to master the basic principles of chemical reaction and its application in actual production and master some basic operation skills of inorganic and analytical chemistry experiment.
Inorganic and Analytical Chemistry 2
Credits：5
Hours：82
Course Code：0663111
This course introduces the structure, elements, chemical analysis, including atomic structure, molecular structure, chemical elements, acid-base titration, complexometric titration, redox titration, precipitation titration, gravimetry and data processing. By learning the course, enable the students to master the basic principles of structure of matter, properties of the elements, chemical analysis method and principle and application.
Coordination Chemistry
Credits：2
Hours：32
Course Code：0664108
The course introduces the development history of coordination chemistry, basic knowledge, the bonding theory, synthetic methods, basic properties, characterization methods and the complications in related fields. By learning the basic concepts of coordination chemistry and mastering the basic theory and methods, to understand the achievements and progress in coordination chemistry area and future development trend and direction.
Retrieval of Science and Technology Literatures
Credits：1
Hours：20
Course Code：1803200
In This course, the basic knowledge of domestic and foreignliteraturesabout chemistry and chemical engineering will be introduced. By learning, students willknow well methods andskills of professional literatures, and retrieve skillfully the domestic and foreignspecialized literaturedatabase, which will help studentssolve thescientific problems,formulatesolutionsandmethodin the actual production andacademic study.
Interface and Colloid Chemistry
Credits：2
Hours：32
Course Code：0667202
The basic knowledges about the system of single component of surface phenomena and surface energy, condensed phase interface, the formation of adsorption and decentralized system, the properties of molecular dynamics, optical properties, electrical properties, stability and surface active agents in the colloidal dispersion systems will be teached in this course. By learning, this course will help the students establish the foundation in practice work in the future.
EngineeringChemistry
Credits：3
Hours：48
Course Code：0663120 /0661320
Starting from chemicalcomposition of the substance and chemicalreaction,this course unite with the chemical problems of modern engineering technology, mainly explain profound theories in simple language and introduce basic theory and basic knowledge which has practical and potential application value. Through the study, the students could establish the view of material and energy changing, use consciously chemical viewpoint to think over, understand and solve problems, and will be improved about the basic quality and innovative ability.
Spectrum analysis and modern testing technology
Credits：3
Hours：48
Course Code： 0663201
This course is aim to introduce basic principle and application of modern analysis and testing technology,spectrum analysisand judgment.By learning, the students could master working principle and test methods of analysis instruments, which will train the student analysis and identification ability about the microstructure, determine composition and structure of materials.
Advanced organic chemistry
Credits：2
Hours：32
Course Code：0664106
This course introducesreaction,mechanism andstructures of organic chemistry.Students can master the structure theoryof organic compounds,relationship between molecular structure and chemical reactivity, the theory of acid and base, active intermediates; the mechanism of important organic reactions (nucleophilic substitution reaction, electrophilic substitution reaction, free radical substitution reaction and elimination reaction, redox reaction, addition reaction of carbon carbon multiple bond and molecular rearrangement reaction etc.).
Inorganic Chemistry A1
Credits：4
Hours：72
Course Code：0663101
This freshman-level course is a comprehensive introduction to the full view of chemistry discipline, all the chemical subfields and principle, the fundamental knowledge and theories of element chemistry, the hot fields in modern chemistry, and so on. This course especially emphasizes the chemical general education for students to enhance their interest in learning chemistry and help them to choose their major fields in the future.
Inorganic Chemistry A2
Credits：2
Hours：40
Course Code：0663102
The course requires students to rudimentary master the important inorganic chemistry experiment methods, be familiar with all kinds of inorganic chemical phenomena, learn and master the induction and analysis methods of experimental data. This course arranges some typical experiments in the fields of chemistry elementary principle, solution equilibrium, and so on.The comprehensive and designing experiments in this course aim to fully train the students’ experimental method and technique.
Inorganic Chemistry Experiments
Credits：4
Hours：64
Course Code：0664101
This course is compulsory and an independent basic experiment course for the students in chemistry major. The course is based on the experiments to study the important theory in inorganic chemistry and the changing rules of the typical elements and their compounds, as well as the corresponding instruments, equipments, and basic operation. The course special focus on students’ broad basic knowledge and proficient basic skills to lay the foundation for their future development.
Cognition Practice
Credits：1
Hours：1w
Course Code：0666101
This course is dispatched in the time after the completion of basic theory courses and before the beginning of specialized courses with the forms of visits. It is the important teaching process to improve the teaching quality of specialized courses’ classroom teaching and cover the shortage of productive practice and practical operation for the students. The objective of this course is to provides cognitive access to chemical production and waste treatment and disposal for enhancing students’ professional perceptual knowledge.
Production Practice
Credits：3
Hours：3w
Course Code：0666102
Through field visits to enterprise production, the students will understand chemical process, manufacturing process, technical condition, operation of instrument, and security measures of chemical enterprises. At the same time, they will know enterprises management, production organization, wastes treatment, and safe production. Through this course, the students will get the perceptual knowledge of factory management and chemistry in the enterprise, and foster the professional interests to lay groundwork for the professional courses study.
Organic Chemistry Experiment 1
Credits：2
Hours：36
Coure Code：0664102
The course is open to students majored in chemistry and chemical engineering ,and it aims to get a more comprehensive training in basic operation of organic chemistry experiment. Experiment content: determination of melting and boiling point, synthesis of cyclohexene, 2-nitrobenzene-1,3-diol, n-butyl bromide, dibutyl ether, 7,7-dichlorobicyclo[4.1.0]heptane, isolation of caffeine from tea leaves, etc.
Organic Chemistry Experiment 2
Credits：2
Hours：36
Course Code：0664103
The course is one of the compulsory basic courses for the students of chemistry and fine chemistry,and it aims to get a more comprehensive training in basic operation of organic chemistry experiment. Experiment content: synthesis of 4-nitrobenzoic acid, acetanilide, ethyl acetate, cinnamic acid, 2-(4-chlorophenoxy)acetic acid, methyl orange, vacuum distillation, determination of the nature of sugar and so on.
Physical chemistry B
Credits：4
Hours：70
Course Code：0663117
Physical chemistry is a bachelors level course designed to cover basic principles，new trends and applications of chemical thermodynamics, statistical thermodynamics, chemical kinetics, electrochemistry, surface chemistry and colloid chemistry, while usingtheory and experiment method of mathematics, physics and so on. It provides a basis for other courses and train students in scientific thinking. By completing this course study, the students should have the ability to bring out questions, analyse and solve questions.
Physical chemistry D
Credits：3
Hours：48
Course Code：0663118
Introduce three basic respects of physical chemistry, that is, basic principles, new trends and applications of Chemical thermodynamics, chemical kinetics, surface chemistry and colloid chemistry. By completing this course study, the students should grasp the determination of direction and limitation of the reaction, the concept and application of surface energy and surface tension, and optical, mechanical and electrical properties of colloid.
Chemical Pollution and Control
Credits：2
Hours：32
Course Code：0667203
Description of prevention and control of atmospheric pollution and chemical waste gas treatment, water pollution control and chemical wastewater treatment, solid waste and waste treatment chemicals as well as noise and other chemical pollution control methods.Introduce chemical cleaner production technologies by the typical case. By completing this course study, the students should grasp the importmant relation betweenchemical production and environmental protection, the structure theory of the organic compounds, common management measures for chemical pollution.
Green chemistry
Credits：2
Hours：32
Course Code：0667201
The basic concept, principle and law of development of green chemistry will be systematically learned, which can help students analyze and solve the problem in the future research and work by rules of green chemistry. The main teaching content includes the history and development of green chemistry, basic principles of green chemistry, how to design a secure and efficient target compounds, application examples of designing a secure and efficient target compounds, green chemistry methods, development trends and other content.
Principles of Catalysis
Credits：2
Hours：32
Course Code：0664204
Catalytic chemistry is the cornerstone of chemistry and chemical industry. By learning this course, student will master basic concepts and fundamental principles of catalysis, understand the performances of various catalysts and its application in chemical process. The main contents are including: The basic concepts of catalysis, homogeneous catalysis, adsorption and kinetics of heterogeneous catalytic reactions, solid acid catalysts, solid alkali catalysis, transition metal complex oxide catalyst, and basic principles of catalyst preparation.
Physical Chemistry A1
Institute: school of material and chemical engineering
Credit: 4
Hours: 62
Course code: 0663115
The core content of physical chemistry A1 is the chemical thermodynamics. The basic principle of chemical thermodynamics is applied to chemical change and phase change, which constitute the main content of chemical equilibrium and phase equilibrium. How to judge the direction and limitation of chemical changes and effects of various reaction conditions on chemical equilibrium will be learned. Under the guidance of the phase rule, how to analyze the phase diagram and solve the practical phase change will be learned. Combined with the experiments of physical chemistry, understanding of theoretical knowledge will be increased.
Physical Chemistry A2
Credits：3
Hours：52
Course Code：0663116
The core content of physical chemistry A2 is chemical thermodynamics and chemical kinetics. The basic principle of chemical thermodynamics is applied in electrochemistry, surface phenomena and colloidal chemistry, which constitute the main contents of electrochemistry, surface phenomena and decentralized system. Chemical kinetics mainly relates to the macroscopic kinetics. Through the studying of this course, students will master how to solve the thermodynamics problems by electrochemical methods, grasp the electrical properties of colloid and effects of various reaction conditions on reaction rate.
The Frontiers of Modern Chemistry
Credits：1
Hours:16
Course Code：0664201
Eight special reports on the research advance and frontier of inorganic chemistry, organic chemistry, physical chemistry, analytical chemistry, biochemistry and other basic subject will be set up, which will increase students’ learning interest in chemistry and scientific research curiosity, and cultivate students’ creative thinking ability.
Biological Chemistry
Credits：2
Hours：30
Course Code： 0664203
Biological chemistry deals with the structures, functions and interactions of biological macromolecules. It enables students to understand the important application of the chemical knowledge in the field of Biology. It favors to broaden the horizon and develop the fundamentals of the students.
Organic Chemistry C1
Credits：4
Hours: 64
Course Code：0663103
Organic chemistry C1 is a chemistry subdiscipline involving the scientific study of the compositon, structure, properties, synthesis, application and the change of organic compounds. It is an important basic course of chemical and fine chemical engineering major. The course mainly includes introduction, Alkane, alkene, alkyne and diene, alicyclic hydrocarbons, aromatic hydrocarbons, halogenated hydrocarbons, Chiral chemistry, alcohol, phenol, ether, aldehyde and ketone.
Organic Chemistry C2
Credits：3
Hours：56
Course Code：0663104
Organic chemistry C2 is an important basic course of chemical and fine chemical engineering major. The course mainly includes nuclear magnetic resonance and mass spectrometry, infrared spectroscopy and ultraviolet visible spectroscopy, carboxylic acid, carboxylic acid derivatives, carbon negative ion reaction, nitro compound and amine, synergistic reaction, heterocyclic compounds, carbohydrate, protein and nucleic acid
Design of Organic Synthetic Route
Credits：2
Hours：32
Course Code：0664109
Design of Organic Synthetic Route focus on the group composition of the organic compounds and the designing of the synthesis route and methods. By learning it, the suitable raw materials can be selected, the simple synthesis route and the best synthesis methods can be desigened to get the target molecule. A prediction on the reaction process can be made and the reaction process can be tracked and analysized. It enable the students know how to separate and purify the target molecule and analyze it.
Environmental Chemistry
Credits：2
Hours: 32
Course Number：0667207
Environmental Chemistry focus on the basic principle of environmental chemistry, the law and its effect on migration and transformation of organic, inorganic contaminants in the environment of the spheres and the research methods about the environmental chemistry. By learning it, the status and the purpose of environmental chemistry in solving the environmental problems can be made clear. The scientific ability of the students can be developed.
Computational Chemistry
Credits：1
Hours: 20
Course Number：0667206
The main contents of this course are quantum chemical computation, molecular mechanics and molecular dynamics simulation. Students will keep abreast of the advance in computational chemistry and preliminarily master the usage of several common computational packages through the learning of this course. Students will able to obtain molecule's geometries and thermodynamical properties by geometric optimization and molecular dynamics simulation.
Chemical Informatics
Credits：1
Hours: 20
Course Number：0667204
The main contents of this course are the retrieval of chemical information resource and the visualization of chemical's structure. Through the introduction to chemical informatics and basic knowledge of database retrieval, students will preliminarily master the skills for modern database retrieval and references management, know frequently-used abstract database, full-text database, e-resource database, chemistry facts database and special information resource.
Combinational Chemistry
Credits：1
Hours：20
Course Number：0667205
The main contents of this course are synthesis strategy analysis in combinational chemistry, methodology of combinational synthesis in solid and liquid phases, screening of combinational chemistry and synthesis of low polymer. Through the learning of this course, students will keep abreast of the advances in combinational chemistry and understand the importance of combinational chemistry in high throughput screening, new material design, new drug discovery and etc.
Structural Chemistry B
Credits：2
Hours: 32
Course Number：0663114
The main contents of this course are the principle of quantum mechanics, the structure and property of atoms and molecules, the theory of molecular orbital, the principle of group theory and etc. Students will learn how to analyze the problems about structure and properties of some simple molecular using the theories and method of structural chemistry, and lay the ability to analyze chemical reaction and matter’s structure and properties at the microscopic level.
Specialty English for Chemistry
Credit：1
Hours：16
Course Number：0664202
The main contents of this course are the vocabulary occurring in chemical specialty literatures, prefix, suffix and stem of chemical terms, nomenclature of inorganic and organic compounds, etc. Through the learning, students will preliminarily master the skills for translation of chemical literature, chemical dissertation writing in English. Students will also be able to read common chemical paper and write preliminary dissertation for chemistry specialty in English.
Medicinal Chemistry
Credits：2
Hours: 32
Course Number：0664206
The main contents of this course are the structure, nomenclature, synthesis methods, metabolism in vivo, and etc. of typical drugs. Through the leaning, students will master classical drugs for their synthesis, physiochemical properties, metabolism and pharmacological actions, and know common-used drugs for their chemical structures, physiochemical properties, metabolism and pharmacological actions. Students will also keep abreast of the advances in new drug development.
Organic Chemistry A
Credits：5
Hours: 90
Course Number： 0663107
Organic chemistry A is focus on the components, structures, properties, synthesis and the transformation principle. It is the basic course for food and bioengineering major students. The aim of the course is to let students understand the basic theory of modern organic chemistry, master the theory knowledge and some basic practical skills. It is necessary for further course and new science and technology study.
Organic Chemistry B1
Credits：4
Hours: 64
Course Number： 0663108
Organic chemistry B1 is one of the most important courses for chemical engineering majors. The course includes chemical compounds of alkanes, alkenes, alkynes, alicyclic hydrocarbon, stereochemistry, aromatic hydrocarbon, alcohols, phenols and ethers. The course mainly introduce the nomenclature, classification, structure feature, physical propertie, chemical propertie, application, preparation of chemical compounds, transformation and separation between function group chemical compounds, classical mechanism of organic reaction, retrosynthesis analysis.
Organic chemistry B2
Credit：3
Hours：52
Course Number： 0663109
Organic chemistry B2 is a course of the study the components, structures, chemical and physic properties, synthesis and the reaction mechanism of organic compounds. The course includes chemical compounds of aldehydes, ketones, carboxylic acids and their derivatives, nitrocompounds, amines, diazonium and azo compounds, heterocyclic compound，carbohydrates, amino acids, peptides and nucleic acids; transformation and separation between function group chemical compounds; classical mechanism of organic reaction and structure determination of organic compounds.
Advanced Chemistry Experimental Skills
Credit：2
Hours：30
Course Number：0667200
This course integrates several discipline, such as organic chemistry, inorganic chemistry, analysis chemistry and biochemistry. There are 2 to 3 separate experiments. This course can make student further understand the basics knowledge of chemistry, and then promote the ability of chemical experiment design. This course is designed to train the abilities of independent thinking and innovation by literature review.
Advanced Chemical Engineering Experimental Skills
Credit: 2
Hours:30
Course Number：0687201
This course integrates several disciplines, such as principles of chemical engineering, industrial drawing and industry analysis. There are 2 to 3 separate industrial design unit. This course can make student further understand the basics knowledge of chemical and engineering, and then promote the ability of chemical engineering design. Through refer the manuals and literatures, training the abilities of independent thinking and innovation.