Subject description
Date：2013-05-11
Subject description
Chemistry and Physics of Fibers
Subject Title: Chemistry and Physics of Fibers
Credit Hours: 72
Credits: 4.5
Lecturer: CUI Shuling (professor); HU Xuemin (associate professor)
Indicative Content: Chemistry and Physics of Fibers is a specialized degree course of light chemical engineering specialty. Based on polymer chemistry and polymer physics, the structure and properties of various textile fibers are studied. This course is composed of polymer chemistry, polymer physics and textile fibers. Through study of the course, students are required to be familiar with the basic concepts and principles of polymer chemistry and polymer physics and master the structure and application properties of common fibers.
Pre-learning Subjects: Organic Chemistry; Inorganic Chemistry; Physical Chemistry; Analytical Chemistry; Biochemistry.
Recommended Textbook: CAI zaisheng, Chemistry and Physics of Fibers, Beijing: China Textile Press, 2009
Assessment: coursework: 20%; final examination 80 %
Process and principle of dyeing and finishing (Ⅰ)
Subject Title: Process and principle of dyeing and finishing (Ⅰ)
Credit Hours: 40;
Credits: 2.5
Lecturer: DU Jiangong (professor)
Indicative Content:
This course, process and principle of textile dyeing and finishing, is a compulsory course for undergraduates majoring in textile dyeing and finishing technology. Students are supposed to have finished inorganic chemistry, organic chemistry, analytical chemistry, physical chemistry, and polymer chemistry and physics. This course is based on lectures, and laboratory experiment and plants visit as assistant. The aim of this subject is to enhance and deepen students’ knowledge in principle and process of textile pretreatment and finishing.
On successfully completing this course, students will be able to: 1. Master the principle of pretreatment, including desizing, scouring, bleaching, mercerizing and heat setting, 2. Master the principle of finishing including mechanical finishing, chemical finishing, shrink proofing and wrinkle proofing, 3. Know well processes of pretreatment and finishing of cotton fabrics, 4. Learn novel products, novel process and novel technology applied in dyeing and finishing.
Pre-learning Subjects:
Inorganic chemistry, Organic chemistry, Analytical chemistry, Physical chemistry, Polymer chemistry and physics
Recommended Textbook:
1) Yan Kelu. Theory of Dyeing and Finishing (volume one). Beijing: China Textile Press, 2009
2) Wang Jusheng. Theory of Dyeing and Finishing (volume two). Beijing: China Textile Press, 1984
3) Sun kai, Shen Ganqing. Theory of Dyeing and Finishing (volume two). Beijing: China Textile Press, 2008
Assessment: coursework: 20 %; final examination 80 %
Process and Principles of Dyeing and Finishing (II)
Subject Title: Process and Principles of Dyeing and Finishing (II)
Credit Hours: 72
Credits: 5
Lecturer: ZHANG Yongjiu (professor) ZHANG Haiyan (professor)
Indicative Content: This subject mainly introduces the basic theory and basic concepts of dyeing and printing, principle and technology of dyeing and printing of all kinds of dyes. The main contents of this subjectis as follows: the basic theory of thermodynamics and kinetics of dyeing; the basic concept, dyeing principle, process flow, process conditions of direct dyes, reactive dyes, vat dyes, azoic dyes, disperse dyes, cationic dyes, acid dyes; printing method, printing paste, printing process of all kinds of fabrics and new technology of printing.
Pre-learning Subjects: organic chemistry, physical chemistry, chemistry of dyes, chemistry and physics of fibers, process and principles of dyeing and finishing
Recommended Textbook: Zhao Tao. Process and Principles of Dyeing and Finishing (II). China Textile Press. 2009
Assessment: coursework: 20 %; final examination: 80 %
Functional finishing of textiles
Subject Title: Functional finishing of textile
Credit Hours: 32
Credits: 2.0
Lecturer: ZHU Junping (professor)
Indicative Content:
This course focuses on the classification of functional fibers and textiles as well as the development of various functional finishes. Mainly discusses the basic process and principle of current functional finishes such as water-repellent, water-proof, oil-repellent, soil-release, moisture permeable, flame-retardant, anti-bacteria and odorproof, mouldproof and mothproof, antistatic, anti-ultraviolet. At the same time introduces all kinds of commonly used functional finishing agents’ structure, characteristics and the content of the process and application. In addition introduces the assessment indexes and test methods to evaluate the performance of fabric. And briefly discusses processing and production methods of far-infrared fibers and textiles, electromagnetic shielding fiber and textiles, and medical health care functional fibers and textiles.
Pre-learning Subjects:
Basic courses: inorganic chemistry, analytical chemistry, organic chemistry, physical chemistry.
Professional courses: dyestuff chemistry, fiberchemistry, process and principle of dyeing and finishing.
Recommended Textbook:
Ping Zhu. Functional Fiber and Functional Textiles. Beijing: China Textile Press, 2006
Assessment: coursework: 20 %; final examination: 80 %
English for light industry and chemical engineering
Subject Title: English for light industry and chemical engineering
Credit Hours: 64
Credits: 4.0
Lecturer: CUI Shuling (professor); ZHANG lianbing (lecturer)
Indicative Content: 28 English texts in the textbook will be lectured separately in two semesters. Among them there are 9 texts concerning with chemistry, 16 for dyeing and finishing, and 3 for textiles foreign trade. Lectures about translation skills in science & technology English, technical English word-building and common affixes, and English writing for scientific paper and abstract are also interleaved in classroom teachings.
Pre-learning subjects: college English
Recommended Textbook:
1) CUI Shuling, HU xuemin. English for Light Industry and Chemical Engineering. Beijing: China Textile Press, 2008;
2) LIU Yuhong. English for Science and Technology on Chemistry and Chemical Engineering. Beijing: China Light Industry Press, 2000.
Assessment: coursework: 20%; final examination 80 %
Chemistry of Textile Auxiliaries
Subject Title: Chemistry of Textile Auxiliaries
Credit Hours: 40 hours
Credits: 2.5
Indicative Content: Chemistry of textile auxiliaries is a compulsory course in light-chemical engineering for undergraduate. Through studying this course, students could get basic properties and applications about Auxiliaries, and the influence which textile auxiliaries on the quality of the dyeing and finishing products. Combining the knowledge of textile auxiliaries and dyeing and finishing process, it will provide requirement for students who can use in their further career.
Pre-learning Subjects: inorganic chemistry, organic chemistry, analytical chemistry, physical chemistry
Recommended Textbook:
1) CHEN Xinrong. Chemistry of Surface Active Reagents.
3) ZHAO Weirong. Chemistry of Surface Active Reagents. Anhui University Press, 1997
4) LIANG Menglan. The Preparation, Nature and Application of Surfactant and Detergent. Scientific andTechnical Documentation Press. 1990
5) LUO Jutao. The Application of Dyeing and Finishing Auxiliaries. China Textile & Apparel Press. 2000
Assessment: coursework: 0 %; final examination 100 %
Dyestuff Chemistry
Subject Title: Dyestuff Chemistry
Credit Hours: 60 hours
Credits: 3.0
Lecturer: ZHAO Yaqin (professor)
Indicative Content:
Dyestuff chemistry is a course developed with dyestuff production and application. The main application object of dyes is textile industry. From the point of view of application, this course focuses on dye classification, structure, application, and the relationship among dye’s structure, colour, dyeing property and fastness. Meanwhile, future directions of all kinds of dyes were introduced briefly.
Pre-learning Subjects: inorganic chemistry, organic chemistry, analytical chemistry, physical chemistry
Recommended Textbook:
1) Compile group of dyestuffchemistry. DyestuffChemistry (the first edition). China Textile Press, 1988.
2) HE Guodi. Handbook of Dye Application. The Textile Industry Press, 1988.
4) CHEN Ying. Experiments in the Dyeing and Finishing. China Textile Press. 2010.
Assessment: coursework: 0 %; final examination 100 %
Printing and Dyeing Factories Design
Subject Title: Printing and Dyeing Factories Design
Credit Hours: 32
Credits: 2
Lecturer: LUAN yemei (associate professor); ZHU junping (professor)
Indicative Content: The course introduces the current situation of the development of textile and dyeing industry, production characteristic of printing and dyeing factories and designing procedure and its basic content under new situations and circumstances. Principles, steps and basic methods for technological design of cotton woven fabrics printing and dyeing factories are mainly discussed. Other design and cleaner production and water and energy conservation required for building of printing and dyeing factories are briefly introduced. Printing and dyeing technological design of knitting mill are briefly discussed.
Pre-learning Subjects: dye chemistry, chemistry and physics of fibers，dyeing and finishing technology.
Recommended Textbook: CUI Shuling, ZHU junping, ZHU renxiong. Dyeing and Printing Plant Design. Beijing: China textile press, 2008
Assessment: coursework: 20 %; final examination 80 %
Standard and Testing of Textiles
Subject Title: Standard and Testing of Textiles
Credit Hours: 32
Credits: 2
Lecturer: WEI Yujuan(professor)
Indicative Content: Standard and Testing of Textiles is a compulsory course for undergraduates majoring in light industry and chemical engineering. Students are supposed to understand the basics of textile testing, textile quality and quality management methods, international and domestic textile standards and standardization, and master the quality assessment methods for textile raw materials, yarns, fabrics and garments and industrial textiles. Scientifically use various means of detection to judge if the textiles sample meets the required standard or transaction requirements of the contract, and make a comprehensive, objective, fair and scientific evaluation to the textiles quality. The main content of the course are textiles and their classifications, textile quality testing standards, testing contents and indexes.
Pre-learning Subjects: fiber chemistry, dyestuff chemistry, dyeing and finishing technology.
Recommended Textbook:
1) Jiang Yaoxing. Textile Laboratory Science. China textile & Apparel Press, 2001;
2) Li ting，Lu Weimin. Introduction to Inspection and Quarantine Inspection and Export of Textiles. Donghua University Press, 2005;
3) Wan Rong, Xing Shengyuan. Taking Textile Quality Analysis and Testing. China Textile Press, 2006
Assessment: coursework: 20%; final examination 80 %
Machinery of dyeing and finishing
Subject Title: Machinery of dyeing and finishing
Credit Hours: 40;
Credits: 2.5
Lecturer: LOU jianjun (associate professor)
Indicative Content: This course is a professional compulsory course for undergraduate major in textile dyeing and finishing technology. In this course you will learn the basic concepts of textile wet processing equipment including pretreatment, dyeing, printing, and finishing facilities. By studying, you will know the relationship between machinery and process of dyeing and finishing, also the effect of machinery on fabric quality. This course involves with many professional foundation courses, such as scouring and bleaching, dyeing, printing. The teaching is based on lectures, with power point, video recording, and visiting plants as assist teaching. You will learn the universal machine and specialized machine for pretreatment, dyeing, printing and finishing.
Pre-learning Subjects: mechanical drawing, machinery design, some major courses.
Recommended Textbook:
1) Wu Li. Machinery of Dyeing and Finishing (volume 2). Beijing: China textile press, 1993;
2) Sheng Huiying. Mechanical Design and Theory for Dyeing and Finishing. Beijing: Textile industry press, 1984
Assessment: coursework: 20 %; final examination: 80 %