| Name: |
Special Subject of Polymer Chemistry (Seminar) |
| Catalog Number: |
417014Y |
Hours/Credits: |
20/1 |
| Prerequisite(s): |
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Polymer Chemistry, Polymer Physics and Organic Chemistry |
| Course Description: |
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The course is an improved course for the graduate students who specialize in polymer chemistry and polymer physics. To further expand and introduce the latest research and hot spots in polymer chemistry for Mater candidates and Doctor candidates. Through studying domestic and foreign academic the latest literatures and in-depth analysis and discussion of innovative thinking and results to help students understand the academic frontier of polymer chemistry, further broaden their research ideas and improve their problem-solving ability. |
| Course Content: |
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Chapter 1 Research progress in heat-resistant polymer
Molecular design, molecular structure and heat resistant property of heat-resistant polymer; Synthesis, structure, characterization, evaluation of optoelectronic property and application of heat resistant polymer; Functionalization of heat resistant polymer; Synthesis, molding process, interface feature, evaluation of heat resistant property and mechanical property, application of high temperature resistant polymer and its complexes
Chapter 2 Research progress in biomedical polymer
Synthesis, degradation process and modification of polylactone; Design, synthesis of drug delivery system; Drug-loaded drug delivery system; Evaluation of release property; Synthesis, feature, molding process and characterization of nano drug delivery system; The requirement of biomedical polymer used for tissue engineering, molding process and characterization of property
Chapter 3 Research progress conductive polymer
Structure, preparation of electrochemistry, electrochemical property, conductive property, spectral characteristics and application of conductive polymer; Structures and properties of conjugated polymer optoelectronic materials including conjugated polymer electroluminescent materials and polymer photovoltaic materials; Polymer light-emitting devices; Device structure and working principle of polymer solar cells |
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