Course Enquiry
Academic Year 2011
Course Code CHEM3110
Title Advanced materials
Credit 6
Department Chemistry
Course Co-ordinator Prof W K Chan, Chemistry
Teachers Involved Prof W K Chan (75%); Prof V W W Yam (25%)
Course Aim This course is a continuation from Introdution to Materials Chemistry. It provides a more compreheisive overview on materials chemistry and application of materials in advanced technology. The most recent development in materials chemistry will also be discussed.
Course Contents Advanced polymerization methods: copolymerization and applications of copolymers, coordination polymerization, control of stereochemistry in polymers; ionic and radical living polymerization. Materials for specialty applications: high strength materials; high temperature polymers, polyelectrolytes, conducting polymers, optical information storage, sensors, photonics, electronics, nanotechnology. Advanced materials characterization techniques.
Learning Outcomes On successful completion of this course, students should be able to:
- describe the mechanisms and kinetics of copolymerizations, coordination polymerizations, and living polymerizations;
- identify examples of some engineering polymers for high temperature/high strength applications, and how are their properties affected by the molecular structures;
- demonstrate knowledge in advanced materials characterization techniques;
- understand the working principles of materials for information storage and opto-electronic applications
Pre-requisites Pass in CHEM2109
Offer in academic year
2011 - 2012
1st sem     
Availability in 2012 - 2013 Y     
Examination Dec     
Teaching Hours 36 hours lecture/tutorial
Assessment Method One 3-hour written examination (85%), continuous assessment (15%)
Quota 9999
Textbooks G. Odian: Principles of Polymerizations (John Wiley and Sons, 2004)
Other specialist references will be given throughout the course.
References NIL
Course Website NIL
Remarks NIL
Status You had submitted at Feb 10, 2011
Comment (For Department
Reference Only)
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Last updated by CHEM at Feb 10, 2011