US-China Winter School China 2010

US-China Winter School China 2010

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International materials institute for new functionality in glass (IMI-NFG) on-line learning library
Introduction to Winter School, Part 1
Introduction to Winter School, Part 2
Lecture 01: Glass and energy
Lecture 02, Part 1: Electrochemical applications of glass: New functionalities for a greener future
Lecture 02, Part 2: Electrochemical applications of glass: New functionalities for a greener future
Lecture 03, Part 1: Bioactive glasses and glass-ceramics for biomedical applications
Lecture 03, Part 2: Bioactive glasses and glass-ceramics for biomedical applications
Lecture 04, Part 1: Glass: Structure determination by synchrotron based scattering and spectroscopic techniques
Lecture 04, Part 2: Glass: Structure determination by synchrotron based scattering and spectroscopic techniques
Lecture 05, Part 1: High power laser glass and its application
Lecture 05, Part 2: High power laser glass and its application
Lecture 06, Part 1: Preparation, properties and applications of chalcogenide glasses
Lecture 06, Part 2: Preparation, properties and applications of chalcogenide glasses
Lecture 07, Part 1: Glass surfaces and coatings for new functionality
Lecture 07, Part 2: Glass surfaces and coatings for new functionality
Lecture 08: Functional glasses by coatings or thin films
Lecture 09, Part 1: Sensitivity of glass to processing conditions: good or bad?
Lecture 09, Part 2: Sensitivity of glass to processing conditions: good or bad?
Lecture 10, Part 1: Why does glass break?: Some considerations of the mechanical properties of glass
Lecture 10, Part 2: Why does glass break?: Some considerations of the mechanical properties of glass
Lecture 11, Part 1: Mechanical properties and robustness evaluation of glass materials in building
Lecture 11, Part 2: Mechanical properties and robustness evaluation of glass materials in building
Lecture 12, Part 1: Femtosecond laser-induced functional microstructures in glass
Lecture 12, Part 2: Femtosecond laser-induced functional microstructures in glass
Lecture 13: Structure formation of rare-earth ions doped transparent glass ceramics-nucleation
Lecture 14, Part 1: Optical microfibers and nanofibers: Fabrication, properties
Lecture 14, Part 2: Optical microfibers and nanofibers: Fabrication, properties
Lecture 15, Part 1: Organic/inorganic hybrid materials based optical microcavities and applications
Lecture 15, Part 2: Organic/inorganic hybrid materials based optical microcavities and applications
Special Presentation: West Lake
Special Presentation: Xixi Wetland Park
Special Presentation: Yu Garden
Special Presentation: Zhejiang Province
Welcome and introduction to the Zhejiang University