时 间： |
2012年7月1日—5日 |
地 点： |
法国，圣马洛 (Saint-Malo, France) |
摘要截止时间： |
2012年1月31日 |
注 册 时 间： |
2011年10月15 至 2012年4月15日 |
论文截止时间： |
2012年6月30日 |
会议介绍：
This International Symposium on Non-Oxide and New Optical Glasses, ISNOG 2012, is the 18th of a successful series of meetings, the first of which was held in Cambridge (UK) in 1981, followed by Troy (USA, 1983), Rennes (France, 1985), Monterey (USA, 1987), Shizuoka (Japan, 1988), Clausthal-Zellerfeld (Germany, 1989), Lorne (Victoria, Australia, 1991), Perros-Guirec (France, 1992), Hangzhou (China, 1994), Corning (USA, 1996), Sheffield (UK, 1998), Florianopolis (Brazil, 2000), Pardubice (Czech Republic, 2002), Florida (USA, 2004), Bangalore (India, 2006), Montpellier (France, 2008), and Ningbo (China, 2010).
ISNOG deals with the synthesis, processing, characterization, modeling and physical properties of novel non-oxide, hybrids and optically transparent glasses with high technological impact potential. ISNOG 2012 will provide a great opportunity for chemists, physicists, and device engineers to debate about the state of the art and perspectives, to share their ideas, solutions and issues related to the crucial role played by Non-Oxide and New Optical Glasses in cutting edge technologies.
The 18th International Symposium on Non-Oxide and New Optical Glasses-ISNOG provides a multidisciplinary forum for the recent advances in basic research, development and applications of non-oxide, special oxide glasses and new optical glasses, hence making the conference the forum for discussion of all types of non-traditional inorganic glasses. Objective of the symposium is to bring together scientists and industrial specialist working in different research fields, and to support information exchange and international collaboration.
会议主题：
1. Synthesis of Glasses and Glass-Ceramics, Glass Melting and Processing
2. Glass Transition, Relaxation in Glasses and Glass forming Liquids, Mechanical Properties
3. Modeling of Glass Structures; Glass, Surface and Interfaces: Structure and Properties
4. Optical Glasses and Glass-Ceramics, Optical Ceramics, Optical Coatings and Films
5. Active Optics, Optical Fibres and Integrated Optics
6. Photoinduced phenomena, Phase Change Memories
7. Glasses for Energy Storage Materials and Environmental Applications, Scintillators, Solar Energy.
8. Glasses for Medicine and Biotechnology, Sensors