2020年10月20日🏬🧑🏻🔧，沐鸣平台與上海大學、上海核學會擬聯合舉辦國際線上學術會議《Materials Service Performance in Nuclear Power Plant (MSPNP2020)-Multiscale Characterization》。本次會議邀請到英國、日本⛸、韓國🤶🏼、中國等領域內多名國內外著名專家學者報告其最新研究成果👼🏽，歡迎各位老師積極參會交流！
會議題目：Materials Service Performance in Nuclear Power Plant (MSPNP2020)-Multiscale Characterization
會議時間：2020.10.20💙，星期二，8:30-18:30.
會議簡介：
Nuclear power energy generation from water-cooled nuclear power plants is an important source for the world’s supply of electric power. Safe and economic operation as well as lifetime prediction and extension of nuclear power plants are strongly affected by materials service performance and related environmental degradation issues. International Symposium on Material Service Performance in Nuclear Power Plants(MSPNP) has been initiated in 2014 and continuing to 2019, for providing an international forum for the exchange of research results and reactor operating experience related to evaluation, analysis and prediction of materials performance and degradation in water-cooled nuclear power reactor systems in relation to macroscopic and microscopic properties of materials, manufacturing and fabrication processes and operating conditions. In MSPNP2014, service performance and materials characterization were emphasized. In MSPNP2016, the importance of international cooperation and joint research was emphasized. In MSPNP2018, the service performance under extreme conditions was emphasized. In MSPNP2019, intelligent monitoring and reliability assessment of materials degradation is emphasized. In 2020, In light of the COVID-19 pandemic, MSPNP2020 focusing on Multiscale Characterization is shifting from In-person Symposium to On-line Workshop, for facilitating communication and promoting cooperation for the academia and industries internationally.
The working language of the conference is English. The workshop is free accessing to the participants to whom the meeting information will be sent in advance.
會議主題：
Workshop topics include, but are not limited to:l Safety and reliability of nuclear power reactors in relation to materials service performance.l Optimization of manufacturing and fabrication processes for improving service performancel Experimental evaluation of service performance of nuclear power plant materials.l Conventional and advanced methods for measurements and analyses of materials properties and degradation mechanisms.l Analysis of the root causes and key factors for environmental degradation issues in plants.l Intelligent monitoring of material degradation and reliability assessmentl Predictive and proactive approaches for plant lifetime assessment and extension.l Multiscale characterization of Materials
會場鏈接🤚：
https://teams.microsoft.com/l/meetup-join/19%3ameeting_OGYyMjI4MDgtYTgxZC00MmNiLTk2YTYtZjQwMzgzZDcyMzk2%40thread.v2/0?context=%7b%22Tid%22%3a%227edf7bea-81b6-45b7-980f-71e7756d7109%22%2c%22Oid%22%3a%2276b09715-c056-414d-b0ac-a424cb45b336%22%7d
其它事項說明🧑🏼🍼：請參見附件（會議內容介紹及會議日程）。
