Science Popularization Videos | Long-term Safe Operation of High-temperature Major Equipment
一只了不起的锅 A Remarkable Boiler
华东理工大学涂善东院士在2024年科普传播大会形象生动的解释了高温高压锅炉的发展和安全。最后，涂院士引入科学问题：如何准确预测长时高温蠕变寿命？如何预测实际工程结构失效行为？
At the 2024 Science Popularization Communication Conference, Prof. Shan-Tung Tu from East China University of Science and Technology vividly explained the development and safety of high-temperature, high-pressure boilers using the analogy of "a remarkable boiler". In the end, Prof. Tu raised the scientific questions: How to accurately predict long-term high-temperature creep life? How to predict the failure behavior of actual engineering structures?
一分钟了解核反应堆 Understanding Nuclear Reactors in One Minute
核电站如何安全地发电、产生清洁能源？中国核动力设计研究院科普视频，将解答关于核电站如何安全发电的疑问，揭开核反应堆的神秘面纱。一分钟了解核电站安全运行背后的科学原理。
How do nuclear power plants generate electricity and clean energy safely? This science video from the China National Nuclear Power Design Institute answers questions about how nuclear power plants generate electricity safely and unveils the mystery of nuclear reactors. Understand the scientific principles behind the safe operation of nuclear power plants in just one minute.
高温装备长期安全服役，守护工业生产！Long-term Safe Operation of High-temperature Equipment, Guarding Industrial Production!
高温装备在哪些领域发挥着关键作用吗？如何保障它们的长期安全运行？由华东理工大学承压系统与安全LAB的涂善东院士团队制作的一系列科普视频，以形象生动的方式，深入浅出地介绍了高温重大装备用材料的应用背景和研究意义。这套视频不仅是优质的教学素材，更能让科研工作者更全面地了解高温材料服役过程中涉及的多种关键科学问题及其研究动向，尤其是高温材料长期蠕变寿命的评估和预测等。
In what fields do high-temperature equipment play a key role? How to ensure their long-term safe operation? This series of science videos, produced by Prof. Shan-Tung Tu's team from the Pressure System and Safety LAB at East China University of Science and Technology, vividly introduces the application background and research significance of materials used in high-temperature major equipment. This video series not only serves as excellent teaching material but also allows researchers to gain a more comprehensive understanding of the multiple key scientific issues and research trends involved in the service process of high-temperature materials, especially the assessment and prediction of long-term creep life of high-temperature materials.
放射性核废料处理 Radioactive Nuclear Waste Disposal
华东理工大学温建锋教授科普和解读了核废料的安全处置。如何存储核废料万年以上，也是制约我国核能发电的关键因素之一。
Prof. Jian-Feng Wen from East China University of Science and Technology provided a popular science explanation on the safe disposal of nuclear waste. One of the key factors restricting the development of nuclear power in China is how to safely store nuclear waste for over 10,000 years.
深入了解更多相关研究成果
Explore relevant research in more detail
高达10亿倍外推比例的蠕变机理模型
Rolf Sandström，公众号：材料预测基础理论MSEA | KTH Rolf Sandström 铜在低应力下的初期蠕变
Extrapolation ratio > 1 billion
Rolf Sandström，公众号：材料预测基础理论MSEA | Primary creep at low stresses in Copper
蠕变寿命外推方法
Rolf Sandström，公众号：材料预测基础理论1分钟读完 | Sandström院士50年心血之作-蠕变理论-14 蠕变断裂外推
Creep Life Extrapolation
Rolf Sandström，公众号：材料预测基础理论1-min read | Sandström's Creep Theory-14 Extrapolation
美国高温核反应堆设计规范与标准
贺君敬 | 编译，公众号：蠕变预测ICCP美国高温核反应堆规范与标准2024
ASME Rules for components and facilities of high-temperature reactors
Jun-Jing He |Ed.，公众号：蠕变预测ICCPASME | Rules of High Temperature Reactors
