报告人简介

　　尤金·梅德沃斯基博士是一位先进材料（陶瓷、复合材料和涂层）领域的顾问。他于2023年6月从加拿大艾伯塔省卡尔加里的Endurance Technologies Inc.研发经理职位上退休。在该公司，他负责研发和新产品开发，主要研究应用于石油和天然气生产以及电力行业的耐磨和耐腐蚀涂层。在此之前，他曾担任位于美国罗德岛普罗维登斯的优美科TFP公司的工艺开发经理，开发并推广了用于透明导电氧化物薄膜的大尺寸旋转高密度氧化铟基陶瓷溅射靶材及其他一些半导体材料，这些材料主要用于光伏应用、显示器、传感器、薄膜晶体管等领域。在此之前，他还在加拿大多家公司担任高级研发和工程职位，包括卡尔加里的Ceramic Protection Corp.和梅迪辛哈特的Indepor Inc.，主要从事先进陶瓷和复合材料防弹装甲及其系统（用于人员和车辆保护），以及应用于采矿、矿物加工、发电和工程领域的耐磨和耐腐蚀产品和陶瓷电绝缘体的研发工作。

　　梅德沃斯基博士拥有近45年的研发与制造经验，涉及先进陶瓷、复合材料及涂层的技术开发与评估，涵盖耐磨、耐高温腐蚀、耐热冲击产品、防弹装甲、导体和半导体、电绝缘体、低排放发电及燃烧系统的过滤器、催化剂载体和膜材料，以及某些专门用于熔融金属和盐类的耐火材料。梅德沃斯基博士开发并参与的众多材料、产品和技术已经在北美、欧洲、亚洲和澳大利亚的工业界广泛应用，并为这些地区的行业带来了显著的经济效益。这些应用包括用于井下石油生产、电力生产和炼油的长管和特殊部件保护涂层，防弹装甲系统，应用于旋风分离器、管道系统和燃烧装置的陶瓷和复合材料部件，核电站和真空设备用的陶瓷绝缘体，液晶显示器、触摸面板和光伏薄膜加工的溅射靶材等。

　　梅德沃斯基博士获得了俄罗斯门捷列夫化工大学陶瓷工程学士/硕士学位，并在全苏电缆工业研究生产中心获得陶瓷工程/电绝缘材料博士学位。他因在先进材料和产品开发及工业化方面取得的成功，多次获得业界重要奖项。他是陶瓷装甲技术的主要开发者之一，并因此获得了美国陶瓷学会公司技术成就奖（2001年）。自2015年起，梅德沃斯基博士成为美国陶瓷学会院士，并于2015年获得美国陶瓷学会全球之星奖，2021年获得Greaves-Walker奖，2007年获得英国材料、矿物和采矿学会的Phiel奖，并被收录于《Marques科学与工程名人录》。此外，他是《应用陶瓷进展》期刊（英国）的编委，发表了约100篇同行评审论文，拥有20多项发明，并在多次国际会议上做了演讲和报告。

　　梅德沃斯基博士计划做四场报告：

　　一、高级热扩散保护涂层在电力生产、石油与天然气生产以及矿物加工中的应用

　　第1部分：《主要加工原理与涂层的形成》

　　第2部分：《硼化涂层的特性与应用》

　　第3部分：《铝化涂层的特性与应用》

　　二、《采矿与矿物加工、石油与天然气生产及电力生产中的先进陶瓷与涂层及其对制造技术的重要性》

Biography

Dr. Eugene Medvedovski is a Consultant in the area of advanced materials (ceramics, composites and coatings). He just retired (in June 2023) from the R&D Manager position from Endurance Technologies Inc., Calgary, AB, Canada where he was responsible for R&D and new product development working with wear- and corrosion-protective coatings, mostly for oil & gas production and power generation. Previously, he was a Process Development Manager at Umicore TFP in Providence, RI, USA, where he developed and implemented large size and rotary high-density Indium Oxide-based ceramic sputtering targets and some other semiconductors for Transparent Conductive Oxide thin films (e.g., based on tin oxide, zinc oxide), specifically for photovoltaic applications, displays, sensors, thin film transistors and others. Prior to that, he held senior R&D and engineering positions in Canadian companies, including Ceramic Protection Corp. in Calgary and Indepor Inc. in Medicine Hat, where he worked with advanced ceramic and composite ballistic armor and armor systems (for personnel and vehicular applications) and wear- and corrosion-resistant products for mining and mineral processing, power generation and engineering applications, and ceramic electrical insulators. His R&D and manufacturing activity for almost 45 years includes advanced ceramics, composites and coatings and their technology and evaluation for wear-, high temperature corrosion- and thermal shock-resistant products, ballistic armor, conductors and semiconductors, electrical insulators, filters, catalyst carriers and membranes for low-emission power generation and combustion systems, some refractory materials, specifically for molten metals and salts. Numerous materials, products and technologies, which Dr. Medvedovski developed and worked with, were implemented to industry with commercially manufacturing providing significant economic benefit to industry in North America, Europe, Asia and Australia; they include long tubulars and special components with protective coatings for downhole oil production, power generation and refinery, ballistic armor systems, ceramic and composite components for cyclones, piping systems and combustion devices, ceramic insulators for nuclear power plants and vacuum devices and apparatus, sputtering targets for TCO films’ processing for LCD, touch panels and PV. He earned his BSc/MS degree in Ceramic Engineering from the Mendeleev Moscow Chemical Engineering University (Russia) and his PhD degree in Ceramic Engineering/ Electroinsulating Materials from the All-Union Research and Manufacturing Centre of Cable Industry (Moscow, Russia). Dr. Medvedovski is a recipient of prestigious awards for the successful development and industrialization of advanced materials and products. He was the principle developer of the ceramic armor technology awarded by The American Ceramic Society’s Corporate Technical Achievement Award (2001). Eugene is the ACERS Fellow (since 2015), he received the ACERS’ Global Star Award (2015) and Greaves-Walker Award (2021), Phiel Award of IOM3 (UK, 2007), profiled in Marques Who’s Who in Science and Engineering. He is a member of the editorial board of the Journal of Advances in Applied Ceramics (UK), author of ~ 100 peer-reviewed papers, over 20 inventions, presented numerous talks and lectures at international conferences.