应我校精选在线赌博网站大全 欧阳家虎教授邀请，澳大利亚国家核科技组织研究员、山东大学兼职教授魏涛将于9月5日至9月15日对我校进行访问交流、科研合作，并进行一系列学术报告，欢迎广大师生参加。具体学术讲座信息如下：

报告一：

题目：Neutron Scattering and its Applications in Material Research

时间：2018年9月7日（星期五），上午9:00—11:00

地点：哈工大科学园C3栋（特种陶瓷研究所）417报告厅

报告简介：The Australian Nuclear Science and Technology Organisation (ANSTO) is Australia's publicly-funded national research agencies and the centre of Australian nuclear expertise. ANSTO operates nuclear science and technology-based facilities, i.e. OPAL research reactor, Australian Synchrotron, Centre for Accelerator Science, Australian Centre for Neutron Scattering, for the benefit of industry and the Australian and international research community. ANSTO also manufactures radiopharmaceuticals and performs commercial work such as silicon doping by nuclear transmutation. This talk will focus on the OPAL reactor, neutron scattering and its application to examine the atomic and molecular detail of a wide range of materials from nanotechnology, energy, mining, biotechnology, particularly in texture and residual stress measurement for metal.

报告二：

题目：Nuclear Materials and Structural Integrity

时间：2018年9月8日（星期六），上午9:00—11:00
地点：哈工大科学园C3栋（特种陶瓷研究所）417报告厅

报告简介：This talk will introduce the materials for components in the nuclear reactor and the microstructure and mechanical changes due to the neutron irradiation, and the surveillance programme to monitor neutron radiation damage for the materials at ANSTO’s OPAL reactor. Some examples will be given for the assessment of structural integrity, as show case for applying the techniques to solve complex industrial problems.

报告三：

题目：Nuclear Fuel Cycle and Future Reactors

时间：2018年9月9日（星期日），上午9:00—11:00
地点：哈工大科学园C3栋（特种陶瓷研究所）417报告厅

报告简介：ANSTO’s facilities and expertise provide capabilities for supporting research areas, such as advantage materials research for the future fusion and fission nuclear reactors, material modification and characterisation; It supports and developed the collaboration research with an extensive array of national and international including Generation IV Reactor Forum and SINAP’s molten salt reactor. Some new developments in the nuclear fuel cycle and future reactors will be presented in this talk.

报告四：

题目：Accelerator and Applications for Nuclear Materials

时间：2018年9月10日（星期一），上午9:00—11:00
地点：哈工大科学园C3栋（特种陶瓷研究所）417报告厅

报告简介：Centre for Accelerator Science at ANSTO operate four accelerators. The facilities enable the local and international researchers to conduct the researches in isotopic dating, archaeology, air pollution, climate science, and materials research. This talk will focus on its applications in the surface modification, and the new development in ion source and target chamber for radiation damage research of the future nuclear materials and waste forms will be reported.

Dr Tao Wei（魏涛博士）简介：

Dr Tao Wei（魏涛博士），工学博士，澳大利亚国家核科技组织研究员，山东大学兼职教授。1997年获哈尔滨工业大学工学博士学位，1999-2000年于澳大利亚悉尼大学任访问学者，2000-2002年于澳大利亚新南威尔士大学任博士后研究员，2002年至今于澳大利亚国家核科技组织任研究员，2015年至今任山东大学兼职教授。Tao Wei博士的主要研究领域包括核反应器固体辐射效应、材料结构完整性评价、核反应器关键组件有限元建模、中子衍射残余应力、激光表面改性、高性能复合陶瓷和梯度材料等。先后主持核科技领域的课题15项，发表高水平学术论文40余篇。曾多次获得澳大利亚核科技组织杰出研究成就奖。Tao Wei博士是澳大利亚核电领域资深工业技术研究和咨询专家，长期以来积极推进中澳两国核电装备技术领域的交流和合作。

Dr Tao Wei Introduction

Dr Tao Wei is a research scientist at Australian Nuclear Science and Technology Organisation (ANSTO), Australia after got the PhD from Harbin Institute of Technology, China in 1997 and finished the postdoc research at University of NSW, Australia in 2002. Since then he has carried out the research activities ranging from accelerator mass spectrometry projects to surveillance programs for the structure integrity of ANSTO’s OPAL nuclear reactor. He has utilised various materials characterisation and mechanical testing techniques and finite element analysis to develop and evaluate the nuclear materials under the extreme environment. He now is the lead scientist in Australia to conduct an IAEA collabration research project, simulation and modelling neutron damage using ion beam irradiation for the future nuclear materials.

澳大利亚国家核科技组织(Australian Nuclear Science and Technology Organisation, ANSTO)介绍：

澳大利亚核科学技术组织(ANSTO)是澳大利亚的国家核组织，也是澳大利亚核技术中心。ANSTO管理核科学和技术基础设施，如：OPAL研究反应堆，加速器科学中心，澳大利亚中子散射中心，回旋加速器设备，澳大利亚同步加速器，为工业、澳大利亚和国际研究界提供服务。ANSTO为国际原子能机构活动和研究人员提供服务，包括来自学术界、公共资助的研究机构、工业和政府的国内和国际用户。ANSTO还提供跨学科和技术的广泛培训。

ANSTO运用核科学、技术和专门知识，带领澳大利亚在一系列技术中解决复杂的研究和工业问题。重点研究领域是：未来核聚变和裂变核反应堆的先进材料研究、材料改性与表征、中子散射和同步加速器研究以检查纳米技术中材料的原子和分子细节、能源、采矿、环境、生物技术、健康和农业；同位素年代测定、考古学、空气污染、气候科学、法医学和辐射损伤的加速器科学研究。

ANSTO还生产放射性药物，并进行商业工作，例如核转化的硅掺杂。它支持在国内和国际上发展和实施核和相关领域的政府政策和倡议。

Australian Nuclear Science and Technology Organisation(ANSTO) Introduction

The Australian Nuclear Science and Technology Organisation (ANSTO) is Australia's national nuclear organisation and the centre of Australian nuclear expertise. ANSTO operates nuclear science and technology based facilities, i.e. OPAL research reactor, Centre for Accelerator Science, Australian Centre for Neutron Scattering, Cyclotron facility, Australian Synchrotron, for the benefit of industry and the Australian and international research community. The facilities provide capabilities for supporting International Atomic Energy Agency activities and researchers including an extensive array of national and international users from academia, publicly-funded research agencies, industry and government. ANSTO also provides training across a broad range of disciplines and technologies.

ANSTO applies nuclear science, techniques and expertise, and leads Australia in a range of techniques to solve complex research and industrial problems. The strong research areas are as following: advantage materials research for the future fusion and fission nuclear reactors, material modification and characterisation; neutron scattering and synchrotron researches to examine the atomic and molecular detail of a wide range of materials from nanotechnology, energy, mining, environment, biotechnology, health and agriculture; accelerator science researches in isotopic dating, archaeology, air pollution, climate science, forensic science and radiation damages.

ANSTO also manufactures radiopharmaceuticals and performs commercial work such as silicon doping by nuclear transmutation. It supports the development and implementation of government policies and initiatives in nuclear and related areas, domestically and internationally.