首页> 外文会议>2001 Workshop on the Utilization of Research Reactors Nov 5-9, 2001 Beijing, China >On-going Development on MINT'S Small Angle Neutron Scattering (SANS) Facility Upgrading and Related Research Activities
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On-going Development on MINT'S Small Angle Neutron Scattering (SANS) Facility Upgrading and Related Research Activities

机译:MINT小角中子散射(SANS)设施升级的持续开发及相关研究活动

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The TRIGA MARK II Research reactor at the Malaysian Institute for Nuclear Research (MINT) was commissioned in July 1982; next year will be its 20 year criticality. Since then various works have been performed to utilise the neutrons produced from this steady state reactor. Projects undertaken are the development and utilisation of the Neutron Radiography (MyNR) and Small Angle Neutron Scattering (MySANS) facilities. Materials research, together with traditional scientific interest in understanding matter at the atomic scale, requires detail knowledge of the arrangement and the dynamics of the atoms or molecules. To enhance Malaysian research and development in this area in particular nanoparticle and nanostructure, MINT has made a dedicated commitment to strengthen the utilising and maintaining the existing small angle neutron scattering facility to its optimal. This paper describes the recent progress of the MySANS facility and its proposed applications in materials science and technoiogy research and education. Both management and technical strategies are generally explained. In addition a future work plan is also noted.
机译:马来西亚核研究所(MINT)的TRIGA MARK II研究堆于1982年7月投入使用。明年将是其20年的关键。从那时起,已经进行了各种工作来利用由该稳态反应堆产生的中子。开展的项目是中子射线照相(MyNR)和小角中子散射(MySANS)设施的开发和利用。材料研究与传统的科学知识有关在原子尺度上理解物质有关,需要详细了解原子或分子的排列和动力学。为了加强马来西亚在这一领域特别是纳米颗粒和纳米结构方面的研究与开发,MINT做出了专门的承诺,以加强对现有小角度中子散射设施的利用和保持其最佳状态。本文介绍了MySANS设施的最新进展及其在材料科学和技术研究与教育中的拟议应用。一般都会说明管理和技术策略。此外,还指出了未来的工作计划。

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