International Neutron Scattering Instrumentation School

该奖项由生物科学理事会的生物基础设施部门以及数学科学理事会的化学部门和材料研究部门授予印第安纳大学。该奖项为国际中子散射仪器学校（INSIS）提供部分支持。INSIS将提供设计和优化中子散射仪器的基础教育，并为一部分学生提供对所有中子散射仪器的基本组成部分中子探测器的更深刻理解。该学院将于2012年7月在罗马举办，相关介绍见以下网站：http://neutrons.ornl.gov/conf/insis2012/。在学校期间，讲座将在互联网上播放，并将被存档，以便无法上学的个人可以使用。中子散射是一种工具，它允许研究人员进行结构研究，并在生物学、材料科学、化学和地质学等不同领域提供独特的信息。因此，美国和日本最近都完成了主要中子散射设施的建设，欧洲正在开始建设一个可能更强大的设施。为了充分利用这些设施，需要先进的仪器。不幸的是，全世界有资格制造这种设备的个人数量严重有限。NSF资金将用于支持一名美国讲师和最多8名学生在学校的旅行和住宿。这些学生要么正在攻读研究生课程，要么将成为合格的年轻科学家，开始他们的研究生涯。将特别注意确保学生群体的多样化，包括目前在科学界代表性不足的群体的成员。该奖项由生物科学理事会的生物基础设施部门以及数学科学理事会的化学部门和材料研究部门授予印第安纳大学。该奖项为国际中子散射仪器学校（INSIS）提供部分支持。INSIS将提供设计和优化中子散射仪器的基础教育，并为一部分学生提供对所有中子散射仪器的基本组成部分中子探测器的更深刻理解。该学院将于2012年7月在罗马举办，相关介绍见以下网站：http://neutrons.ornl.gov/conf/insis2012/。在学校期间，讲座将在互联网上播放，并将被存档，以便无法上学的个人可以使用。中子散射是一种工具，它允许研究人员进行结构研究，并在生物学、材料科学、化学和地质学等不同领域提供独特的信息。因此，美国和日本最近都完成了主要中子散射设施的建设，欧洲正在开始建设一个可能更强大的设施。为了充分利用这些设施，需要先进的仪器。不幸的是，全世界有资格制造这种设备的个人数量严重有限。NSF资金将用于支持一名美国讲师和最多8名学生在学校的旅行和住宿。这些学生要么正在攻读研究生课程，要么将成为合格的年轻科学家，开始他们的研究生涯。将特别注意确保学生群体的多样化，包括目前在科学界代表性不足的群体的成员。

This award to Indiana University is from the Division of Biological Infrastructure in Directorate of Biological Sciences, and the Chemistry Division and the Division of Materials Research in the Directorate of Mathematical Sciences. The award provides partial support to an International Neutron Scattering Instrumentation Schools (INSIS. INSIS will provide a basic education in the design and optimization of neutron scattering instrumentation as well as, for a subset of the students, a more profound understanding of an essential component of all neutron scattering instruments, the neutron detector. The school will be held in Rome in July 2012 and is described on the following website: http://neutrons.ornl.gov/conf/insis2012/. Lectures will be streamed on the internet during the school and will be archived so that they are available for individuals who are unable to attend the school. Neutron scattering is a tool that allows researchers to conduct structural studies and provides unique information in fields as diverse as biology, materials science, chemistry and geology. For this reason, both the U.S. and Japan have recently completed the construction of major neutron scattering facilities and Europe is beginning construction of a facility which may be even more powerful. To make optimum use of these facilities, advanced instrumentation is required. Unfortunately, the number of individuals worldwide who are qualified to build such equipment is severely limited. NSF funding will be used to support the travel and accommodation of one U.S. Lecturer and up to 8 students at the school. The students will either be following a graduate course currently or they will be qualified young scientists at the beginning of their research careers. Special attention will be paid to ensuring a diverse student body, including members of groups which are currently under-represented in the scientific community.This award to Indiana University is from the Division of Biological Infrastructure in Directorate of Biological Sciences, and the Chemistry Division and the Division of Materials Research in the Directorate of Mathematical Sciences. The award provides partial support to an International Neutron Scattering Instrumentation Schools (INSIS. INSIS will provide a basic education in the design and optimization of neutron scattering instrumentation as well as, for a subset of the students, a more profound understanding of an essential component of all neutron scattering instruments, the neutron detector. The school will be held in Rome in July 2012 and is described on the following website: http://neutrons.ornl.gov/conf/insis2012/. Lectures will be streamed on the internet during the school and will be archived so that they are available for individuals who are unable to attend the school. Neutron scattering is a tool that allows researchers to conduct structural studies and provides unique information in fields as diverse as biology, materials science, chemistry and geology. For this reason, both the U.S. and Japan have recently completed the construction of major neutron scattering facilities and Europe is beginning construction of a facility which may be even more powerful. To make optimum use of these facilities, advanced instrumentation is required. Unfortunately, the number of individuals worldwide who are qualified to build such equipment is severely limited. NSF funding will be used to support the travel and accommodation of one U.S. Lecturer and up to 8 students at the school. The students will either be following a graduate course currently or they will be qualified young scientists at the beginning of their research careers. Special attention will be paid to ensuring a diverse student body, including members of groups which are currently under-represented in the scientific community.