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首页> 外文期刊>Physica, B. Condensed Matter >Construction of the neutron beam facility at Australia's OPAL research reactor
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Construction of the neutron beam facility at Australia's OPAL research reactor

机译：在澳大利亚OPAL研究堆上建设中子束设施

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摘要

Australia's new research reactor, OPAL, has been designed principally for neutron beam science and radioisotope production. It has a capacity for 18 neutron beam instruments, located at the reactor face and in a neutron guide hall. The neutron beam facility features a 201 liquid deuterium cold neutron source and cold and thermal supermirror neutron guides. Nine neutron beam instruments are under development, of which seven are scheduled for completion in early 2007. The project is approaching the hot-commissioning stage, when criticality will be demonstrated. Installation of the neutron beam transport system and neutron beam instruments in the neutron guide hall and at the reactor face is underway, and the path to completion of this project is relatively clear. This paper will outline the key features of the OPAL reactor, and will describe the neutron beam facility in particular. The status of the construction and a forecast of the program to completion, including commissioning and commencement of routine operation in 2007 will also be discussed. (c) 2006 Elsevier B.V. All rights reserved.
机译：澳大利亚的新研究堆OPAL主要设计用于中子束科学和放射性同位素生产。它可容纳18个中子束仪器，位于中子反应堆表面和中子引导室中。中子束设备具有201液态氘冷中子源以及冷热超镜中子导管。目前正在开发9台中子束仪器，其中7台计划于2007年初完成。该项目已接近热试车阶段，届时将证明其重要性。正在将中子束传输系统和中子束仪器安装在中子导管室和反应堆表面，并且完成该项目的路径相对清晰。本文将概述OPAL反应堆的关键特征，并特别描述中子束设施。还将讨论建设的状态以及对计划完成的预测，包括2007年的调试和日常运行的开始。 （c）2006 Elsevier B.V.保留所有权利。

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