Enhanced beam injection for Australia's Heavy Ion Accelerator Facility

该项目旨在通过安装静电分析仪和离子源来产生负氦束，为澳大利亚重离子加速器设施升级光束注入。将研究元素起源的基本问题和原子核的量子力学，以及加速器科学的应用，从测量人类对环境的影响到为医学开发核知识。预期的结果包括改进环境应用中的同位素示踪，评估暗物质搜索探测器以及探索向地球涌入的星际粒子。新的研究将进入原子核的量子力学和新的天体物理学和医学应用。该项目旨在通过吸引顶尖科学家到世界级的澳大利亚设施来加强国际科学交流。它将为医学、环境监测和工业提供核技术方面的独特培训，并支持澳大利亚在核安全、核安保和核不扩散方面发挥领导作用。

This project aims to upgrade the beam injection for Australia’s Heavy Ion Accelerator Facility, by installing an electrostatic analyser and an ion source to produce negative helium beams. Fundamental questions on the origin of the elements and the quantum mechanics of nuclei will be studied, along with applications of accelerator science, which extend from measuring human impact on the environment to developing nuclear knowledge for medicine. Expected outcomes include improved isotope tracing in environmental applications, assessment of detectors for dark matter searches and exploring interstellar particle influx to the Earth. New research will be conducted into the quantum mechanics of nuclei and new astrophysics and medical applications. The project aims to enhance international scientific exchanges by attracting top scientists to a world-class Australian facility. It will provide unique training of skilled personnel in nuclear techniques for medicine, environmental monitoring and industry, and support Australia’s leading role in nuclear safety, security and non-proliferation.