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A transport beamline solution to control optically accelerated proton beams

机译:控制光加速质子束的传输束线解决方案

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摘要

Laser-target interaction represents a very promising field for several potential applications,from the nuclear physics to the radiobiology. However optically accelerated particle beams arecharacterized by some extreme features, not suitable for many applications. Therefore, beyondthe improvements at the laser-target interaction level, many researchers are spending their effortsfor the development of specific beam transport devices in order to obtain controlled andreproducible output beams.In this background, the ELIMED (ELI-Beamlines MEDical applications)project was born. Within 2017, a dedicated transport beam-line coupled with dosimetricsystems, named ELIMED, will be installed at the Extreme Light Infrastructure Beamlines(ELI-Beamlines) facility in Prague (CZ),as a part of the ELIMAIA (ELI Multidisciplinary Applicationsof laserâA ¸SIon Acceleration) beamline
机译:激光与目标的相互作用代表了从核物理到放射生物学等多种潜在应用的非常有前途的领域。然而,光学加速的粒子束具有一些极端特征,不适用于许多应用。因此,除了在激光-目标相互作用水平上的改进之外,许多研究人员还致力于开发特定的光束传输设备,以获取可控且可再现的输出光束。在此背景下,诞生了ELIMED(ELI-Beamlines医学应用)项目。 2017年之内,作为ELIMAIA(激光–SI¸的ELI多学科应用)的一部分,将在布拉格(CZ)的极轻基础设施束线(ELI-Beamlines)设施中安装与剂量系统耦合的专用运输束线。加速)光束线

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