Low dose rate 60Co facility in Zagreb

M. Roguljic, A. Starodumov, A. Karadzhinova-Ferrer, D. Ferencek, A. Ahmed, Luis Miguel Jara-Casas
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引用次数: 1

Abstract

The Co-60 irradiation facility at Ruđer Boskovic Institute in Zagreb allows for gamma irradiation in a large range of doses from a maximum of 30kGy/h down to 30Gy/h. Recently, a setup for the radiation tolerance study of readout electronics has been built inside the irradiation chamber. This setup allows for performing tests in conditions similar to ones that will be experienced at HL-LHC experiments. The irradiation dose rate is close to the dose rate at 3cm from the p-p interaction point, the temperature inside cold boxes is controlled by using chilled water and Peltier elements, and the relative humidity is defined by dry air flushed through the cold boxes. The setup is used for irradiation of ATLAS and CMS pixel detector prototype readout chips, called RD53A. This chip is built in 65 nm CMOS technology that demonstrates a radiation damage dependence on the irradiation dose rate. In this paper the setup itself and a few preliminary results of the radiation damage received at the low dose rate will be presented.
低剂量率60Co在萨格勒布的设施
萨格勒布Ruđer博斯科维奇研究所的Co-60辐照设施可进行从最高30千戈瑞/小时到30千戈瑞/小时的大剂量伽马辐照。近年来,在辐照室内建立了一套用于读出电子器件辐射容限研究的装置。这种设置允许在类似HL-LHC实验的条件下进行测试。辐照剂量率接近于距p-p相互作用点3cm处的剂量率,冷箱内温度由冷冻水和珀尔梯元件控制,相对湿度由冷箱内冲刷的干空气确定。该装置用于辐照ATLAS和CMS像素探测器原型读出芯片RD53A。该芯片采用65纳米CMOS技术,显示了辐射损伤与辐照剂量率的关系。本文将介绍在低剂量率下所受辐射损伤的装置本身和一些初步结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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