A study on energy compensate of the SDM2000 personal dosimeter

A compensation filter can be adopted to suppress the excess response of a X, gamma personal dosimeter over the low energy region. A set of simultaneous equations has been set up to determine the compensation parameters of the filter, and the solving process of the equations has also been given. The...

Descripción completa

Detalles Bibliográficos
Autores principales: LiuZhengShan, Cheng Chang, Deng Chang Ming, Guo Zhan Jie, Zhang Zhi Yong
Lenguaje:chi
Publicado: 2001
Materias:
Detectors and Experimental Techniques
Acceso en línea:http://cds.cern.ch/record/748223
_version_ 1780904232526807040
author LiuZhengShan
Cheng Chang
Deng Chang Ming
Guo Zhan Jie
Zhang Zhi Yong
author_facet LiuZhengShan
Cheng Chang
Deng Chang Ming
Guo Zhan Jie
Zhang Zhi Yong
author_sort LiuZhengShan
collection CERN
description A compensation filter can be adopted to suppress the excess response of a X, gamma personal dosimeter over the low energy region. A set of simultaneous equations has been set up to determine the compensation parameters of the filter, and the solving process of the equations has also been given. The energy response of SDM2000 personal dosimeter was calculated to illustrate these method, and the technique and method on energy compensate of small area detector are introduced
id cern-748223
institution Organización Europea para la Investigación Nuclear
language chi
publishDate 2001
record_format invenio
spelling cern-7482232019-09-30T06:29:59Zhttp://cds.cern.ch/record/748223chiLiuZhengShanCheng ChangDeng Chang MingGuo Zhan JieZhang Zhi YongA study on energy compensate of the SDM2000 personal dosimeterDetectors and Experimental TechniquesA compensation filter can be adopted to suppress the excess response of a X, gamma personal dosimeter over the low energy region. A set of simultaneous equations has been set up to determine the compensation parameters of the filter, and the solving process of the equations has also been given. The energy response of SDM2000 personal dosimeter was calculated to illustrate these method, and the technique and method on energy compensate of small area detector are introducedCIRP-0035CNIC-01588oai:cds.cern.ch:7482232001
spellingShingle Detectors and Experimental Techniques
LiuZhengShan
Cheng Chang
Deng Chang Ming
Guo Zhan Jie
Zhang Zhi Yong
A study on energy compensate of the SDM2000 personal dosimeter
title A study on energy compensate of the SDM2000 personal dosimeter
title_full A study on energy compensate of the SDM2000 personal dosimeter
title_fullStr A study on energy compensate of the SDM2000 personal dosimeter
title_full_unstemmed A study on energy compensate of the SDM2000 personal dosimeter
title_short A study on energy compensate of the SDM2000 personal dosimeter
title_sort study on energy compensate of the sdm2000 personal dosimeter
topic Detectors and Experimental Techniques
url http://cds.cern.ch/record/748223
work_keys_str_mv AT liuzhengshan astudyonenergycompensateofthesdm2000personaldosimeter
AT chengchang astudyonenergycompensateofthesdm2000personaldosimeter
AT dengchangming astudyonenergycompensateofthesdm2000personaldosimeter
AT guozhanjie astudyonenergycompensateofthesdm2000personaldosimeter
AT zhangzhiyong astudyonenergycompensateofthesdm2000personaldosimeter
AT liuzhengshan studyonenergycompensateofthesdm2000personaldosimeter
AT chengchang studyonenergycompensateofthesdm2000personaldosimeter
AT dengchangming studyonenergycompensateofthesdm2000personaldosimeter
AT guozhanjie studyonenergycompensateofthesdm2000personaldosimeter
AT zhangzhiyong studyonenergycompensateofthesdm2000personaldosimeter

Ejemplares similares