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Estimation of irradiation temperature within the irradiation program Rheinsberg

The temperature monitoring within the irradiation programme Rheinsberg II was performed by diamond powder monitors. The method bases on the effect of temperature on the irradiation-induced increase of the diamond lattice constant. The method is described by a Russian code. In order to determine the...

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Detalles Bibliográficos
Autores principales: Stephan, I, Boehmert, J, Prokert, F, Scholz, A
Lenguaje:ger
Publicado: 2003
Materias:
Acceso en línea:http://cds.cern.ch/record/747709
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author Stephan, I
Boehmert, J
Prokert, F
Scholz, A
author_facet Stephan, I
Boehmert, J
Prokert, F
Scholz, A
author_sort Stephan, I
collection CERN
description The temperature monitoring within the irradiation programme Rheinsberg II was performed by diamond powder monitors. The method bases on the effect of temperature on the irradiation-induced increase of the diamond lattice constant. The method is described by a Russian code. In order to determine the irradiation temperature, the lattice constant is measured by means of a X-ray diffractometer after irradiation and subsequent isochronic annealing. The kink of the linearized temperature-lattice constant curves provides a value for the irradiation temperature. It has to be corrected according to the local neutron flux. The results of the lattice constant measurements show strong scatter. Furthermore there is a systematic error. The results of temperature monitoring by diamond powder are not satisfying. The most probable value lays within 255 C and 265 C and is near the value estimated from the thermal condition of the irradiation experiments.
id cern-747709
institution Organización Europea para la Investigación Nuclear
language ger
publishDate 2003
record_format invenio
spelling cern-7477092019-09-30T06:29:59Zhttp://cds.cern.ch/record/747709gerStephan, IBoehmert, JProkert, FScholz, AEstimation of irradiation temperature within the irradiation program RheinsbergCondensed MatterThe temperature monitoring within the irradiation programme Rheinsberg II was performed by diamond powder monitors. The method bases on the effect of temperature on the irradiation-induced increase of the diamond lattice constant. The method is described by a Russian code. In order to determine the irradiation temperature, the lattice constant is measured by means of a X-ray diffractometer after irradiation and subsequent isochronic annealing. The kink of the linearized temperature-lattice constant curves provides a value for the irradiation temperature. It has to be corrected according to the local neutron flux. The results of the lattice constant measurements show strong scatter. Furthermore there is a systematic error. The results of temperature monitoring by diamond powder are not satisfying. The most probable value lays within 255 C and 265 C and is near the value estimated from the thermal condition of the irradiation experiments.FZR-376oai:cds.cern.ch:7477092003
spellingShingle Condensed Matter
Stephan, I
Boehmert, J
Prokert, F
Scholz, A
Estimation of irradiation temperature within the irradiation program Rheinsberg
title Estimation of irradiation temperature within the irradiation program Rheinsberg
title_full Estimation of irradiation temperature within the irradiation program Rheinsberg
title_fullStr Estimation of irradiation temperature within the irradiation program Rheinsberg
title_full_unstemmed Estimation of irradiation temperature within the irradiation program Rheinsberg
title_short Estimation of irradiation temperature within the irradiation program Rheinsberg
title_sort estimation of irradiation temperature within the irradiation program rheinsberg
topic Condensed Matter
url http://cds.cern.ch/record/747709
work_keys_str_mv AT stephani estimationofirradiationtemperaturewithintheirradiationprogramrheinsberg
AT boehmertj estimationofirradiationtemperaturewithintheirradiationprogramrheinsberg
AT prokertf estimationofirradiationtemperaturewithintheirradiationprogramrheinsberg
AT scholza estimationofirradiationtemperaturewithintheirradiationprogramrheinsberg