The Successful Operation of Hole-type Gaseous Detectors at Cryogenic Temperatures

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We have demonstrated that hole-type gaseous detectors, GEMs and capillary plates, can operate up to 77 K. For example, a single capillary plate can operate at gains of above 10E3 in the entire temperature interval between 300 until 77 K. The same capillary plate combined with CsI photocathodes could...

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Autores principales: Pereiale, L., Peskov, V., Iacobaeus, C., Francke, T., Lund-Jensen, B., Pavlopoulos, P., Picchi, P., Pietropaolo, F., Tokanai, F.
Lenguaje:eng
Publicado: 2004
Materias:
Detectors and Experimental Techniques
Acceso en línea:https://dx.doi.org/10.1109/NSSMIC.2004.1462405
http://cds.cern.ch/record/801046
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author Pereiale, L.
Peskov, V.
Iacobaeus, C.
Francke, T.
Lund-Jensen, B.
Pavlopoulos, P.
Picchi, P.
Pietropaolo, F.
Tokanai, F.
author_facet Pereiale, L.
Peskov, V.
Iacobaeus, C.
Francke, T.
Lund-Jensen, B.
Pavlopoulos, P.
Picchi, P.
Pietropaolo, F.
Tokanai, F.
author_sort Pereiale, L.
collection CERN
description We have demonstrated that hole-type gaseous detectors, GEMs and capillary plates, can operate up to 77 K. For example, a single capillary plate can operate at gains of above 10E3 in the entire temperature interval between 300 until 77 K. The same capillary plate combined with CsI photocathodes could operate perfectly well at gains (depending on gas mixtures) of 100-1000. Obtained results may open new fields of applications for capillary plates as detectors of UV light and charge particles at cryogenic temperatures: noble liquid TPCs, WIMP detectors or LXe scintillating calorimeters and cryogenic PETs.
id cern-801046
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2004
record_format invenio
spelling cern-8010462023-03-14T18:47:58Zdoi:10.1109/NSSMIC.2004.1462405http://cds.cern.ch/record/801046engPereiale, L.Peskov, V.Iacobaeus, C.Francke, T.Lund-Jensen, B.Pavlopoulos, P.Picchi, P.Pietropaolo, F.Tokanai, F.The Successful Operation of Hole-type Gaseous Detectors at Cryogenic TemperaturesDetectors and Experimental TechniquesWe have demonstrated that hole-type gaseous detectors, GEMs and capillary plates, can operate up to 77 K. For example, a single capillary plate can operate at gains of above 10E3 in the entire temperature interval between 300 until 77 K. The same capillary plate combined with CsI photocathodes could operate perfectly well at gains (depending on gas mixtures) of 100-1000. Obtained results may open new fields of applications for capillary plates as detectors of UV light and charge particles at cryogenic temperatures: noble liquid TPCs, WIMP detectors or LXe scintillating calorimeters and cryogenic PETs.We have demonstrated that hole-type gaseous detectors, GEMs and capillary plates, can operate up to 77 K. For example, a single capillary plate can operate at gains of above 10E3 in the entire temperature interval between 300 until 77 K. The same capillary plate combined with CsI photocathodes could operate perfectly well at gains (depending on gas mixtures) of 100-1000. Obtained results may open new fields of applications for capillary plates as detectors of UV light and charge particles at cryogenic temperatures: noble liquid TPCs, WIMP detectors or LXe scintillating calorimeters and cryogenic PETs.We have demonstrated that hole-type gaseous detectors, GEMs and capillary plates, can operate up to 77 K. For example, a single capillary plate can operate at gains of above 10E3 in the entire temperature interval between 300 until 77 K. The same capillary plate combined with CsI photocathodes could operate perfectly well at gains (depending on gas mixtures) of 100-1000. Obtained results may open new fields of applications for capillary plates as detectors of UV light and charge particles at cryogenic temperatures: noble liquid TPCs, WIMP detectors or LXe scintillating calorimeters and cryogenic PETs.We have demonstrated that hole-type gaseous detectors, GEMs and capillary plates, can operate up to 77 K. For example, a single capillary plate can operate at gains of above 10E3 in the entire temperature interval between 300 until 77 K. The same capillary plate combined with CsI photocathodes could operate perfectly well at gains (depending on gas mixtures) of 100-1000. Obtained results may open new fields of applications for capillary plates as detectors of UV light and charge particles at cryogenic temperatures: noble liquid TPCs, WIMP detectors or LXe scintillating calorimeters and cryogenic PETs.We have demonstrated that hole-type gaseous detectors, GEMs and capillary plates, can operate up to 77 K. For example, a single capillary plate can operate at gains of above 10E3 in the entire temperature interval between 300 until 77 K. The same capillary plate combined with CsI photocathodes could operate perfectly well at gains (depending on gas mixtures) of 100-1000. Obtained results may open new fields of applications for capillary plates as detectors of UV light and charge particles at cryogenic temperatures: noble liquid TPCs, WIMP detectors or LXe scintillating calorimeters and cryogenic PETs.We have demonstrated that hole-type gaseous detectors, GEMs and capillary plates, can operate up to 77 K. For example, a single capillary plate can operate at gains of above 10/sup 3/ in the entire temperature interval between 300 until 77 K. The same capillary plate combined with CsI photocathodes could operate perfectly well at gains (depending on gas mixtures) of 100-1000. Obtained results may open new fields of applications for capillary plates as detectors of UV light and charge particles at cryogenic temperatures: noble liquid TPCs, WIMP detectors or LXe scintillating calorimeters and cryogenic PETs.physics/0410280POLE-RESEARCH-29-10-04oai:cds.cern.ch:8010462004-10-29
spellingShingle Detectors and Experimental Techniques
Pereiale, L.
Peskov, V.
Iacobaeus, C.
Francke, T.
Lund-Jensen, B.
Pavlopoulos, P.
Picchi, P.
Pietropaolo, F.
Tokanai, F.
The Successful Operation of Hole-type Gaseous Detectors at Cryogenic Temperatures
title The Successful Operation of Hole-type Gaseous Detectors at Cryogenic Temperatures
title_full The Successful Operation of Hole-type Gaseous Detectors at Cryogenic Temperatures
title_fullStr The Successful Operation of Hole-type Gaseous Detectors at Cryogenic Temperatures
title_full_unstemmed The Successful Operation of Hole-type Gaseous Detectors at Cryogenic Temperatures
title_short The Successful Operation of Hole-type Gaseous Detectors at Cryogenic Temperatures
title_sort successful operation of hole-type gaseous detectors at cryogenic temperatures
topic Detectors and Experimental Techniques
url https://dx.doi.org/10.1109/NSSMIC.2004.1462405
http://cds.cern.ch/record/801046
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