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- Q5526291 subject Q7085562.
- Q5526291 subject Q8918014.
- Q5526291 subject Q8925450.
- Q5526291 abstract "A gas electron multiplier (GEM) is a type of gaseous ionization detector used in nuclear and particle physics and radiation detection. All gaseous ionization detectors are able to collect the electrons released by ionizing radiation, guiding them to a region with a large electric field, and thereby initiating an electron avalanche. The avalanche is able to produce enough electrons to create a current or charge large enough to be detected by electronics. In most ionization detectors, the large field comes from a thin wire with a positive high-voltage potential; this same thin wire collect the electrons from the avalanche and guides them towards the readout electronics. GEMs create the large electric field in small holes in a thin polymer sheet; the avalanche occurs inside of these holes. The resulting electrons are ejected from the sheet, and a separate system must be used to collect the electrons and guide them towards the readout. GEMs are one of the class of micropattern gas detectors; this class includes micromegas and other technologies.".
- Q5526291 wikiPageWikiLink Q1076995.
- Q5526291 wikiPageWikiLink Q11651.
- Q5526291 wikiPageWikiLink Q1255409.
- Q5526291 wikiPageWikiLink Q1535336.
- Q5526291 wikiPageWikiLink Q175921.
- Q5526291 wikiPageWikiLink Q186161.
- Q5526291 wikiPageWikiLink Q222032.
- Q5526291 wikiPageWikiLink Q2225.
- Q5526291 wikiPageWikiLink Q3192874.
- Q5526291 wikiPageWikiLink Q3312223.
- Q5526291 wikiPageWikiLink Q42944.
- Q5526291 wikiPageWikiLink Q46221.
- Q5526291 wikiPageWikiLink Q622938.
- Q5526291 wikiPageWikiLink Q643003.
- Q5526291 wikiPageWikiLink Q691208.
- Q5526291 wikiPageWikiLink Q7085562.
- Q5526291 wikiPageWikiLink Q73792.
- Q5526291 wikiPageWikiLink Q740223.
- Q5526291 wikiPageWikiLink Q780348.
- Q5526291 wikiPageWikiLink Q8918014.
- Q5526291 wikiPageWikiLink Q8925450.
- Q5526291 comment "A gas electron multiplier (GEM) is a type of gaseous ionization detector used in nuclear and particle physics and radiation detection. All gaseous ionization detectors are able to collect the electrons released by ionizing radiation, guiding them to a region with a large electric field, and thereby initiating an electron avalanche. The avalanche is able to produce enough electrons to create a current or charge large enough to be detected by electronics.".
- Q5526291 label "Gas electron multiplier".