array(7) { ["id"]=> string(2) "21" ["name"]=> string(11) "big-science" ["dir"]=> string(11) "big-science" ["color"]=> string(11) "big-science" ["header"]=> string(17) "nome del file.jpg" ["path_header"]=> string(16) "/images/headers/" ["title"]=> string(11) "Big Science" } string(25) "id categoria caricata: 21" ASG Superconductors KATRIN

Big Science

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Magnets for high energy physics
KATRIN
SUPER FRS MPD MU2E TS MAGNET HL-LHC D2 KATRIN SUPERB SIS 300 LHC DIPOLES ATLAS CMS MQT MQS MQTL R3B GLAD BABAR FINUDA DAΦNE LEP QUADRUPOLES MHD SULTAN AGOR ELETTRA ZEUS ESRF HERA DIPOLES LEP BARS KFA DIPOLES
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Magnets for high energy physics
KATRIN
SUPER FRS MPD MU2E TS MAGNET HL-LHC D2 KATRIN SUPERB SIS 300 LHC DIPOLES ATLAS CMS MQT MQS MQTL R3B GLAD BABAR FINUDA DAΦNE LEP QUADRUPOLES MHD SULTAN AGOR ELETTRA ZEUS ESRF HERA DIPOLES LEP BARS KFA DIPOLES

Magnets for high energy physics

KATRIN

KATRIN magnetic systems

Karlsruhe (Germany), 2017

An essential task of particle and astroparticle physics over the next years will be the determination of the absolute mass scale of neutrinos. The KArlsruhe TRItium Neutrino experiment (KATRIN) is designed to perform a high-precision measurement of the mass of the electron anti neutrino in a tritium ß-decay experiment at Karlsruhe Institute of Technology (KIT). The two magnetic systems DPS2-F and CPS, designed and manufactured by ASG, constitute the electron transport and tritium pumping system.

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