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 MQT MQS MQTL

Big Science

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Magnets for high energy physics
MQT MQS MQTL
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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Previous BROWSE Next

Magnets for high energy physics
MQT MQS MQTL
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

MQT MQS MQTL

LHC corrector quadrupoles

Geneva (Switzerland), 2000

The contract required the manufacturing and testing of 2.1 T (nominal field at 17 mm radius) corrector quadrupole assemblies for the Large Hadron Collider, having 56 mm of aperture. Each magnet assembly consists of two superconducting quadrupole modules mounted in a twin-aperture support structure.

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