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 AGOR

Big Science

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Magnets for high energy physics
AGOR
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
AGOR
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

AGOR

AGOR superconducting cyclotron

KVI (Holland), 1991

The AGOR superconducting cyclotron was manufactured in 1991. The system is able to accelerate both light and heavy ions at central field strengths ranging from 1.7 T to 4.07 T. The magnetic field is generated by a set of four superconducting coils, wound in NbTi. The AGOR cyclotron is today in operation at the KVI laboratories in Holland.

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