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 LEP BARS

Big Science

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Magnets for high energy physics
LEP BARS
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
LEP BARS
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

LEP BARS

LEP Dipole Bars

Geneva (Switzerland), 1988

For the LEP project, in 1988 the Company completed the manufacture of 8000 bars. These bars were needed to feed and excite the dipoles for deflection of the particles moving inside the LEP ring. The aluminium conductor bars have a boring for water cooling and are finally insulated with prepreg tape. The bars have a length of 12 m. The process, starting from the extruded aluminium bar, was articulated in two different phases: one for facing, machining, moulding, welding and sandblasting and the other for insulation and accessory autoclave treatment.

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