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VERSION:2.0
PRODID:-//RLASKEY//CALENDEROUS//EN
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METHOD:PUBLISH
BEGIN:VEVENT
DTSTAMP:20261017T015707Z
LAST-MODIFIED:20180110T174547Z
DTSTART:20180112T203000Z
DTEND:20180112T213000Z
UID:event1876@bu.edu
URL:http://physics.bu.edu/internal/events/show/1876
SUMMARY:"Towards the successor of Large Hadron Collider"
DESCRIPTION:Featuring Antti Stenvall\, Tampere University of Technology\, T
	ampere Finland\nHosted by: Robert Kotiuga\, Saul Youssef\n\nPart of the HEE
	 Seminar Series.\n\nEuropean political establishment has made a strategical
	 commitment to particle accelerator infrastructures. \nThis commitment has 
	manifested into the realization of Large Hadron Collider\, the world's larg
	est particle accelerator complex locating in the surroundings of Geneve\, S
	witzerland in CERN. This synchrotron-type accelerator has 27 km long main s
	torage ring and nominal hadron center-of-mass collision energy of 13 TeV. C
	urrently\, there is an ongoing design phase for a post-LHC hadron collider 
	in a so-called Future Circular Collider (FCC) framework. The most ambitious
	 plan is to produce 100 TeV center of mass hadron collisions with a scienti
	fic instrument having circumference of 100 km and 16 T main bending magnets
	. The R&D of the main components is distributed European-wide to CERN\, acc
	elerator laboratories and universities. The eventual realization of this ac
	celerator is a political decision based on the physics case\, technological
	 feasibility of the device and its cost. This is to be taken within the nex
	t four years. The most expensive component family in a synchrotron consists
	 of various superconducting magnets. Three magnet groups within this family
	 are of special importance from their cost point of view: huge detector mag
	nets\, numerous main bending dipoles and focusing quadrupoles. After introd
	ucing the topical field of state-of-the-art synchrotron accelerators\, we f
	ocus on the design of the dipole magnets for FCC. Within this very multiphy
	sical topic we present the requirements for the design and go especially to
	 the protection studies of such devices. These protection studies are of ut
	most importance because the multi-billion instrument can become useless whe
	n during nominal operation the superconducting state is lost in the magnets
	 carrying copper current density around 1200 A/mm^2. This topic is also ver
	y multidisciplinary because it combines thermodynamics\, electromagnetics a
	nd mechanics in an inseparable way.
LOCATION:PRB 595\, 3 Cummington Mall\, 02215
STATUS:CONFIRMED
CLASS:PUBLIC
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