The Future Circular Collider for hadrons (FCC-hh) is a proposed high-energy frontier particle accelerator, which would be built in a new ~100 km circumference tunnel and would enable proton-proton collisions at a centre-of-mass energy of 100 TeV. The baseline injection energy is 3.3 TeV. The FCC-hh will require a fast injection kicker system that is highly reliable and does not limit accelerator performance. To achieve low ripple and fast rise and fall time field pulses, the injection system will use ferrite loaded transmission line type magnets. The FCC-hh will operate at high beam intensity: hence, the beam coupling impedance will be an issue. The problems are twofold: longitudinal and transverse impedance may drive beam instabilities, wh...
The LHC injection kicker magnets (MKIs) have experienced a significant degree of beam induced heatin...
The LHC injection kicker magnets include beam screens to shield the ferrite yokes against wakefields...
The LHC injection kicker magnets (MKIs) experienced strong heating during the first operational run,...
The Future Circular Collider for hadrons (FCC-hh) is a proposed high-energy frontier particle accele...
The injection kicker system for the Future Circular Collider (FCC-hh) must satisfy demanding require...
The Future Circular Collider for hadrons (FCC-hh) will require a fast injection kicker system that i...
The two LHC injection kicker magnet systems must produce a kick of 1.3 T.m with a flattop duration v...
The two LHC injection kicker magnet systems must each produce a kick of 1.2 T.m with a flattop durat...
The LHC injection kicker magnets include beam screens to shield the ferrite yokes against wake field...
The two LHC injection kicker magnet systems must each produce a kick of 1.2 T.m with a flattop durat...
The two LHC injection kicker magnet systems must produce a kick of 1.3 T.m with a flattop duration v...
Although no heating issues were observed in the Large Hadron Collider’s (LHC) injection kicker magne...
Two LHC injection kicker systems, each comprising 4 magnets per ring, produce a kick of 1.3 T·m with...
The two LHC injection kicker magnet (MKI) systems must produce a kick of 1.3 T.m with a flat top dur...
The LHC injection kicker magnets experienced significant beam induced heating of the ferrite yoke, w...
The LHC injection kicker magnets (MKIs) have experienced a significant degree of beam induced heatin...
The LHC injection kicker magnets include beam screens to shield the ferrite yokes against wakefields...
The LHC injection kicker magnets (MKIs) experienced strong heating during the first operational run,...
The Future Circular Collider for hadrons (FCC-hh) is a proposed high-energy frontier particle accele...
The injection kicker system for the Future Circular Collider (FCC-hh) must satisfy demanding require...
The Future Circular Collider for hadrons (FCC-hh) will require a fast injection kicker system that i...
The two LHC injection kicker magnet systems must produce a kick of 1.3 T.m with a flattop duration v...
The two LHC injection kicker magnet systems must each produce a kick of 1.2 T.m with a flattop durat...
The LHC injection kicker magnets include beam screens to shield the ferrite yokes against wake field...
The two LHC injection kicker magnet systems must each produce a kick of 1.2 T.m with a flattop durat...
The two LHC injection kicker magnet systems must produce a kick of 1.3 T.m with a flattop duration v...
Although no heating issues were observed in the Large Hadron Collider’s (LHC) injection kicker magne...
Two LHC injection kicker systems, each comprising 4 magnets per ring, produce a kick of 1.3 T·m with...
The two LHC injection kicker magnet (MKI) systems must produce a kick of 1.3 T.m with a flat top dur...
The LHC injection kicker magnets experienced significant beam induced heating of the ferrite yoke, w...
The LHC injection kicker magnets (MKIs) have experienced a significant degree of beam induced heatin...
The LHC injection kicker magnets include beam screens to shield the ferrite yokes against wakefields...
The LHC injection kicker magnets (MKIs) experienced strong heating during the first operational run,...