SuperCIC: enhanced winding current density for hybrid windings of tokamaks
P McIntyre, J Breitschopf, TE Brown… - IEEE Transactions …, 2020 - ieeexplore.ieee.org
The design is presented for a new approach to cable-in-conduit (SuperCIC) for use in the
high-field windings of tokamaks. Two layers of high-field superconductor wires are cabled …
high-field windings of tokamaks. Two layers of high-field superconductor wires are cabled …
[PDF][PDF] LHC Doubler: CIC dipole technology may make it feasible and affordable
P McIntyre, D Chavez, J Breitschopf… - Proc. Int'l Part. Accel …, 2019 - accelconf.web.cern.ch
There is new physics-driven interest in the concept of an LHC doubler with collision energy
of 30 TeV and high luminosity. The cost-driver challenge for its feasibility is the ring of 16 T …
of 30 TeV and high luminosity. The cost-driver challenge for its feasibility is the ring of 16 T …
2-layer Cable-in-Conduit for Hybrid-Coil Magnets
J Breitschopf, D Chavez, T Elliott… - IOP Conference …, 2020 - iopscience.iop.org
Recent results are reported in the development of 2-layer cable-in-conduit (SuperCIC) that is
designed for use in hybrid-coil magnets. SuperCIC preserves the full performance of the …
designed for use in hybrid-coil magnets. SuperCIC preserves the full performance of the …
> 16 T Hybrid Dipole for an LHC Energy Doubler
PM McIntyre, J Breitschopf, D Chavez… - IEEE Transactions …, 2020 - ieeexplore.ieee.org
We report the design for a hybrid block-coil dual dipole using advanced cable-in-conduit
windings. The dipole is designed for use in the arcs of an energy-doubling lattice in the LHC …
windings. The dipole is designed for use in the arcs of an energy-doubling lattice in the LHC …