FCC Week 2016

Session

FCC-hh Machine Detector Interface

Tue13

12 Apr 2016, 15:30

Italy

Conveners

FCC-hh Machine Detector Interface

• Lucie Linssen (CERN)

307. Experimental Insertion Design

Andrei Seryi (University of Oxford (GB))

12/04/2016, 15:30

Accelerators

Oral

92. Collision debris

Francesco Cerutti (CERN)

12/04/2016, 15:45

Accelerators

Oral

The FCC-hh experimental insertion design poses as a major challenge the impact of the proton-proton collision debris on the final focus quadrupoles. Both instantaneous power load and accumulated dose have to be reliably quantified and brought down to an acceptable level through suitable mitigation strategies, in order to allow accelerator operation according to the desired luminosity...

309. Collision debris into the arcs

Robert Barrie Appleby (University of Manchester (GB))

12/04/2016, 16:00

Accelerators

Oral

46. Beta* reach studies

Roman Martin (Humboldt-Universitaet zu Berlin (DE))

12/04/2016, 16:15

Accelerators

Oral

The current design of the FCC-hh detector features a forward spectrometer with an integrated magnetic field of 10 Tm. The effect of this dipole field on the beam requires compensation via strong orbit correctors and has implications for the geometry, performance and radiation protection of the Interaction Region (IR). In the talk, aspects of the Machine-Detector Interface, the consequences for...

87. Developments on IR baseline design

Andy Sven Langner (CERN)

12/04/2016, 16:30

Accelerators

Oral

Previously, optics design studies were conducted for the interaction region for FCC-hh with an L\* of 36m and 61m. In the continuation of exploring possible lengths of the L\*, we will present the status of a new study with L\*=45m.