5–10 Oct 2014
Capri-Naples, Italy
Europe/Rome timezone

Session

S6: Crystal Simultaion Routines for Particle Accelerators : Comparison and Benchmarking with Experimental Data

10 Oct 2014, 11:30
Capri-Naples, Italy

Capri-Naples, Italy

Conveners

S6: Crystal Simultaion Routines for Particle Accelerators : Comparison and Benchmarking with Experimental Data

  • Walter Scandale (ROMA1)

Description

Session 6.2

Presentation materials

There are no materials yet.

  1. Theo Demma
    10/10/2014, 11:30
    Oral
    UA9 is the crystal-assisted collimation experiment at CERN. In the SPS this experiment successfully demonstrated that bent crystals can work as “smart deflectors” on primary halo particles. The final goal is to use this technique for LHC collimation. A prototype of crystal aided collimation system was installed in the LHC in March 2014. To understand thoroughly the experimental data, and to...
    Go to contribution page
  2. Dr Yury Ivanov (Petersburg Nuclear Physics Institute)
    10/10/2014, 11:50
    Oral
    In 2013-2014, the advanced quasi-mosaic silicon crystal deflectors for UA9/LUA9 Collimation Project were developed and installed in LHC ring. The design of deflectors is based on elastic quasi-mosaicity effect firstly discovered in quartz [1] and later observed in silicon [2]. This effect arises from anisotropic properties of crystal lattice and results in the curving of the normal cross...
    Go to contribution page
  3. Dr Alessandro Masi (CERN)
    10/10/2014, 12:10
    Oral
    An innovative piezo goniometer that fully fulfils all the requirements for the channeling experiment in the LHC is presented. The piezo rotational stage is based on a specifically designed flexural structure with closed loop position control using a high accuracy interferometric angular sensor. The design guidelines as well as the experimental validation results are also presented.
    Go to contribution page
  4. Mr Alexei Sytov (Research Institute for Nuclear Problems)
    10/10/2014, 12:30
    Oral
    Both long-lasting UA9 studies and coming Large Hadron Collider collimation and extraction experiments strengthen the need to develop reliable codes for the modelling of the proton interaction with bent crystals. A CRYSTAL simulation code [1] for particle tracking in crystal is introduced. Its essence consists in both adequate and fast evaluation of proton trajectories in crystals with all...
    Go to contribution page
  5. Anton Babaev (LNF)
    10/10/2014, 12:50
    Oral
    Let consider the beam of high-energy heavy particles (protons, ions or nuclei) propagates along crystal surface. Let suppose simultaneously the planar channeling conditions [1] are fulfilled for some crystallographic planes and these planes are forming the small angle with the crystal surface. This angle is namely so-called miscut angle [2]. It was shown the averaged potential approximation...
    Go to contribution page
  6. Dr Davide De Salvador (INFN-LNL and Padova University)
    10/10/2014, 13:10
    Oral
    Most of the experimental knowledge about channeling and related phenomena in bent crystals has been gathered with Si, thanks to its high crystalline quality and mature micro-machining technology. Silicon is not optimized as a far as it concerns the interaction strength with beams since of it’s relatively low z-number. We recently demonstrated that germanium can be a concrete alternative. It is...
    Go to contribution page
  7. Francesca Galluccio (NA)
    10/10/2014, 13:30
Building timetable...