Magnets for Accelerators
To find out what the basis of matter and the whole world is, more powerful and efficient accelerators are necessary. The efficiency of such machines is fundamentally fixed through the collision energy of the particle and through the precision of the particle beam.
We are glad to analyze, together with our customers, the feasibility and application potentiallity of the applied materials and components, which have to meet the highest requirement standards.
Prototype for Industrial Series Production of SIS 100 Dipoles
Based on the experience and technological developments in the existing accelerator systems used at GSI and taking account of new technological concepts, the objective is to ...read more
Studies for FAIR
Aim of this project was the evaluation of the costs for the industrial series production of superconducting accelerator magnets for the FAIR project, which should be ...read more
Production of the Superconducting Dipoles for the LHC Acclerator, CERN, Geneva
The dipole magnets are used to bend the path of the LHC accelerator particles without changing the absolute speed of the particles. A total of 1248 pieces form ...read more
Production of a Complete Prototype Dipole and of Dipole Components for the Accelerator Ring LHC.
During the prototype-phase, Babcock Noell developed, in co-operation with CERN, the dipole magnets for the LHC. Various design versions and materials for ...read more
15 m Prototype Cryostats for the LHC Dipole Magnets
Babcock Noell manufactured 2 prototype vacuum chambers with radiation shielding and super insulation. The contract also included the tool assembly and the ...read more
Quadrupole and Corrector Magnets for HERA
Quadrupole magnets are necessary for correcting the path of the accelerated particles and to focus the particle beam. Additional precision of the path and ...read more
