EUROPEAN ORGANIZATION FOR NUCLEAR RESEARCH PS/AE Note 2001–006 CERN-NUFACT Note 075 A Layout for a Muon Cooling Experiment at the CERN-PS: The Primary Proton Beam
نویسندگان
چکیده
One of the key component of the Neutrino Factory under study at CERN is the muon cooling channel based on ionization cooling. To explore the parameter-space and the efficiency of the design proposed at CERN, a muon cooling experiment. This note reports a possible layout of a transfer line delivering a primary proton beam onto a target to generate the muon beam. The details of the new transfer line to be installed in the TT1 tunnel are presented here, together with a cost estimate of the facility up to the target.
منابع مشابه
EUROPEAN ORGANISATION FOR NUCLEAR RESEARCH CERN – PS DIVISION CERN/PS 2001-049 (PP) CERN NUFACT Note 083 STATUS OF STUDIES FOR A MUON COOLING EXPERIMENT
A possible layout for a cooling experiment is being studied to demonstrate the feasibility of the CERN reference scenario for a muon cooling channel of a future neutrino factory. Tracking of muons in 3D magnetic and electric fields was performed with the aim of validating the set-up, i.e. the possibility of extrapolating to the final reference channel. Simulation results are shown together with...
متن کاملEUROPEAN ORGANIZATION FOR NUCLEAR RESEARCH PS/AE Note 2001–001 CERN-NUFACT Note 061 Transfer Line Between the Proton Driver Accumulator and Compressor Rings for the CERN Neutrino Factory
This note presents a possible design for the transfer line between the proton driver accumulator and compressor rings of the CERN Neutrino Factory. Based on the layout of the two rings presented in Ref. [1], a possible configuration for the transfer line is studied. The geometry and the optics of such a transport system are discussed in details.
متن کاملEUROPEAN ORGANIZATION FOR NUCLEAR RESEARCH CERN - PS DIVISION (AE) NuFact Note 093 IONISATION COOLING IN FFAG'S
Japan’s unique scenario for a neutrino factory is at present the only one that does not rely on ionisation cooling of the muon beam. This is made possible by the large intrinsic acceptances of the FFAG accelerators replacing the linacs and recirculators of the other scenarios. Nevertheless, it is shown, using basic cooling theory, that moderate cooling in the first FFAG could be beneficial for ...
متن کاملEUROPEAN ORGANIZATION FOR NUCLEAR RESEARCH CERN - PS DIVISION CERN/PS 2002-076 (PP) CERN NUFACT Note 119 MUON PHASE ROTATION AND COOLING: SIMULATION WORK AT CERN
We present simulation work performed at CERN and collaborating institutes concerning the muon front-end of a neutrino factory and a possible muon cooling experiment. The front-end in the CERN scheme of a neutrino factory has been revised, eliminating the 44 MHz cavities and starting directly with 88 MHz. Two options for a muon cooling experiment have been studied, one based on the 88 MHz CERN c...
متن کاملEUROPEAN ORGANIZATION FOR NUCLEAR RESEARCH CERN-Nufact-Note-090 Beam Dynamics Study of a Cooling Experiment based on the 88 MHz CERN Cooling Channel
This note presents a beam dynamics analysis of a possible muon cooling experiment based on 88 MHz cavities. The proposed set-up is a subsection of the cooling channel in the CERN reference scheme for a neutrino factory. We present two different set-ups using 8 and 4 cavities. For each of these set-ups we have carried out a beam dynamics study based on engineering designs for the cavities and so...
متن کامل