'Frictional cooling' diaporamas de présentation

Frictional Cooling TRIUMF Seminar July 22, 2002

Frictional Cooling TRIUMF Seminar July 22, 2002. Studies at Columbia University &Nevis Labs Raphael Galea Allen Caldwell Stefan Schlenstedt (DESY/Zeuthen) Halina Abramowitz (Tel Aviv University). Summer Students: Christos Georgiou Daniel Greenwald Yujin Ning Inna Shpiro

935 views • 77 slides

Frictional Cooling for a Muon Collider A. Caldwell MPI f. Physik/Columbia University

462 views • 36 slides

Frictional Cooling

Frictional Cooling. Studies at Columbia University &Nevis Labs Raphael Galea Allen Caldwell Stefan Schlenstedt (DESY/Zeuthen) Halina Abramowitz (Tel Aviv University). Summer Students: Christos Georgiou Daniel Greenwald Yujin Ning Inna Shpiro Will Serber. Outline.

454 views • 35 slides

Muon Collider/Higgs Factory A. Caldwell Columbia University

Muon Collider/Higgs Factory A. Caldwell Columbia University. Motivation Difficulties Focus on Cooling (frictional cooling). Why a Muon Collider ?. No synchrotron radiation problem (cf electron) Muons are point particles (cf proton)

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Frictional Cooling NUFACT02

Frictional Cooling NUFACT02. Studies at Columbia University & Nevis Labs Raphael Galea Allen Caldwell Stefan Schlenstedt (DESY/Zeuthen) Halina Abramowitz (Tel Aviv University). Summer 2001 Students: Christos Georgiou Daniel Greenwald Yujin Ning Inna Shpiro Will Serber.

425 views • 32 slides

Frictional Cooling

Frictional Cooling. Studies at Columbia University/Nevis Labs Raphael Galea, Allen Caldwell + Stefan Schlenstedt (DESY/Zeuthen) Halina Abramowitz (Tel Aviv University). How to reduce beam Emmittance by 10 6 ? ? 6D,N = 1.7 10 -10 ( ? m) 3. Summer Students: Emily Alden

397 views • 28 slides

Frictional Cooling

Frictional Cooling. Studies at Columbia University/Nevis Labs Raphael Galea, Allen Caldwell + Stefan Schlenstedt (DESY/Zeuthen) Halina Abramowitz (Tel Aviv University). How to reduce beam Emmittance by 10 6 ? ? 6D,N = 1.7 10 -10 ( ? m) 3. Summer Students: Emily Alden

310 views • 28 slides

M m on Cooling RINGBERG 21-25 July, 2003

M m on Cooling RINGBERG 21-25 July, 2003. Studies at Columbia University/Nevis Labs & MPI Raphael Galea, Allen Caldwell. How to reduce beam Emmittance by 10 6 ? ? 6D,N = 1.7 10 -10 ( ? m) 3. Why Muons, why Muon Collider? Muon Cooling, Ionization or Frictional Cooling

283 views • 28 slides

Frictional Cooling

Frictional Cooling. Columbia University & the Max-Planck-Institute. R. Galea, A. Caldwell, S.Schlenstedt, H. Abramowicz. What is Frictional Cooling (FC)? Simulation of the frontend of a Muon Collider based on FC Targetry & Capture Magnet Drift Region Phase Rotation Cooling section

380 views • 27 slides

Anti- Muonium ???? H ??? WS 18-19/May/2012

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Summary of the Workshop

Summary of the Workshop. Number of the participants - 47. Participating Labs:. 1. US: FermiLab, JefLab, LBNL, Tech-X Corporation , Muons Inc. 2. EU: Germany - GSI, FZ Juelich , MPI, I KP J. Gutenberg-Univ.(Mainz), Helmholtz-Institut (Mainz) Great Britain - J.Adams Institute

202 views • 10 slides

Summary of Frictional Cooling

Summary of Frictional Cooling. Works below the Ionization Peak Detailed simulations Cooling factors O(10 6 ) or more? Still unanswered questions being worked on but early results are encouraging. Proton cooling test. Y(cm). Kinetic Energy(KeV). Time(ns). X(cm).

88 views • 1 slides