PPT-MEIC Electron Cooling Simulation

He Zhang 03182014 EIC 14 Newport News VA H e Zhang 2 Outline Introduction MEIC Multiphased Cooling Scheme MEIC Cooling Simulation Studies Case 1 Nominal Design ThreeStage Cooling.  . EC potential impact to colliders. Reaching a high start luminosity. Very short . i. -bunches . achieved by . longitudinal cooling . in combination with . SRF. . (. cannot. be attained with . stochastic cooling. Eric . Prebys. , FNAL. Stochastic Cooling (antiprotons or ions). USPAS, Knoxville, TN, January 20-31, 2014. Lecture 20 - Cooling. 2. Anti-protons are created by hitting a target with an energetic proton beam. Most of what’s created are . Yaroslav. . Derbenev. and . Yuhong. . Zhang. Outline. Introduction. Staged Electron Cooling. ERL based Circulator Cooler. Enabling Technologies. Summary. Introduction. Electron cooling is a critical component of conceptual design of MEIC, responsible for achieving high luminosity (~10. M. Sullivan. Mini-workshop on the MEIC design. Nov 2, 2012. Introduction. Accelerator Parameters. Previous Synchrotron . R. adiation estimates. Other SR issues. Other detector backgrounds. Points of Interest. MPG: . Nick . Lindeke, . Markus Knoerr, Zach Shea, Jose Gibaja, . Chris Hudson. , . Freddy Villaverde, Ben Ritchey, . Vince . Angone. ;. . SFTC: . John Walters, Brandon Templin. Who is MPG and what happened to HHI?. Non-DC. Electron Beam. Yuhong. Zhang. For the . JLab. -IMP Cooling Collaboration. JLEIC Collaboration Meeting Fall 2016. October 5 to 7, 2016. The . JLab. -IMP Cooling Collaboration . Andrew Hutton, Kevin Jorden, Tom . He Zhang. MEIC Collaboration Meeting, 10/06/2015. He Zhang. ---. 2. ---. Outline. Staged cooling scheme. Numerical simulation. Cooling with correlated electron beam. Simulation code development. Summary. L.J.Mao. (IMP), . H.Zhang. (. Jlab. ). On behalf of colleagues from . Jlab. , BINP . and . IMP. Motivation. . HIRFL-CSR facility. . Cooling Experiments @ HIRFL-CSR. . Simulation works. Site Development - Rebecca Yasky October 6, 2015. Site Development Progress. NSAC Cost Review in January 2015. Scope of the MEIC Conventional Facilities. Site Layout. Structures – similar to CEBAF. engineers. Founded 2002 - by R. Johnson (10y LBNL, 17y FNAL, 3y Maxwell, 5y . JLab. , 12 MI ). Infrastructure and partners at 9 National Labs and 8 universities . PARTICLE ACCELERATOR R & D. Muon. Panagiotis Spentzouris, APC & CD/ADSS. Accelerator Modeling Activity Synergies. Scientific Computing Briefing - August 25, 2009. 2. Computational Accelerator Physics at FNAL: CD/APC resources. Effort concentrated in CD/ADSS, but work closely with AD and TD personnel, in the context of the APC, to develop accelerator science applications. K. . Yonehara. APC, Fermilab. MAP 2014 Spring Meeting,. Fermilab, May 27-31, 2014 . 1. Contents. Current working item since MAP DOE meeting. Highlights in current activities. Deliverable plan. HCC Design and Simulation,. M.I. . Bryzgunov. , V.V. . Parkhomchuk. , V.B. . Reva. Budker Institute of Nuclear Physics, Novosibirsk, Russia. NICA project. The NICA (. Nuclotron. -based Ion Collider . fA. с. ility. ) . complex . Fanglei. Lin. MEIC Collaboration . Meeting, October 5, 2015. Electron Collider Design Goal. Electron beam parameters. 3-10 GeV energy. 3A beam current up to 6-7 GeV. ~1cm bunch length. small emittance.