[Eng-div] Fwd: ODU CAS seminar- Today

[Gayle Sundeen]

From: "cbaker" <cbaker at jlab.org> 
To: "ACCASA Staff" <accasa-staff at jlab.org>, "ACCADM Staff" <accadm-staff at jlab.org>, "ACCCIS Staff" <acccis-staff at jlab.org>, "ACCMGT Staff" <accmgt-staff at jlab.org>, "OPSADM Staff" <opsadm-staff at jlab.org>, "OPSAHL Staff" <opsahl-staff at jlab.org>, "OPSINJ Staff" <opsinj-staff at jlab.org>, "OPSMCC Staff" <opsmcc-staff at jlab.org>, "OPSMGT Staff" <opsmgt-staff at jlab.org>, "OPSOPR Staff" <opsopr-staff at jlab.org>, "OPSSFT Staff" <opssft-staff at jlab.org>, "SRFCM Staff" <srfcm-staff at jlab.org>, "SRFCMP Staff" <srfcmp-staff at jlab.org>, "SRFCVP Staff" <srfcvp-staff at jlab.org>, "SRFENG Staff" <srfeng-staff at jlab.org>, "SRFFAB Staff" <srffab-staff at jlab.org>, "SRFMGT Staff" <srfmgt-staff at jlab.org>, "SRFOPS Staff" <srfops-staff at jlab.org>, "SRFPJS Staff" <srfpjs-staff at jlab.org>, "SRFPMA Staff" <srfpma-staff at jlab.org>, "SRFPRJ Staff" <srfprj-staff at jlab.org>, "SRFR&D Staff" <srfr&d-staff at jlab.org>, "SRFTM Staff" <srftm-staff at jlab.org>, "SRFTSG Staff" <srftsg-staff at jlab.org>, "MSCRYO Staff" <mscryo-staff at jlab.org> 
Cc: "Hari Areti" <areti at jlab.org> 
Sent: Thursday, April 23, 2015 10:05:42 AM 
Subject: ODU CAS seminar- Today 

We will have our next CAS seminar on Thursday April 23 at 1:30 at ODU in the CAS building (see below). There will also be a video link for the talk at Jefferson Lab in the ARC building in room 728 and in the MCC Conference Room. Refreshments will be available at ODU at 1 pm. 

MEIC Project at JLab 
Vasiliy Morozov 
Jefferson Lab 

When: Thursday April 23, 2015; 1:30 pm ( Refreshments at 1 pm ) 
Where: CAS Building at ODU (1021 W. 47th St.) 
Video: Jefferson Lab ARC 728 and MCC Conference Room 

Abstract: 


The Medium-energy Electron Ion Collider (MEIC) at Jefferson Lab is designed to provide high luminosity and high polarization needed to reach new frontiers in the exploration of nuclear structure. The luminosity, exceeding 10 33 cm -2 s -1 in a broad range of the center-of-mass energies with a maximum above 10 34 cm -2 s -1 , is achieved by high-rate collisions of short, small-emittance, low-charge bunches. This is made possible by high-energy electron cooling of the ion beam and synchrotron radiation damping of the electron beam. The polarization of light ion species (p, d, 3 He) can be easily preserved and manipulated due to the unique figure-8 shape of the collider rings. A fully consistent set of parameters has been developed considering the balance of machine performance, required technical development and cost. The talk presents the current status of the MEIC design including electron and ion complexes, integrated detector region, beam dynamics, electron and light ion polarization schemes, RF systems, crab crossing scheme and high-energy electron cooling. 


--------------------------------------- 
Gail Dodge 
Department of Physics 
Old Dominion University 
Norfolk, VA 23529 

gdodge at odu.edu 
office: (757) 683-5854 
fax: (757) 683-3038 








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