Proof-of-principle experiment for FEL-based coherent electron cooling

Vladimir N. Litvinenko; Sergei Belomestnykh; Ilan Ben-Zvi; Jean C. Brutus; Alexei Fedotov; Yue Hao; Dmitry Kayran; George Mahler; Aljosa Marusic; Wuzheng Meng; Gary McIntyre; Michiko Minty; Vadim Ptitsyn; Igor Pinayev; Triveni Rao; Thomas Roser; Brian Sheehy; Steven Tepikian; Yatming Than; Dejan Trbojevic; Joseph Tuozzolo; Gang Wang; Vitaly Yakimenko; Mathew Poelker; Andrew Hutton; Geoffrey Kraft; Robert Rimmer; David L. Bruhwiler; Dan T. Abell; Chet Nieter; Vahid Ranjbar; Brian T. Schwartz; Pavel Vobly; Mikhail Kholopov; Oleg Shevchenko; Peter Mcintosh; Alan Wheelhouse

Proof-of-principle experiment for FEL-based coherent electron cooling

Vladimir N. Litvinenko
, Sergei Belomestnykh
, Ilan Ben-Zvi
, Jean C. Brutus
, Alexei Fedotov
, Yue Hao
, Dmitry Kayran
, George Mahler
, Aljosa Marusic
, Wuzheng Meng
, Gary McIntyre
, Michiko Minty
, Vadim Ptitsyn
, Igor Pinayev
, Triveni Rao
, Thomas Roser
, Brian Sheehy
, Steven Tepikian
, Yatming Than
, Dejan Trbojevic

Joseph Tuozzolo, Gang Wang, Vitaly Yakimenko, Mathew Poelker, Andrew Hutton, Geoffrey Kraft, Robert Rimmer, David L. Bruhwiler, Dan T. Abell, Chet Nieter, Vahid Ranjbar, Brian T. Schwartz, Pavel Vobly, Mikhail Kholopov, Oleg Shevchenko, Peter Mcintosh, Alan Wheelhouse

Physics and Astronomy

Brookhaven National Laboratory
Thomas Jefferson National Accelerator Facility
Tech-X Corporation
Budker Institute of Nuclear Physics (BINP)
Daresbury Laboratory

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution › peer-review

3 Scopus citations

Abstract

Coherent electron cooling (CEC) has a potential to significantly boost luminosity of high-energy, high-intensity hadron-hadron and electron-hadron colliders. In a CEC system, a hadron beam interacts with a cooling electron beam. A perturbation of the electron density caused by ions is amplified and fed back to the ions to reduce the energy spread and the emittance of the ion beam. To demonstrate the feasibility of CEC we propose a proof-of-principle experiment at RHIC using SRF linac. In this paper, we describe the setup for CeC installed into one of RHIC's interaction regions. We present results of analytical estimates and results of initial simulations of cooling a gold-ion beam at 40 GeV/u energy via CeC.

Original language	English
Title of host publication	FEL 2011 - 33rd International Free Electron Laser Conference
Pages	322-325
Number of pages	4
State	Published - 2011
Event	33rd International Free Electron Laser Conference, FEL 2011 - Shanghai, China Duration: Aug 22 2011 → Aug 26 2011

Publication series

Name	FEL 2011 - 33rd International Free Electron Laser Conference

Conference

Conference	33rd International Free Electron Laser Conference, FEL 2011
Country/Territory	China
City	Shanghai
Period	08/22/11 → 08/26/11

Cite this

Litvinenko, V. N., Belomestnykh, S., Ben-Zvi, I., Brutus, J. C., Fedotov, A., Hao, Y., Kayran, D., Mahler, G., Marusic, A., Meng, W., McIntyre, G., Minty, M., Ptitsyn, V., Pinayev, I., Rao, T., Roser, T., Sheehy, B., Tepikian, S., Than, Y., ... Wheelhouse, A. (2011). Proof-of-principle experiment for FEL-based coherent electron cooling. In FEL 2011 - 33rd International Free Electron Laser Conference (pp. 322-325). (FEL 2011 - 33rd International Free Electron Laser Conference).

@inproceedings{521ced69bc1349d6aaaa9b58afa9572b,

title = "Proof-of-principle experiment for FEL-based coherent electron cooling",

abstract = "Coherent electron cooling (CEC) has a potential to significantly boost luminosity of high-energy, high-intensity hadron-hadron and electron-hadron colliders. In a CEC system, a hadron beam interacts with a cooling electron beam. A perturbation of the electron density caused by ions is amplified and fed back to the ions to reduce the energy spread and the emittance of the ion beam. To demonstrate the feasibility of CEC we propose a proof-of-principle experiment at RHIC using SRF linac. In this paper, we describe the setup for CeC installed into one of RHIC's interaction regions. We present results of analytical estimates and results of initial simulations of cooling a gold-ion beam at 40 GeV/u energy via CeC.",

author = "Litvinenko, \{Vladimir N.\} and Sergei Belomestnykh and Ilan Ben-Zvi and Brutus, \{Jean C.\} and Alexei Fedotov and Yue Hao and Dmitry Kayran and George Mahler and Aljosa Marusic and Wuzheng Meng and Gary McIntyre and Michiko Minty and Vadim Ptitsyn and Igor Pinayev and Triveni Rao and Thomas Roser and Brian Sheehy and Steven Tepikian and Yatming Than and Dejan Trbojevic and Joseph Tuozzolo and Gang Wang and Vitaly Yakimenko and Mathew Poelker and Andrew Hutton and Geoffrey Kraft and Robert Rimmer and Bruhwiler, \{David L.\} and Abell, \{Dan T.\} and Chet Nieter and Vahid Ranjbar and Schwartz, \{Brian T.\} and Pavel Vobly and Mikhail Kholopov and Oleg Shevchenko and Peter Mcintosh and Alan Wheelhouse",

year = "2011",

language = "English",

isbn = "9783954501175",

series = "FEL 2011 - 33rd International Free Electron Laser Conference",

pages = "322--325",

booktitle = "FEL 2011 - 33rd International Free Electron Laser Conference",

note = "33rd International Free Electron Laser Conference, FEL 2011 ; Conference date: 22-08-2011 Through 26-08-2011",

}

Litvinenko, VN, Belomestnykh, S, Ben-Zvi, I, Brutus, JC, Fedotov, A, Hao, Y, Kayran, D, Mahler, G, Marusic, A, Meng, W, McIntyre, G, Minty, M, Ptitsyn, V, Pinayev, I, Rao, T, Roser, T, Sheehy, B, Tepikian, S, Than, Y, Trbojevic, D, Tuozzolo, J, Wang, G, Yakimenko, V, Poelker, M, Hutton, A, Kraft, G, Rimmer, R, Bruhwiler, DL, Abell, DT, Nieter, C, Ranjbar, V, Schwartz, BT, Vobly, P, Kholopov, M, Shevchenko, O, Mcintosh, P & Wheelhouse, A 2011, Proof-of-principle experiment for FEL-based coherent electron cooling. in FEL 2011 - 33rd International Free Electron Laser Conference. FEL 2011 - 33rd International Free Electron Laser Conference, pp. 322-325, 33rd International Free Electron Laser Conference, FEL 2011, Shanghai, China, 08/22/11.

Proof-of-principle experiment for FEL-based coherent electron cooling. / Litvinenko, Vladimir N.; Belomestnykh, Sergei; Ben-Zvi, Ilan et al.
FEL 2011 - 33rd International Free Electron Laser Conference. 2011. p. 322-325 (FEL 2011 - 33rd International Free Electron Laser Conference).

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution › peer-review

TY - GEN

T1 - Proof-of-principle experiment for FEL-based coherent electron cooling

AU - Litvinenko, Vladimir N.

AU - Belomestnykh, Sergei

AU - Ben-Zvi, Ilan

AU - Brutus, Jean C.

AU - Fedotov, Alexei

AU - Hao, Yue

AU - Kayran, Dmitry

AU - Mahler, George

AU - Marusic, Aljosa

AU - Meng, Wuzheng

AU - McIntyre, Gary

AU - Minty, Michiko

AU - Ptitsyn, Vadim

AU - Pinayev, Igor

AU - Rao, Triveni

AU - Roser, Thomas

AU - Sheehy, Brian

AU - Tepikian, Steven

AU - Than, Yatming

AU - Trbojevic, Dejan

AU - Tuozzolo, Joseph

AU - Wang, Gang

AU - Yakimenko, Vitaly

AU - Poelker, Mathew

AU - Hutton, Andrew

AU - Kraft, Geoffrey

AU - Rimmer, Robert

AU - Bruhwiler, David L.

AU - Abell, Dan T.

AU - Nieter, Chet

AU - Ranjbar, Vahid

AU - Schwartz, Brian T.

AU - Vobly, Pavel

AU - Kholopov, Mikhail

AU - Shevchenko, Oleg

AU - Mcintosh, Peter

AU - Wheelhouse, Alan

PY - 2011

Y1 - 2011

N2 - Coherent electron cooling (CEC) has a potential to significantly boost luminosity of high-energy, high-intensity hadron-hadron and electron-hadron colliders. In a CEC system, a hadron beam interacts with a cooling electron beam. A perturbation of the electron density caused by ions is amplified and fed back to the ions to reduce the energy spread and the emittance of the ion beam. To demonstrate the feasibility of CEC we propose a proof-of-principle experiment at RHIC using SRF linac. In this paper, we describe the setup for CeC installed into one of RHIC's interaction regions. We present results of analytical estimates and results of initial simulations of cooling a gold-ion beam at 40 GeV/u energy via CeC.

AB - Coherent electron cooling (CEC) has a potential to significantly boost luminosity of high-energy, high-intensity hadron-hadron and electron-hadron colliders. In a CEC system, a hadron beam interacts with a cooling electron beam. A perturbation of the electron density caused by ions is amplified and fed back to the ions to reduce the energy spread and the emittance of the ion beam. To demonstrate the feasibility of CEC we propose a proof-of-principle experiment at RHIC using SRF linac. In this paper, we describe the setup for CeC installed into one of RHIC's interaction regions. We present results of analytical estimates and results of initial simulations of cooling a gold-ion beam at 40 GeV/u energy via CeC.

UR - https://www.scopus.com/pages/publications/84884621735

M3 - Conference contribution

AN - SCOPUS:84884621735

SN - 9783954501175

T3 - FEL 2011 - 33rd International Free Electron Laser Conference

SP - 322

EP - 325

BT - FEL 2011 - 33rd International Free Electron Laser Conference

T2 - 33rd International Free Electron Laser Conference, FEL 2011

Y2 - 22 August 2011 through 26 August 2011

ER -

Proof-of-principle experiment for FEL-based coherent electron cooling

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