Simulations of coherent electron cooling with two types of amplifiers

Jun Ma; Gang Wang; Vladimir Litvinenko

doi:10.1142/S0217751X19420296

Simulations of coherent electron cooling with two types of amplifiers

Jun Ma
, Gang Wang
, Vladimir Litvinenko

Physics and Astronomy

Brookhaven National Laboratory

Research output: Contribution to journal › Article › peer-review

3 Scopus citations

Abstract

The SPACE code is a parallel, relativistic, three-dimensional, electromagnetic, particle-in-cell code developed for the simulations of beam dynamics and interactions. The SPACE code can perform simulations with various beam distributions, different types of boundary conditions, and flexible beam line, as well as provide sufficient processing routines for data analyses and visualization. Self-consistent, highly resolved and realistic simulations were performed using the SPACE code to study the coherent electron cooling (CeC) experiment with two types of amplifiers, the free electron laser (FEL) and plasma-cascade micro-bunching amplifiers.

Original language	English
Article number	1942029
Journal	International Journal of Modern Physics A
Volume	34
Issue number	36
DOIs	https://doi.org/10.1142/S0217751X19420296
State	Published - Dec 30 2019

Keywords

CeC (coherent electron cooling)
FEL (free electron laser)
PCA (plasmacascade amplifier)
SPACE code

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10.1142/S0217751X19420296

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title = "Simulations of coherent electron cooling with two types of amplifiers",

abstract = "The SPACE code is a parallel, relativistic, three-dimensional, electromagnetic, particle-in-cell code developed for the simulations of beam dynamics and interactions. The SPACE code can perform simulations with various beam distributions, different types of boundary conditions, and flexible beam line, as well as provide sufficient processing routines for data analyses and visualization. Self-consistent, highly resolved and realistic simulations were performed using the SPACE code to study the coherent electron cooling (CeC) experiment with two types of amplifiers, the free electron laser (FEL) and plasma-cascade micro-bunching amplifiers.",

keywords = "CeC (coherent electron cooling), FEL (free electron laser), PCA (plasmacascade amplifier), SPACE code",

author = "Jun Ma and Gang Wang and Vladimir Litvinenko",

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AU - Wang, Gang

AU - Litvinenko, Vladimir

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N2 - The SPACE code is a parallel, relativistic, three-dimensional, electromagnetic, particle-in-cell code developed for the simulations of beam dynamics and interactions. The SPACE code can perform simulations with various beam distributions, different types of boundary conditions, and flexible beam line, as well as provide sufficient processing routines for data analyses and visualization. Self-consistent, highly resolved and realistic simulations were performed using the SPACE code to study the coherent electron cooling (CeC) experiment with two types of amplifiers, the free electron laser (FEL) and plasma-cascade micro-bunching amplifiers.

AB - The SPACE code is a parallel, relativistic, three-dimensional, electromagnetic, particle-in-cell code developed for the simulations of beam dynamics and interactions. The SPACE code can perform simulations with various beam distributions, different types of boundary conditions, and flexible beam line, as well as provide sufficient processing routines for data analyses and visualization. Self-consistent, highly resolved and realistic simulations were performed using the SPACE code to study the coherent electron cooling (CeC) experiment with two types of amplifiers, the free electron laser (FEL) and plasma-cascade micro-bunching amplifiers.

KW - CeC (coherent electron cooling)

KW - FEL (free electron laser)

KW - PCA (plasmacascade amplifier)

KW - SPACE code

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JO - International Journal of Modern Physics A

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Simulations of coherent electron cooling with two types of amplifiers

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Keywords

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