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Fine decoupling test and simulation study to maintain a large transverse emittance ratio in hadron storage rings

by Marusic, A , Fischer, W , Blackler, I , Shrey, T , Luo, Y , Montag, C , Blaskiewicz, M , Xu, D

in Coupling coefficients / Decoupling / Emittance / Heavy ions / Numerical prediction / Physics / Relativistic Heavy Ion Collider / Storage rings (particle accelerators)

2023

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Fine decoupling test and simulation study to maintain a large transverse emittance ratio in hadron storage rings

by Marusic, A , Fischer, W , Blackler, I , Shrey, T , Luo, Y , Montag, C , Blaskiewicz, M , Xu, D

in Coupling coefficients / Decoupling / Emittance / Heavy ions / Numerical prediction / Physics / Relativistic Heavy Ion Collider / Storage rings (particle accelerators)

2023

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Fine decoupling test and simulation study to maintain a large transverse emittance ratio in hadron storage rings

by Marusic, A , Fischer, W , Blackler, I , Shrey, T , Luo, Y , Montag, C , Blaskiewicz, M , Xu, D

in Coupling coefficients / Decoupling / Emittance / Heavy ions / Numerical prediction / Physics / Relativistic Heavy Ion Collider / Storage rings (particle accelerators)

2023

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Journal Article

Fine decoupling test and simulation study to maintain a large transverse emittance ratio in hadron storage rings

Marusic, A,

Fischer, W,

Blackler, I,

Shrey, T,

Luo, Y,

Montag, C,

Blaskiewicz, M,

Xu, D

2023

Overview

In previous and existing hadron storage rings, the horizontal and vertical emittances are normally the same or very close. For the Hadron Storage Ring (HSR) of the Electron-Ion Collider (EIC), the design proton transverse emittance ratio is 10:1. To maintain this large emittance ratio, we need to have an online fine decoupling system to prevent transverse emittance exchange. For this purpose, we carried out fine decoupling experiments in the Relativistic Heavy Ion Collider (RHIC) and reviewed its previous operational data. Analytical prediction and numerical simulation are preformed to estimate how small the global coupling coefficient should be to maintain a 10:1 emittance ratio.

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Publisher

IOP Publishing

Subject

Coupling coefficients

/ Decoupling

/ Emittance

/ Heavy ions

/ Numerical prediction

/ Physics

/ Relativistic Heavy Ion Collider