Study of magnetic alloy cores for HIRFL-CSRm compressor cavity

TL;DR

This study evaluates different magnetic alloy cores to identify the best material with optimal permeability, Q value, and shunt impedance for use in the HIRFL-CSRm RF compression cavity.

Contribution

It provides a comparative measurement of four magnetic alloy types to guide material selection for RF cavity applications.

Findings

Type V1, V2, and A2 are suitable candidates based on measurement results.

Type V1, V2, and A2 have higher permeability and shunt impedance.

Type V1, V2, and A2 have lower Q values.

Abstract

For selecting the properly magnetic alloy (MA) material to load the RF compression cavity, the measurement of the MA cores which is produced by Liyuan Company has been carried out at IMP. We measured 4 kinds of MA core materials, type V1, V2, A1 and A2. And we mainly focus on the permeability, quality factor (Q value) and shunt impedance of the MA core. The MA cores which have higher permeability, lower Q value and higher shunt impedance will be selected to load RF compression cavity. According to the results of measurement, the type V1, V2 and A2 material will be chosen as candidate to load RF cavity.