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@unpublished{he:sap2023-moaa01,
% --- JACoW template Dec 2024 ---
author = {Y. He and W.L. Chen and W.P. Dou and G. Huang and H. Jia and S.H. Liu and Y.S. Qin and L.P. Sun and Z.J. Wang and J. Zhao},
% author = {Y. He and W.L. Chen and W.P. Dou and G. Huang and H. Jia and S.H. Liu and others},
% author = {Y. He and others},
title = {{Design of the Superconducting Linac for CiADS Facing High Reliability}},
eventtitle = {14th Symp. Accel. Phys. (SAP'23)},
eventdate = {2023-07-10/2023-07-12},
language = {english},
intype = {presented at},
series = {Symposium on Accelerator Physics},
number = {14},
venue = {Xichang, China},
note = {presented at the 14th Symp. Accel. Phys. (SAP'23) in Xichang, China, unpublished},
abstract = {{CiADS is the world’s first Accelerator Driven System with a Mega-watt beam power. The linac of CiADS consists of a 500 MeV and 5 mA with five-family superconducting resonators located directly downstream of the Radio Frequency Quadrupole (RFQ). The most significant challenge in designing the superconducting linac for CiADS is to ensure high-reliability operation with minimal beam loss control at 10⁻⁷ level and availability maximization through specifically designed hardware and software. In this presentation, we will discuss the physical design of the superconducting linac, including the fault compensation based on beam loss control and high reliability designs of the RF amplifier and power supply.}},
}