高能物理与核物理
高能物理與覈物理
고능물리여핵물리
HIGH ENERGY PHYSICS AND NUCLEAR PHYSICS
2006年
4期
349-353
,共5页
BEPCⅡ对撞区超导磁铁%失超保护系统%失超保护逻辑
BEPCⅡ對撞區超導磁鐵%失超保護繫統%失超保護邏輯
BEPCⅡ대당구초도자철%실초보호계통%실초보호라집
BEPCⅡIR superconducting magnet complex%quench protection system%quench protection logic
在BEPCⅡ对撞区中采用了两块结构复杂的超导磁铁.该超导磁铁的失超保护系统的逻辑将所有相关的故障分为两类,并根据两类故障的紧急程度采取不同的保护措施.因为BEPCⅡ有两种运行模式,所以该超导磁铁的失超保护系统还必须要考虑运行模式的切换问题.
在BEPCⅡ對撞區中採用瞭兩塊結構複雜的超導磁鐵.該超導磁鐵的失超保護繫統的邏輯將所有相關的故障分為兩類,併根據兩類故障的緊急程度採取不同的保護措施.因為BEPCⅡ有兩種運行模式,所以該超導磁鐵的失超保護繫統還必鬚要攷慮運行模式的切換問題.
재BEPCⅡ대당구중채용료량괴결구복잡적초도자철.해초도자철적실초보호계통적라집장소유상관적고장분위량류,병근거량류고장적긴급정도채취불동적보호조시.인위BEPCⅡ유량충운행모식,소이해초도자철적실초보호계통환필수요고필운행모식적절환문제.
Two superconducting magnet complexes are used in BEPCⅡinteraction region. The corresponding quench protection system divides all related faults into two classes and takes different protection actions according to the urgency degree. Since BEPCⅡhas two operating modes and the superconducting magnets use different power supplies in different operating modes, the quench protection system must take the mode switching into consideration.
