SUPERCONDUCTING MAGNET

An ejection pipe (140) is connected to a refrigerant container (120) from the outside of a vacuum container (130), and ejects vaporized refrigerant (10G). A pair of external leads (150) are respectively electrically connected to the ends of a superconducting coil (110) from a position outside the va...

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Bibliographic Details
Main Author YAMASHIRO DAI
Format Patent
LanguageChinese
English
Published 25.02.2022
Subjects
BASIC ELECTRIC ELEMENTS
ELECTRICITY
INDUCTANCES
MAGNETS
SELECTION OF MATERIALS FOR THEIR MAGNETIC PROPERTIES
TRANSFORMERS
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Summary:An ejection pipe (140) is connected to a refrigerant container (120) from the outside of a vacuum container (130), and ejects vaporized refrigerant (10G). A pair of external leads (150) are respectively electrically connected to the ends of a superconducting coil (110) from a position outside the vacuum container (130) so as to cause an electric current to flow through the superconducting coil (110). A protection circuit (160) is electrically connected to the superconducting coil (110), and consumes energy stored in the superconducting coil (110) during quenching. The protection circuit (160) is in contact with the ejection pipe (140) on the outside of the vacuum container (130). 本发明的超导磁体中，排出管(140)从真空容器(130)的外侧与制冷剂容器(120)连接，排出汽化的制冷剂(10G)。为了使电流在超导线圈(110)中流过，一对外部引线(150)从真空容器(130)外侧的位置分别电连接到超导线圈(110)的两端。保护电路(160)电连接到超导线圈(110)，并且在失超时消耗存储在超导线圈(110)中的能量。保护电路(160)在真空容器(130)外侧与排出管(140)接触。
Bibliography:Application Number: CN20198097812