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Conditions required for magnetic confinement of antihydrogen atoms are briefly described. Then, several ideas of antihydrogen confinement in minimum-B fields are introduced with some comments. Two methods for extracting antihydroten atoms from their synthesized region are also described. Paul trap with a superconducting wall cavity has the potential to trap antihydrogen atoms in a space with no steady magnetic field

反水素研究とプラズマ物理 ６．反水素の閉じ込めと引き出しを主眼とする次期トラップ

反水素研究とプラズマ物理６．反水素の閉じ込めと引き出しを主眼とする次期トラップ