Applied Laser Spectroscopy for Nuclear Physics(Springer Theses)

核物理应用激光光谱学:汞同位素链的同位素位移与激光离子源开发

物理学其他学科

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作      者
出  版 社
出版时间
2021年09月18日
装      帧
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ISBN
9783030738884
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语      种
英文
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ThisThesis exploresTwo diTinT applicTions of laser speTroscopy:The Tudy of nuclear ground TTe propeTies, and elemeT seleTive radioaTive ion beam produTion. T also preseTsThe mThods and resuTs of an inveTigTion iTo isTope shiTs inThe mercury isTopic chain.These Resonance IonizTion Laser Ion Source (RILIS) developmeTs are dTailed,TogTher wTh an RILIS ionizTion schemeThT allowed laser ionized ion beams of chromium, germanium, radium andTelluriumTo be generTed TThe IsTope Mass SeparTor On-Line (ISOLDE) facilTy. A combinTion of laser speTroscopy wTh decay speTroscopy and mass speTromTry unambiguously demonTrTed a cessTion ofThe eTreme shape Taggering firT observed inThe 1970s and revealedThe charaTeriTic kink TThe crossing ofThe N=126 shell closure. A series of RILIS developmeTs were requiredTo facilTTeThis experimeT, including mercury “ionizTion scheme” developmeT andThe coupling ofThe RILIS wTh an arc discharge ion source. Laser speTroscopy has since become a powerfulTool for nuclear physics andThe Resonance IonizTion Laser Ion Source (RILIS), ofThe ISOLDE facilTy T CERN, is a prime example. HighligTing impoTaT advances inThis field,TheThesis offers a unique and revealing resource.
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