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首页> 外文期刊>Nuclear Physics, A: Journal Devoted to the Experimental Study of the Fundamental Constituents of Matter and Their Actions >THE LOW-SPIN STATES IN THE DOUBLY ODD IR-182 NUCLEUS AND THE INFLUENCE OF THE PROTON-NEUTRON INTERACTION
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THE LOW-SPIN STATES IN THE DOUBLY ODD IR-182 NUCLEUS AND THE INFLUENCE OF THE PROTON-NEUTRON INTERACTION

机译:双奇数IR-182核中的低自旋态及其对质子-中子相互作用的影响

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摘要

Low-spin states of Ir-182 populated through the beta(+)/EC decay of Pt-182 were studied using the ISOCELE facility. A low-spin level scheme has been established. Using a semi-microscopic rotor-plus-two-quasiparticle model developed in the context of the HF + BCS approximation, the influence of the V-pn interaction on the relative energy location of excited states has been studied and the low-spin states located at low energy in Ir-182 have been identified. The alpha-decay energy of Au-186 has been corrected to 4907 +/- 16 keV. [References: 64]
机译:使用ISOCELE装置研究了通过Pt-182的beta(+)/ EC衰变填充的Ir-182的低旋态。已经建立了低自旋级方案。使用在HF + BCS近似的背景下开发的半微观转子加两个准粒子模型,研究了V-pn相互作用对激发态相对能量位置的影响,并确定了低旋转态已确定Ir-182处于低能状态。 Au-186的α衰变能量已校正为4907 +/- 16 keV。 [参考:64]

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