Nuclear moments as a probe of electronic structure in material, exotic nuclear structure and fundamental symmetry
Nuclear moments as a probe of electronic structure in material, exotic nuclear structure and fundamental symmetry
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DOI：
10.1007/s10751-013-0847-0
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发表时间：
2013-03
影响因子：
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通讯作者：
K. Matsuta;T. Minamisono;M. Mihara;M. Fukuda;Shengyun Zhu;Y. Masuda;K. Hatanaka;D. Yuan;
中科院分区：
文献类型：
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作者：
K. Matsuta;T. Minamisono;M. Mihara;M. Fukuda;Shengyun Zhu;Y. Masuda;K. Hatanaka;D. Yuan;
我们利用β-NMR技术通过核矩报告了我们在物理学各个领域的研究，包括材料科学，核结构和基本对称性。特别是从杂质的Knight位移、杂质的晶格位置、电场梯度、原子核自旋的组分分析、9 C-9 Li镜对自旋期望值的反常、G宇称守恒定律和UCN上的Ramsey共振等方面，对Pt的电子结构进行了研究，为今后的中子EDM测量提供了新的进展。
We report our studies in various fields of Physics through nuclear moments utilizing theβ-NMR technique, including material sciences, nuclear structures and fundamental symmetries. Especially, we focus on the recent progress in the studies on the electronic structure in Pt through Knight shifts of various impurities, lattice locations of impurities, electric field gradients, the analysis of nuclear spin in terms of its components, anomaly in the spin expectation value for9C-9Li mirror pair, theG-parity conservation law, and the Ramsey resonance on UCN for future neutron EDM measurements.