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首页> 外文期刊>Science and technology of advanced materials >Possible weak magnetism in MB6 (M:Ca, Ba) probed by muon spin relaxation and muon level-crossing resonance
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Possible weak magnetism in MB6 (M:Ca, Ba) probed by muon spin relaxation and muon level-crossing resonance

机译:介子自旋弛豫和介子跨相共振探测到MB6(M:Ca,Ba)可能存在弱磁性

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摘要

The temperature dependence of muon spin relaxation rate exhibits a significant increase below ~130?K in CaB6 and ~110?K in BaB6, while no sigh of spontaneous muon precession signal under a zero field is observed. Moreover, the electric field gradient at the boron site measured by muon level-crossing resonance (μLCR) exhibits a step like change at ~110?K in CaB6. These results suggest a change in electronic state and the associated emergence of weak random magnetism below 110–130?K in these alkaline earth hexaborides.
机译:介子自旋弛豫率的温度依赖性在CaB 6 中低于〜130?K且在BaB 6 中约为〜110?K时显着增加,而没有自发的μon进动在零场下观察到信号。此外,通过μ子能级交叉共振(μLCR)测量的硼位处的电场梯度在CaB 6 中在〜110?K处表现出类似的变化。这些结果表明,在这些碱土金属六硼化物中,低于110–130?K的电子状态发生了变化,并伴随着弱随机磁的出现。

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