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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 >Photoactivation of Ta-180(m) and s-process nucleosynthesis of nature's rarest naturally occuring isotope
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Photoactivation of Ta-180(m) and s-process nucleosynthesis of nature's rarest naturally occuring isotope

机译:Ta-180(m)的光活化和自然界中最稀有天然同位素的S-过程核合成

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摘要

The depopulation of the quasistable isomer (J(pi) = 9(-), E-x = 75 keV) in Ta-180 through resonant photoabsorption was studied with intense bremsstrahlung. The results show evidence for a deexciting level with an energy of 1.085 MeV or below, leading to a dramatic acceleration of the isomer decay to the short-lived J(pi) = 1(+) ground state under stellar s-process conditions. Consequences for a possible nucleosynthesis of nature's rarest isotope Ta-180 within the s process are discussed. [References: 21]
机译:用强烈的ms致辐射研究了通过共振光吸收法在Ta-180中降解准准异构体(J(pi)= 9(-),E-x = 75 keV)。结果显示了能量为1.085 MeV或更低的去激发能级的证据,导致在恒星s过程条件下异构体衰变急剧加速至短寿命J(pi)= 1(+)基态。讨论了s过程中自然最稀有同位素Ta-180可能进行核合成的后果。 [参考:21]

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