Observation of the 162Dy-164Dy Isotope Shift for the 0 → 16?717.79?cm-1 Optical Transition.-临床诊疗知识库

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In this work, we report a newly observed isotope shift between 162Dy and 164Dy isotopes for the 0 → 16 717.79 cm-1 (598.003 nm) optical transition. We compared the newly observed results against two other lines (597.452 nm and 598.859 nm), which we measured in this work, and were already reported in the literature. The newly observed 162-164 Dy isotope shift, shows at least a 20

作者：Luiz Felipe, Nardin Barreta；Alessandro Rogério, Victor；Patrícia, Bueno；Jhonatha Ricardo, Dos Santos；Carlos Alberto Barbosa, da Silveira；José Wilson, Neri；Jonas Jakutis, Neto；Maria Esther, Sbampato；Marcelo Geraldo, Destro

来源：Applied spectroscopy 2017 年 71卷 8期

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Observation of the 162Dy-164Dy Isotope Shift for the 0 → 16?717.79?cm-1 Optical Transition.

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作者：

Luiz Felipe, Nardin Barreta；Alessandro Rogério, Victor；Patrícia, Bueno；Jhonatha Ricardo, Dos Santos；Carlos Alberto Barbosa, da Silveira；José Wilson, Neri；Jonas Jakutis, Neto；Maria Esther, Sbampato；Marcelo Geraldo, Destro

来源：

Applied spectroscopy 2017 年 71卷 8期

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Isotope shifts atomic spectroscopy dysprosium dysprosium isotope shifts high-resolution laser spectroscopy laser spectroscopy

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相似文献

[1]Development of routines for simultaneous in situ chemical composition and stable Si isotope ratio analysis by femtosecond laser ablation inductively coupled plasma mass spectrometry.