Fig 4 - Gauging Structural Aspects of ZnO nano-Crystal Growth ThroughX-ray Diffraction Studies and PAC

Decay scheme of 111m Cd 48 , IT, T 1/2 = 48.54 m, isomeric level with 5/2 + spin where EFG tensor interacts with nuclear quadrupole moment Q, an illustration of the typical PAC measurement.

Go to figure page

Reference

Gauging Structural Aspects of ZnO nano-Crystal Growth ThroughX-ray Diffraction Studies and PAC - Scientific Figure on ResearchGate. Available from: https://www.researchgate.net/figure/Decay-scheme-of-111m-Cd-48-IT-T-1-2-4854-m-isomeric-level-with-5-2-spin-where_fig4_258849288 [accessed 6 Dec, 2023]

Caption

Fig. 4. Decay scheme of 111m Cd 48 , IT, T 1/2 = 48.54 m, isomeric level with 5/2 + spin where EFG tensor interacts with nuclear quadrupole moment Q, an illustration of the typical PAC measurement.

Embed code

<a href="https://www.researchgate.net/figure/Decay-scheme-of-111m-Cd-48-IT-T-1-2-4854-m-isomeric-level-with-5-2-spin-where_fig4_258849288"><img src="https://www.researchgate.net/profile/Bichitra-Ganguly/publication/258849288/figure/fig4/AS:614075142774809@1523418331826/Decay-scheme-of-111m-Cd-48-IT-T-1-2-4854-m-isomeric-level-with-5-2-spin-where.png" alt="Decay scheme of 111m Cd 48 , IT, T 1/2 = 48.54 m, isomeric level with 5/2 + spin where EFG tensor interacts with nuclear quadrupole moment Q, an illustration of the typical PAC measurement."/></a>