Nuclear Hyperfine Properties of Potassium Neodymium Fluoride (KNd3F10) Through Crystal Field Effects


Authors : Somnath Bhattacharya

Volume/Issue : Volume 6 - 2021, Issue 5 - May


Google Scholar : http://bitly.ws/9nMw

Scribd : https://bit.ly/3hAENfw


Abstract : The present paper reports the nuclear hyperfine properties of KNd3F10 with the help of crystal field theory after finding the crystal field parameters which are essential for the aforesaid properties . The observed g-values of the sample were well explained with this theory with the comparison with some other samples. The nuclear hyperfine levels of 143Nd has been determined . The hyperfine specific heat for KNd3F10 has shown an inverse T2 (where T represents temperature) rule in millikelvin temperature range.

Keywords : Crystal Field Effect, G-Values, Hyperfine Interaction, Hyperfine Specific Heat.

The present paper reports the nuclear hyperfine properties of KNd3F10 with the help of crystal field theory after finding the crystal field parameters which are essential for the aforesaid properties . The observed g-values of the sample were well explained with this theory with the comparison with some other samples. The nuclear hyperfine levels of 143Nd has been determined . The hyperfine specific heat for KNd3F10 has shown an inverse T2 (where T represents temperature) rule in millikelvin temperature range.

Keywords : Crystal Field Effect, G-Values, Hyperfine Interaction, Hyperfine Specific Heat.

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