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Paper
Search for triple and quadruple beta decay of \\(^{150}\\)Nd
2019
Overview
Triple beta decay of \\(^{150}\\)Nd to the ground and excited states of \\(^{150}\\)Eu and quadruple beta decay of \\(^{150}\\)Nd to the excited states of \\(^{150}\\)Gd have been studied using a 400 cm\\(^3\\) low-background HPGe detector and an external source consisting of 3046 g of natural Nd\\(_2\\)O\\(_3\\) powder. A half-life limit for the quadruple beta decay to the 0\\(_1^+\\) state of \\(^{150}\\)Gd was found to be \\(T_{1/2} (0\\nu+4\\nu) > 8.7\\times10^{20}\\) yr (90\\% C.L.). For other (0\\(\\nu\\)+4\\(\\nu\\)) transitions to the 2\\(_1^+\\), 3\\(_1^-\\), 4\\(^+_1\\), 2\\(_2^+\\) and 2\\(^+_3\\) excited states limits for the first time have been obtained at the level of \\((6.1-9.5)\\times10^{20}\\) yr (90\\% C.L.). We report here also the results for the first search for triple beta decay to the ground and excited final states of \\(^{150}\\)Eu. We find no evidence of this decay and set lower limits on the half-life in the range \\(T_{1/2} (0\\nu+3\\nu) > (0.04-4.8)\\times10^{20}\\) yr (90\\% C.L.).
Publisher
Cornell University Library, arXiv.org
Subject
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