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首页> 外文期刊>Journal of Radioanalytical and Nuclear Chemistry: An International Journal Dealing with All Aspects and Applications of Nuclear Chemistry >Development of an optically pure In β-diketonate for the scintillator of an 115{sup left}In-loaded solar neutrino detector
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Development of an optically pure In β-diketonate for the scintillator of an 115{sup left}In-loaded solar neutrino detector

机译:研制用于115 {sup left} In-loaded太阳中微子探测器的闪烁体的光学纯的β-二酮In

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摘要

We report on the development of a novel In-loaded scintillator for a next generation low energy solar neutrino detector that would be based on neutrino interactions with 115{sup left}In. In particular, β-diketone complexes added to organic scintillating solvents are investigated. Here we describe details of the chemical synthesis and unique purification steps for specific indium-β-diketonates that we developed so as to achieve the main properties needed for such an experiment: optical transparency, chemical stability and high solubility in a scintillator solvent. Together with suitably adjusted fluors, we find that notable light yields are possible.
机译:我们报告了一种用于下一代低能量太阳中微子探测器的新型嵌入式闪烁体的开发,该探测器将基于与115 In的中微子相互作用。特别地,研究了添加到有机闪烁溶剂中的β-二酮配合物。在这里,我们描述了我们开发的特定β-二酮铟铟的化学合成和独特纯化步骤的详细信息,以实现该实验所需的主要特性:光学透明性,化学稳定性和在闪烁体溶剂中的高溶解度。结合适当调整的荧光剂,我们发现显着的光产量是可能的。

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