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Prompt Gamma Activation Analysis of Impurity and Elemental Stability for Two SU-8 Organic Polymer Samples Having Different Solidification Pretreatment

机译:两种具有不同固化预处理的SU-8有机聚合物样品的杂质和元素稳定性的快速Gamma活化分析

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In this paper, two samples of SU-8, a photo polymer consisting of Gamma-Butyrolactone (GLB) mixed withboth Triarylsulfonia and Hexafluroantimonate considered for a Prompt Gamma Activation Analysis (PGAA) diagnosticstudy. The SU-8 was formed into two organic polymer microturbines which were then given different solidification pretreatmentusing varying durations of heat baking and Ultra-Violet (UV) crosslinking. In addition to determining the majorcomponents of the analyzed samples, some trace elements were also identified, and all the compositions were compared.The measurements were performed at the Budapest Research Reactor (BRR). The obtained results have advanced the industrialapplicability of the adopted technique in the considered sector of polymer analysis, because the PGAA has beenapplied in the case of the polymer of the microturbines. The results obtained are complementary to data achieved by othertechniques
机译:在本文中,考虑了SU-8的两个样品,这是一种由γ-丁内酯(GLB)与三芳基亚砜和六氟锑酸混合而成的光敏聚合物,用于快速γ活化分析(PGAA)诊断研究。 SU-8被制成两个有机聚合物微型涡轮机,然后使用不同的加热烘烤时间和紫外线(UV)交联时间进行不同的固化预处理。除了确定分析样品的主要成分外,还鉴定了一些微量元素,并对所有成分进行了比较。测量在Budapest Research Reactor(BRR)进行。所获得的结果在所考虑的聚合物分析领域中提高了所采用技术的工业实用性,因为在微涡轮机的聚合​​物中已经应用了PGAA。获得的结果与其他技术获得的数据互补

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