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Application of the spectral determination method to liquid scintillation spectra

液体シンチレーション測定へのスペクトル定量法の応用

大島 真澄*; 後藤 淳*; 早川 岳人*; 篠原 宏文*; 鈴木 勝行*; 佐野 友一*; 浅井 雅人  ; 原賀 智子   

Oshima, Masumi*; Goto, Jun*; Hayakawa, Takehito*; Shinohara, Hirofumi*; Suzuki, Katsuyuki*; Sano, Yuichi*; Asai, Masato; Haraga, Tomoko

スペクトル定量(SDM)法は、複数核種を含む試料を測定して得られる測定スペクトルは、それぞれの核種のスペクトルの線形重ね合わせで表せるという原理に基づいたものであり、これまでに、$$gamma$$線スペクトルにおいてSDM法を適用できることを実証した。本研究では、開発したSDM法を液体シンチレーション測定へ適用し、測定において課題となる消光の補正方法を開発することにより、$$gamma$$線スペクトルと同様に、液体シンチレーション測定においてもSDM法を適用できることを実証した。

Previously we reported a simple algorithmic method of spectral determination method (SDM), which is based on the first principle that a $$gamma$$-ray spectrum obtained for a sample is a linear superposition of individual spectra of the radioactive nuclides included in the sample and demonstrated that the method is valid for $$gamma$$-ray determination. Here we apply it to the spectra obtained by liquid scintillation counter (LSC). In LSC measurements quenching is generally observed and we at first developed its correction method to standard spectra. The SDM code reported in the previous investigation is used to analyze the LSC spectra. Based on the analyses done by using the measured spectra, we concluded that the SDM method is valid in the LSC spectra similarly to the $$gamma$$-ray spectra studied in the previous investigation.

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パーセンタイル:30.19

分野:Nuclear Science & Technology

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