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福島第一原子力発電所廃炉のためのプラント内線量率分布評価と水中デブリ探査に係る技術開発,2; 線量率分布評価のための線源および3次元プラントモデルの構築

Technology development to evaluate dose rate distribution and to search for fuel debris submerged in water for decommissioning of Fukushima Daiichi Nuclear Power Station, 2; Construction of radiation sources and three-dimensional plant model for evaluation of dose rate distribution

奥村 啓介 ; 佐藤 若英; 前田 裕文; 若井田 育夫  ; 鷲谷 忠博 ; 片倉 純一*

Okumura, Keisuke; Sato, Wakaei; Maeda, Hirobumi; Wakaida, Ikuo; Washiya, Tadahiro; Katakura, Junichi*

プラント内の最確な線源及び線量率分布の評価技術を開発するため、燃料燃焼計算, 構造材放射化計算及びシビアアクシデント解析等の結果に基づき、線源分布を評価するとともに、粒子輸送モンテカルロ計算コードPHITS用の3次元プラントモデルを構築し、各単位線源による線量率分布応答関数を得た。

In order to develop the evaluation technology of the most probable radiation source and dose rate distributions in the primary containment vessel (PCV), we evaluated the radiation source distribution based on the results of fuel burn-up calculation, activation calculation of structural materials and severe accident analysis. Then, we built a three-dimensional PCV model for the particle transport Monte Carlo calculation code PHITS. From the PHITS calculation, we obtained the response function of the dose rate distribution due to each unit radiation source.

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