JAEA-Research-2010-034.pdf:16.23MB - JAEAの研究開発成果 ...

JAEA-Research 2010-034
表目次
表 3.1-1 THMC モデルにおける連成相関マトリクス ············································································· 7
表 3.2-1 材料比熱・熱伝導率の依存性関数 ··························································································· 9
表 3.3-1 表データとしての比透水係数 ································································································ 13
表 3.3-2 Na 型および Ca 型化クニゲル V1 の交換性陽イオン成分分析結果 ···································· 14
表 3.3-3 液状水と蒸気水に関する記号一覧 ························································································· 16
表 3.3-4 液状水と蒸気水の質量,質量分率,体積分率の一覧 ·························································· 19
表 3.4-1 膨潤評価式における材料パラメータの設定例 ······································································· 23
表 3.4-2 膨潤評価式における物理定数例 ······························································································· 23
表 3.4-3 膨潤評価式における環境条件パラメータ例 ··········································································· 23
表 3.4-4 膨潤応力の飽和度依存性 ·········································································································· 24
表 3.4-5 軟岩系岩盤に対する吹き付けコンクリートの仕様 ······························································· 26
表 3.6-1 地球化学特性に関する支配方程式群 ······················································································· 33
表 3.6-2 Atkinson モデルによる CSH ゲルと端成分の解離式および平衡定数 ··································· 36
表 3.6-3 杉山モデルによる溶解平衡定数 ······························································································· 36
表 4.1-1 TOUGHREACT との比較解析ケース ······················································································· 43
表 4.1-2 基本パラメータ ·························································································································· 43
表 4.1-3 化学条件 ······································································································································ 44
表 4.1-4 イオン交換反応条件 ·················································································································· 44
表 4.2-1 塩濃縮試験仕様の一覧 ·············································································································· 52
表 4.2-2 熱電対の設置位置 ······················································································································ 53
表 4.2-3 分析対象元素と分析方法 ·········································································································· 54
表 4.2-4 一次元塩濃縮試験結果の一覧··································································································· 55
表 4.2-5 三次元塩濃縮試験結果の一覧··································································································· 57
表 4.2-6 緩衝材に占める層間水量の推定 ······························································································· 60
表 4.2-7 一次元塩濃縮試験における間隙水組成の PHREEQC による推定値 ···································· 61
表 4.2-8 三次元塩濃縮試験における間隙水組成の PHREEQC による推定値 ···································· 63
表 4.2-9 緩衝材の主な入力条件 ·············································································································· 66
表 4.2-10 PHREEQC により設定した緩衝材中の初期間隙水組成 ······················································ 67
表 5.1-1 解析における熱特性の設定値··································································································· 80
表 5.1-2 地質環境における物理・力学特性の設定値 ··········································································· 81
表 5.1-3 解析における固有透過度の設定値 ··························································································· 83
表 5.1-4 van Genuchten パラメータ ········································································································· 83
表 5.1-5 解析における地球化学特性の設定値 ······················································································· 84
表 5.2-1 コンクリート支保工の熱特性の設定値 ··················································································· 85
表 5.2-2 軟岩系岩盤に対する吹き付けコンクリートの仕様 ······························································· 85
表 5.2-3 コンクリート支保工の固有透過度の設定値 ··········································································· 85
表 5.2-4 コンクリート支保工の不飽和水理特性の設定値 ··································································· 86
表 5.2-5 コンクリート支保工の地球化学特性の設定値 ······································································· 87
表 5.3-1 オーバーパックとガラス固化体の熱特性の設定値 ······························································· 87
表 5.3-2 ガラス固化体の発熱量一覧 ······································································································ 88
表 5.3-3 オーバーパックとガラス固化体の物理・力学・水理特性の設定値 ···································· 88
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