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Assessment of Mass Fraction and Melting Temperature for the Application of Limestone Concrete and Siliceous Concrete to Nuclear Reactor Basemat Considering Molten Core–Concrete Interaction

机译：考虑熔融芯 - 混凝土相互作用的石灰石混凝土和硅质混凝土在核反应堆基层中的质量分数和熔化温度评价

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Hojae Lee; Jae-Leon Cho; Eui-Sik Yoon; Myungsug Cho; Do-Gyeum Kim;
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年度 2016
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入库时间 2022-08-20 21:17:53

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1. Assessment of Mass Fraction and Melting Temperature for the Application of Limestone Concrete and Siliceous Concrete to Nuclear Reactor Basemat Considering Molten Core-Concrete Interaction [J] . Lee Hojae, Cho Jae-Leon, Yoon Eui-Sik, Nuclear engineering and technology . 2016,第2期

机译：考虑熔融核-混凝土相互作用的石灰石混凝土和硅质混凝土在核反应堆基垫上的质量分数和熔化温度评估
2. Assessment of Mass Fraction and Melting Temperature for the Application of Limestone Concrete and Siliceous Concrete to Nuclear Reactor Basemat Considering Molten Core–Concrete Interaction [J] . Hojae Lee, Jae-Leon Cho, Eui-Sik Yoon, Nuclear engineering and technology . 2016,第2期

机译：考虑熔融核-混凝土相互作用的石灰石混凝土和硅质混凝土在核反应堆基垫上的应用，质量分数和熔化温度的评估
3. Limestone-siliceous and siliceous concretes thermal damaging at high temperature [J] . Mastori H., Piluso P., Haquet J. -F., Construction and Building Materials . 2019,第Deca20期

机译：石灰石-硅质和硅质混凝土在高温下的热损伤
4. Void fraction for gas bubbling in shallow viscous pools-Application to Molten Core Concrete Interaction [C] . . 2005

机译：浅层粘性池中气泡冒泡的空隙率-在熔融核心混凝土相互作用中的应用
5. Modeling of anisotropic ablation of the concrete during Molten Core Concrete Interaction. [D] . Kang, Kyoung Min. 2016

机译：熔融核心混凝土相互作用过程中混凝土的各向异性烧蚀建模。
6. Assessment of Rational Design of Self-Compacting Concrete Incorporating Fly Ash and Limestone Powder in Terms of Long-Term Durability [O] . Pavel Reiterman, Roman Jaskulski, Wojciech Kubissa, 2020

机译：在长期耐用性方面评价掺入粉煤灰和石灰石粉的自压力混凝土结构
7. Assessment of Mass Fraction and Melting Temperature for the Application of Limestone Concrete and Siliceous Concrete to Nuclear Reactor Basemat Considering Molten Core–Concrete Interaction [O] . Lee Hojae, Cho Jae-Leon, Yoon Eui-Sik, 2016

机译：考虑熔融核-混凝土相互作用的石灰石混凝土和硅质混凝土在核反应堆底垫上的应用时，质量分数和熔化温度的评估
8. Core-Concrete Interactions Using Molten Urania with Zirconium on a Limestone Concrete Basemat. The SURC-1 Experiment [R] . Copus, E. R., Blose, R. E., Brockmann, J. E., 1992

机译：在石灰石混凝土基垫上使用含铀的熔融铀与核心 - 混凝土相互作用。 sURC-1实验

Assessment of Mass Fraction and Melting Temperature for the Application of Limestone Concrete and Siliceous Concrete to Nuclear Reactor Basemat Considering Molten Core–Concrete Interaction

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