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THE RESULTS OF TESTS OF THE COMPOSITIONS OF FINE-GRAINED CONCRETE WITH ADDITION OF NANOSILICA FUME AND MICROSILICA

机译：用加入纳米菌烟气和微孔的细粒混凝土组成的试验结果

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V.V. Potapov; D.S. Gorev;
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2. Investigating Transport Properties of Low‑Binder Ultrahigh‑Performance Concretes: Binary and Ternary Blends of Nanosilica, Microsilica and Cement [J] . Aseel Madallah Mohammed, Abdulkader Ismail Al‑Hadithi, Diler Sabah Asaad Arabian Journal for Science and Engineering. Section A, Sciences . 2020,第10期

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3. A study on nanosilica- and microsilica-added concretes under different transport mechanisms [J] . Lincy Varghese, Rao Velidandi Venkata Lakshmy Kanta, Lakshmy Parameswaran Magazine of Concrete Research . 2018,第23a24期

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4. Investigation of the Foamed Concrete Properties Containing Nanosilica, as Compared with the Foamed Concrete Containing Microsilica [C] . Alireza Fiouz, Sina Saadat International Conference on Advances in Concrete Technology . 2013

机译：与含泡沫混凝土含有微岩体的含纳米硅的发泡混凝土性质的研究
5. The composition of fine-grained weathering products in a large tropical river system, and the transport of metals in fine-grained sediments in a temperate estuary. [D] . Koehnken, Lois. 1990

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6. Testing Silica Fume-Based Concrete Composites under Chemical and Microbiological Sulfate Attacks [O] . Adriana Estokova, Martina Kovalcikova, Alena Luptakova, 2016

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7. Influence of Silica Fume Addition on Selected Properties of Fine-Grained Concrete [O] . Arkadiusz Denisiewicz, Krzysztof Kula, Tomasz Socha, 2018

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8. Laboratory Freeze-Thaw Durability of Previous Concrete with respect to Ruring Time and Addition of Sand, Slag, Silica Fume, and Saltguard. [R] . Sevi, A. F., Walsh, D., Anderson, I. A., 2017

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THE RESULTS OF TESTS OF THE COMPOSITIONS OF FINE-GRAINED CONCRETE WITH ADDITION OF NANOSILICA FUME AND MICROSILICA

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