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WATER ABSORPTION OF NON-AUTOCLAVED FOAM CONCRETES BASED ON MICROSILICA

机译：基于MicroLILICA的非高压灭菌泡沫混凝土吸水

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Viktoriya Bugaychuk; Albina Baranova;
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1. Structural and heat-insulating foam concrete of non-autoclaved hardening based on microsilica [J] . Albina Baranova, Pavel Shustov, Olga Yazina MATEC Web of Conferences . 2018,第3期

机译：基于微硅粉的非高压硬化结构保温隔热泡沫混凝土
2. Assessment Of Water Absorption And Chloride Ion Penetration Of Pavement Quality Concrete Admixed With Wollastonite And Microsilica [J] . G.D. Ransinchung, Brind Kumar, Veerendra Kumar Construction and Building Materials . 2009,第2期

机译：硅灰石与微硅混合的路面质量混凝土的吸水和氯离子渗透性评价。
3. Mechanism study on co-processing of water-based drilling cuttings and phosphogypsum in non-autoclaved aerated concrete [J] . Environmental Science and Pollution Research . 2020,第18期

机译：非高压灭菌混凝土中水性钻井切割和磷酸缺口协同处理的机制研究
4. Investigation of thermal conductivity of non-autoclaved foam concrete based on microsilica [C] . Albina Baranova, Igor Ryabkov International Scientific Conference Investments, Construction, Real Estate: New Technologies and Special-Purpose Development Priorities . 2020

机译：基于MicroLILICA的非高压灭菌泡沫混凝土导热性研究
5. Energy absorption capability of foam-based composite materials and their applications as seat cushions in aircraft crashworthiness. [D] . Kh. Beheshti, Hamid. 2004

机译：泡沫基复合材料的能量吸收能力及其在飞机防撞性中作为座垫的应用。
6. Evaluation of water absorption and chloride ion penetration of rice straw ash and microsilica admixed pavement quality concrete [O] . Arunabh Pandey, Brind Kumar 2019

机译：稻草灰与微硅混合路面优质混凝土的吸水和氯离子渗透性评价。
7. THE RELATIONSHIP BETWEEN THE AVERAGE DENSITY AND THE FLEXURAL STRENGTH OF NON-AUTOCLAVED FOAM CONCRETE BASED ON MICROSILICA [O] . Anzhela Golubeva, Albina Baranova, Aleksandr Skulin, 2021

机译：基于MicroLILICA的非高压灭菌泡沫混凝土平均密度与弯曲强度的关系

WATER ABSORPTION OF NON-AUTOCLAVED FOAM CONCRETES BASED ON MICROSILICA

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