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Construction composites using of nanostructured binder based on raw of varying genetic types

机译:使用基于多种遗传类型的原料的纳米结构粘合剂构建复合材料

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摘要

The modern construction materials which are available at the moment are to provide cost reduction and labor inputs in building process, they are responsible for decreasing in mass of the buildings and structures and improving of it heat insulation. The main task, therefore, is a technical and economical fitting of competitive product types in order to make a dominate position for more economically effective of them. Owing to high energy demand and negative impact on the environment of cement production, the necessity in design new materials on the base of cement-free binders, which a non-hydration nanostructured binder (NB) of can be attributed to. NB is a new generation binder, applied for construction materials production. There are quartz sand, quartzitic sandstone quartzite and perlite can be used as main raw materials in the cohesive system.
机译:当前可用的现代建筑材料是在建筑过程中提供成本降低和劳力投入,它们负责减少建筑物和结构的质量并改善其隔热性。因此,主要任务是对竞争产品类型进行技术上和经济上的匹配,以使其在经济上更具优势。由于高能源需求和对水泥生产环境的不利影响,必须在无水泥粘结剂的基础上设计新材料,这可以归因于非水合纳米结构粘结剂(NB)。 NB是新一代粘合剂,用于建筑材料生产。有石英砂,石英砂岩石英岩和珍珠岩可以用作粘结体系中的主要原料。

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