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Influence and Application of Glass Cullet in Autoclaved Materials

机译:玻璃Cullet在高压灭菌材料中的影响及应用

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The basis of construction is made of materials such as: wood,stone(including artificial stone,i.e.concrete and brick),steel and glass.Currently,the glass is a product that enjoys increased interest,also due to the phenomenon of recycling.At the moment,construction industry is a field in which good solutions are sought for the proper management of waste.One of the recycled w-aste is glass cullet coming from bottles mainly of wine.Not every country produces wines because there are no suitable conditions,but wine is drunk in every country.Powdered glass is already applied in the form of glass powder in concretes(research conducted in India,China and America),and the results of the research are the basis for exploring this topic in the context of other materials.The paper presents the results of research on modifications of sand-lime materials using cullet(glass sand).Non-destructive testing of samples was carried out: lime hydration control in a mixture containing powdered recycled glass,/humidity that affects the water absoiption of the product,and further on density and strength(water migration in the pores)and microstructural investigations.The conducted tests showed increased humidity of the modified product with recycling glass(approximately 2% compared to the reference sample of 0.5%)and the presence of hydrated calcium silicates in the form of gyrolite as a phase resulting from high pressure.
机译:施工的基础是由材料制成:木材,石头(包括人造石,Ieccrete和砖),钢铁和玻璃。玻璃是一种享受兴趣兴趣的产品,也是由于RECYCLING.AT的现象。这一刻,建筑业是一个领域,寻求良好的解决方案,寻求适当的废物管理。再生的W-aste是主要来自葡萄酒的玻璃木桶。每个国家都生产葡萄酒,因为没有合适的条件,但葡萄酒在每个国家都喝醉了。普及的玻璃已经以混凝土玻璃粉的形式应用于混凝土(印度,中国和美国的研究),研究结果是在其他背景下探索这一主题的基础本文介绍了使用Cullet(玻璃砂)的砂石材改性研究的研究结果。进行了对样品的破坏性测试:含有粉末再循环玻璃的混合物中的石灰水合对照, /湿度影响产物的水的吸收,以及进一步研究密度和强度(孔隙中的水迁移)和微观结构研究。进行的测试表明,与参考样品相比,约2%的改性产品的湿度增加0.5%)和陀螺酸盐形式的水合钙硅酸盐作为高压导致的相。

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