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Investigating sound insulation, thermal conductivity and radioactivity of chipboards produced with cotton waste, fly ash and barite

机译：研究用棉花废料，粉煤灰和重晶石制成的刨花板的隔音，导热性和放射性

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摘要

Due to the rapid energy consumption, many studies have been done on alternative energy generation methods. In this sense, insulation has an important place from the point of energy saving. Energy loss can be minimized by insulation technologies. Insulation materials produced by favorable methods can be healthier, more durable and economic. It is expected a huge increase on demands of insulation products because thermal and sound insulations are considered during construction. In this study, it is examined the usage of cotton waste, fly ash and epoxy resin on production of chipboards. Thermal conductivities, sound insulations and bending strengths of chipboards with different thickness were tested. Radioactive properties of samples containing barite were also investigated. All tests were performed by according to Turkish Standards. It was resulted that usage of cotton waste and fly ash had a positive effect on the engineering properties of chipboards. It was proved that lightweight construction materials produced with cotton waste, fly ash and epoxy resin could be used for getting better thermal and sound insulation results. Besides, radioactive permeability was measured lower on samples containing barite.
机译：由于快速的能量消耗，已经对替代能量产生方法进行了许多研究。从这个意义上讲，从节能的角度来看，绝缘具有重要的地位。绝缘技术可以使能量损失最小化。通过有利的方法生产的绝缘材料可以更健康，更耐用，更经济。由于在施工过程中考虑了隔热和隔音，因此预计对隔热产品的需求将大大增加。在这项研究中，研究了在刨花板生产中使用棉花废料，粉煤灰和环氧树脂。测试了不同厚度的刨花板的导热性，隔音性和抗弯强度。还研究了含有重晶石的样品的放射性。所有测试均根据土耳其标准进行。结果表明，棉花废料和粉煤灰的使用对刨花板的工程性能产生了积极影响。事实证明，由棉屑，粉煤灰和环氧树脂制成的轻质建筑材料可用于获得更好的隔热和隔音效果。此外，对含有重晶石的样品测得的放射性渗透率较低。

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  • 来源
    《Construction and Building Materials》 |2012年第2012期|p.826-832|共7页
  • 作者

    Hanifi Binici; Remzi Gemci; Adnan Kucukonder; H. Hale Solak;

  • 作者单位

    The University of K.Maras Sueetcuee Imam, Department of Civil Engineering, K.Maras., Turkey;

    The University of K.Maras Sueetcuee Imam, Department of Textile Engineering, K.Maras, Turkey;

    The University of K.Maras Sueetcuee Imam, Department of Phsichs, K.Maras. Turkey;

    The University of K.Maras Sueetcuee Imam, Department of Textile Engineering, K.Maras, Turkey;

  • 收录信息 美国《科学引文索引》(SCI);美国《工程索引》(EI);
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

    cotton waste; chipboard; epoxy resin; fly ash; barite;

    机译：棉花废料;刨花板;环氧树脂粉煤灰重晶石;

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