On the Issue of an Ash Microsphere Application as a Framework Forming Filler in Composite Materials

Alexandra Atyaksheva; Rimma Niyazbekova; Yermek Sarsikeyev; Marat Konkanov; Anastasia Atyaksheva

doi:10.4028/www.scientific.net/KEM.781.176

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Possibility of Evaluating a Depth of Defects as a Hole in a Composite Dielectric Sample by the Parameters of Electric Response to Pulse Mechanical Excitation
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Epoxy Composites Filled with Sodium Bicarbonate: Thermal and Mechanical Properties
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Surface Geometry Model of the Capillary when Filling it with Liquid
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Specific Features of Obtaining of Metal Nanowires by Replication of Pores of Track Etched Membranes
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On the Issue of an Ash Microsphere Application as a Framework Forming Filler in Composite Materials
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Increasing the Efficiency of the Operation of the Facilities for the Thermal Processing of Raw Materials by Exposure to Electromagnetic Radiation
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Influence of Photochemical Reactions on the Content and Transformation of Mineral Nitrogen in Sod-Podzol Soil
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HomeKey Engineering MaterialsKey Engineering Materials Vol. 781On the Issue of an Ash Microsphere Application as...

On the Issue of an Ash Microsphere Application as a Framework Forming Filler in Composite Materials

Abstract:

Hollow aluminum and silica microsphere is a component of ash wastes from heat and power industry that today is widely used as a microaddition almost in all sectors of economy. It is used to improve properties of different materials and constructions or to produce advanced properties of these materials. Hollow aluminum and silica microsphere is non-reactive microaddition that determine its advantages in producing ecologically friendly materials and in providing materials with additional properties without changing the basic. In this paper research has been conducted on identifying the modulus of viscosity focused on the effect on the capacity to form structure links that are influence the properties of producing leak less framework. Modulus of viscosity is one of the main dynamic characteristics of fill finely divided materials that determine materials and constructions strength properties including the capability to form a rigid frame. The research was carried out to determine the correlation between the modulus of viscosity and the humidity of raw component in order to identify optimal conditions of material formation and producing an item with the highest level of durability and rigidity. Moreover, the paper revealed the connection between the modulus of viscosity and the size of non-reactive microaddition based on set humidity and the influence of the microaddition size on the trend in modulus of viscosity.

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Periodical:

Key Engineering Materials (Volume 781)

Pages:

176-181

DOI:

https://doi.org/10.4028/www.scientific.net/KEM.781.176

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Online since:

September 2018

Authors:

Alexandra Atyaksheva, Rimma Niyazbekova, Yermek Sarsikeyev*, Marat Konkanov, Anastasia Atyaksheva

Keywords:

Aluminum, Composite Materials, Construction, Microsphere

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References

[1] V.E. Samorokov, E.V. Zelinskaya, N.A. Tolmacheva, V.V. Barahtenko, A.E. Burdonov, S.A. Pronin, K.I. Vlasova, A.V. Golovnina, Composite materials based on aluminosilicate microspheres in engineering, Spravochnik. Inzhenernyi zhurnal, 2015.