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Physical chemical studies of dispersed aluminosilicate wastes for obtaining the burned building materials

Iuriev, I.Y. / Skripnikova, N.K. / Volokitin, G.G. / Volokitin, O.G. / Lutsenko, A.V. / Kosmachev, P.V.

This paper presents results of the studies that determined that grinding can be one of the ways to modify aluminosilicate wastes. The optimal grinding modes were defined in laboratory conditions. Physical and chemical studies of modified ashes were carried out by means of X-ray phase analysis, differential thermal analysis and microscopy. The results have shown that modified ashes of thermal power stations when being applied in production of ceramic brick influence positively the processing properties of raw materials and the ready products.

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Physical chemical studies of dispersed aluminosilicate wastes for obtaining the burned building materials

Iuriev, I.Y. / Skripnikova, N.K. / Volokitin, G.G. / Volokitin, O.G. / Lutsenko, A.V. / Kosmachev, P.V.

This paper presents results of the studies that determined that grinding can be one of the ways to modify aluminosilicate wastes. The optimal grinding modes were defined in laboratory conditions. Physical and chemical studies of modified ashes were carried out by means of X-ray phase analysis, differential thermal analysis and microscopy. The results have shown that modified ashes of thermal power stations when being applied in production of ceramic brick influence positively the processing properties of raw materials and the ready products.

Physical chemical studies of dispersed aluminosilicate wastes for obtaining the burned building materials

Iuriev, I.Y. / Skripnikova, N.K. / Volokitin, G.G. / Volokitin, O.G. / Lutsenko, A.V. / Kosmachev, P.V.

This paper presents results of the studies that determined that grinding can be one of the ways to modify aluminosilicate wastes. The optimal grinding modes were defined in laboratory conditions. Physical and chemical studies of modified ashes were carried out by means of X-ray phase analysis, differential thermal analysis and microscopy. The results have shown that modified ashes of thermal power stations when being applied in production of ceramic brick influence positively the processing properties of raw materials and the ready products.

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Title:

Physical chemical studies of dispersed aluminosilicate wastes for obtaining the burned building materials

Contributors:

Iuriev, I.Y. (author) / Skripnikova, N.K. (author) / Volokitin, G.G. (author) / Volokitin, O.G. (author) / Lutsenko, A.V. (author) / Kosmachev, P.V. (author)

Published in:

Advanced Materials in Construction and Engineering, International Scientific Conference of Young Scientists, 2014 ; 012022/1-012022/6

IOP Conference Series: Materials Science and Engineering (Online) ; 71

Publication date:

2015

Size:

6 Seiten, 5 Quellen

ISSN:

DOI:

https://doi.org/10.1088/1757-899X/71/1/012022

Type of media:

Conference paper

Type of material:

Print

Language:

English

Keywords:

Aluminosilicate , Baumaterial , Rohstoff , Röntgenstrahl , Phasenanalyse , Differenzialthermoanalyse , thermisches Kraftwerk , Ziegel

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