Synthesis and Properties of Silicon-Carbide-Modified Porous Glass Composite

Abstract

The synthesis and properties of a porous glass composite obtained, based on cullet powder using aluminum powder and liquid glass, at temperatures not exceeding 100°C are discussed. It is shown that silicon carbide or a mixture of silicon carbide with gallium arsenide, which is a product of grinding in the semiconductor industry, can be used as a composition modifier. It is shown that porous glass composite with density not exceeding 600 kg/m³ and strength in compression not less than 1.7 MPa can be obtained by introducing 32% waste into the composition. The introduction of modifiers promotes better foaming and positively impacts the structural quality factor of the material. The results of these studies expand the range of application and the raw material base for the production of porous glass composites.

Original language	English
Pages (from-to)	127-134
Number of pages	8
Journal	Glass and Ceramics (English translation of Steklo i Keramika)
Volume	77
Issue number	3-4
DOIs	https://doi.org/10.1007/s10717-020-00255-y
Publication status	Published - 1 Jul 2020

Keywords

cold foaming
foaming ratio
porous glass composite
silicon carbide
silicon carbide mixture with gallium arsenide
strength-density factor

ASJC Scopus subject areas

Ceramics and Composites
Mechanics of Materials
Materials Chemistry

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10.1007/s10717-020-00255-y

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title = "Synthesis and Properties of Silicon-Carbide-Modified Porous Glass Composite",

abstract = "The synthesis and properties of a porous glass composite obtained, based on cullet powder using aluminum powder and liquid glass, at temperatures not exceeding 100°C are discussed. It is shown that silicon carbide or a mixture of silicon carbide with gallium arsenide, which is a product of grinding in the semiconductor industry, can be used as a composition modifier. It is shown that porous glass composite with density not exceeding 600 kg/m3 and strength in compression not less than 1.7 MPa can be obtained by introducing 32% waste into the composition. The introduction of modifiers promotes better foaming and positively impacts the structural quality factor of the material. The results of these studies expand the range of application and the raw material base for the production of porous glass composites.",

keywords = "cold foaming, foaming ratio, porous glass composite, silicon carbide, silicon carbide mixture with gallium arsenide, strength-density factor",

author = "Semenova, {V. I.} and Kutugin, {V. A.} and Kaz{\textquoteright}mina, {O. V.}",

year = "2020",

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language = "English",

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journal = "Glass and Ceramics (English translation of Steklo i Keramika)",

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T1 - Synthesis and Properties of Silicon-Carbide-Modified Porous Glass Composite

AU - Semenova, V. I.

AU - Kutugin, V. A.

AU - Kaz’mina, O. V.

PY - 2020/7/1

Y1 - 2020/7/1

N2 - The synthesis and properties of a porous glass composite obtained, based on cullet powder using aluminum powder and liquid glass, at temperatures not exceeding 100°C are discussed. It is shown that silicon carbide or a mixture of silicon carbide with gallium arsenide, which is a product of grinding in the semiconductor industry, can be used as a composition modifier. It is shown that porous glass composite with density not exceeding 600 kg/m3 and strength in compression not less than 1.7 MPa can be obtained by introducing 32% waste into the composition. The introduction of modifiers promotes better foaming and positively impacts the structural quality factor of the material. The results of these studies expand the range of application and the raw material base for the production of porous glass composites.

AB - The synthesis and properties of a porous glass composite obtained, based on cullet powder using aluminum powder and liquid glass, at temperatures not exceeding 100°C are discussed. It is shown that silicon carbide or a mixture of silicon carbide with gallium arsenide, which is a product of grinding in the semiconductor industry, can be used as a composition modifier. It is shown that porous glass composite with density not exceeding 600 kg/m3 and strength in compression not less than 1.7 MPa can be obtained by introducing 32% waste into the composition. The introduction of modifiers promotes better foaming and positively impacts the structural quality factor of the material. The results of these studies expand the range of application and the raw material base for the production of porous glass composites.

KW - cold foaming

KW - foaming ratio

KW - porous glass composite

KW - silicon carbide

KW - silicon carbide mixture with gallium arsenide

KW - strength-density factor

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