A novel glass-ceramic material based on albite type Na-rich feldspar has been synthesized
by conventional ceramic process. High crystallinity,> 94% Vol.% is obtained by fast sintering …

Abstract The LZS glass-ceramic (19.58 Li 2 O· 11.10 ZrO 2· 69.32 SiO 2) have a high
coefficient thermal expansion (CTE) which can be a limitation in some applications. The …

Glass-ceramics with high strength and lightweight were developed by comprehensively
utilizing coal gangue and clay. This work optimized the many processing parameters …

Innovations for the utilization of wastes for developing products, which are useful to society
are gaining importance day-by-day. A large amount of slurry and other residues are yearly …

Nanostructured composites of the LZS (19.58 Li 2 O. 11.10 ZrO 2. 69.32 SiO 2) and LZS
(19.58 Li 2 O. 11.10 ZrO 2. 69.32 SiO 2)+(1, 2.5, 5 vol.%) Al 2 O 3 systems were obtained …

The purpose of this article is to identify the destination given by a steelmaking plant located
in Brazil to the waste it generates. The research method is a case study. The primary …

The aim of the present work was to investigate the crystallization kinetic of spodumene-
/cordierite-based glass–ceramics. Thus, three glasses were prepared with compositions …

High strength lightweight glass-ceramics were fabricated with coal gangue and clay as main
raw materials. The utilization ratio of coal gangue, the ratio of the coal gangue with clay …

Abstract Li 2 O–ZrO 2–SiO 2–Al 2 O 3 (LZSA) glass ceramic systems are usually obtained
from powder technology to obtain materials with a low thermal expansion coefficient (CTE) …

Mill scale is one of the most hazardous waste generated from the steelmaking industry. In
2014, around 16.4–32.8 million t of mill scale was generated all over the world. In this paper …