Energy-Intensive Materials with Mechanically Activated Components

The production and study of highly dispersed aluminum-based powders represents one of contemporary science’s priority fields. This is primarily driven by the practical necessity to develop new materials, a feat that, in some cases, can only be achieved through the utilization of powdered components....

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Bibliographic Details
Published in:ChemEngineering 2023-10, Vol.7 (5), p.97
Main Authors: Ayagoz, Bakkara, Bakhtiyar, Sadykov, Aida, Artykbaeva, Kaster, Kamunur, Aisulu, Batkal, Bakhyt, Kalmuratova
Format: Article
Language:English
Subjects:
Aluminum
Analysis
Carbon monoxide
Chemical engineering
Energy
energy-intensive materials
Explosions
Explosives
Force and energy
Hydrogen as fuel
Iodine
mechanochemical treatment
Oxidation
Particle size
Powders
Temperature
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Summary:The production and study of highly dispersed aluminum-based powders represents one of contemporary science’s priority fields. This is primarily driven by the practical necessity to develop new materials, a feat that, in some cases, can only be achieved through the utilization of powdered components. This article presents the results of the mechanochemical treatment method employed to obtain highly reactive aluminum particles. It also includes a comparative analysis of aluminum particles generated through various methods and their respective properties. Furthermore, the application of these highly reactive aluminum particles in energy-intensive materials is discussed.
ISSN:2305-7084
2305-7084
DOI:10.3390/chemengineering7050097