Introduction to Pseudobrookites: Synthesis and Experimental Techniques
1Introduction to Pseudobrookites: Synthesis and Experimental Techniques
Layman Abstract: In today's world, better and longer-lasting batteries are in high demand. Scientists have found that combining tin (Sn) with lithium (Li) can improve rechargeable lithium-ion batteries. Additionally, replacing titanium (Ti) with tin in certain iron-based compounds enhances their ability to store electrical energy.
One such compound, called pseudobrookite, has unique properties like high resistance to electricity, special magnetic behavior, and resistance to heat-related damage. This makes it useful in various applications. In this book, we explore how adding lithium and aluminum (Al) to iron titanates (a type of ceramic material) affects their structure and properties. These materials are created using high-purity oxides and heated to 1250°C to form a stable structure. Tests confirm that their composition remains unchanged, and one of the samples even shows characteristics of a soft magnetic material, which is useful in electronics.
This book provides a step-by-step guide on how to prepare and analyze these materials, making it a valuable resource for students, researchers, and anyone interested in advanced materials for batteries and other high-tech applications.
View Book: https://doi.org/10.9734/bpi/mono/978-93-49473-16-4
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Related Keywords
Pseudobrookite
iron titanate
intercalation
Lithium-ion rechargeable batteries
Lithium
Tin
polycrystalline pseudobrookite
titanium oxide