This book explains various methods of preparation of the ceramic samples of pseudobrookite compound and experimental measurement techniques to investigate their properties. The book balances theory and experimental work, showing how to link them together, which is suitable for students, researchers and academicians in the field of material science.
The pseudobrookite Fe2TiO5 has many interesting properties such as spin glass, spontaneous microcracking, thermal expansion anisotropy, etc. The magnetic ordering and dielectric hysteresis loop have been reported for the modified Fe2TiO5 pseudobrookite. The association of Tin with Lithium, Aluminium with Titanium and Lithium with Titanium is found to be advantageous in improving some of the important properties of this compound. Hence pseudobrookite compound with its modified forms opens new horizons for researchers.
This book is important as it is dedicated to the bibliography of the pseudobrookite phase which has great scientific significance. Such resource provides a comprehensive reference for fresh researchers, facilitating access to historical studies, recent advancements and diversified applications of pseudobrookite in trending fields like material science, mineralogy and catalysis.
