The book "Fluorapatite Nanorods Synthesis and Corrosion Mitigation Composites" by S.J. Samuel Justin provides
an in-depth analysis of the synthesis of fluorapatite nanorods using the L-arginine assisted ultrasonication
method at pH 3.5 and their use in the development of silane hybrid composites coated on Al and Mg alloys for
corrosion mitigation.
The author has conducted extensive research on the synthesis of fluorapatite nanorods and their application in
the development of corrosion mitigation composites. The book provides detailed information on the synthesis process,
including the use of L-arginine-assisted ultrasonication at pH 3.5.
The book also explores the use of these nanorods in the development of silane hybrid composites for corrosion
mitigation. The author examines the properties of these composites, including their mechanical strength, water
resistance, and corrosion resistance.
The book is written in a clear and concise manner, making it accessible to both students and researchers in the
field of material science and engineering. The author has included numerous illustrations and tables to aid in
understanding the complex synthesis process and the properties of the resulting composites.
Overall, "Fluorapatite Nanorods Synthesis and Corrosion Mitigation Composites" is an invaluable resource for
anyone interested in the synthesis of nanorods and their application in the development of corrosion mitigation
composites. The book provides a comprehensive analysis of the synthesis process and the properties of the
resulting composites, making it an important reference for researchers and engineers in the field of material
science and engineering.
