Titlebook: Handbook on Synthesis Strategies for Advanced Materials; Volume-I: Techniques A. K. Tyagi,Raghumani S. Ningthoujam Book 2021 The Editor(s)

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Synthesis of Metallic Materials by Arc Melting Technique, principle of electrical arc generation and its utilization for melting of materials has been outlined. Design and operation of laboratory-scale arc melting furnace as well as melt-casting furnace have been presented. Operational principle of graphite arc furnace and consumable electrode-based indus

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Synthesis of Materials by Induction Heating,g body is subjected to a rapidly changing magnetic field producing induced current that causes heating effect. The method is widely used for synthesis of alloys, intermetallic phases, and high melting ceramics. Induction heating also finds applications in material processing like annealing, hardenin

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Synthesis of Materials by Ion Exchange Process: A Mild Yet Very Versatile Tool,al synthesis routes involving higher temperatures and longer reaction duration tend to yield the thermodynamically stable products that have the limitation on introducing newer functionalities. The synthesis of the materials with desired properties requires novel routes that can take place at milder

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Polyol Method for Synthesis of Nanomaterials,ys, oxides, sulphides, tellurides, fluorides, etc. Improved solubility of commonly available starting materials is the prime reason for wide applicability of the method for nanomaterials synthesis. Careful selection of precursors, relative amounts of polyols, ligands, etc., provide wide tune-ability

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Synthesis of Advanced Inorganic Materials Through Molecular Precursors,e nature. To meet these demands, there has always been a need to explore and develop new ways of synthesis of advanced materials. Of these synthetic methods, molecular precursor route has an edge over other preparative methods due to the distinct advantages of easy processability and better control