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Table of Contents
Chapter 1 - Shape forming and sintering of ceramics
Chapter 2 - Size and shape engineering of nanoparticles by chemical methods
Chapter 3 - Growth of single crystals for nuclear radiation detection
Chapter 4 - Techniques for thin film of advanced materials
Chapter 5 - Inkjet printing of nanomaterials and nanoinks
Chapter 6 - Synthesis of porous materials
Chapter 7 - Synthesis of highly ordered nanoporous templates and template-based nanomaterials
Chapter 8 - Synthesis aspects of nanoporous and quasi 1-dimensional thin film architecture photoelectrodes for artificial photosynthesis
Chapter 9 - Synthesis of foams of inorganic materials
Chapter 10 - Exfoliation routes to the production of nanoflakes of graphene analogous 2D materials and their applications
Chapter 11 - Drying of tiny colloidal droplets: A Novel synthesis strategy for Nano-structured Micro-granules
Chapter 12- Hot injection method for nanoparticle synthesis: Basic concepts, examples and applications
Chapter 13 - Amphiphilic self-assembly in the synthesis and processing of nanomaterials
Chapter 14- Synthesis and Surface Functionalization of Nanostructured Biomaterials.
Chapter 2 - Size and shape engineering of nanoparticles by chemical methods
Chapter 3 - Growth of single crystals for nuclear radiation detection
Chapter 4 - Techniques for thin film of advanced materials
Chapter 5 - Inkjet printing of nanomaterials and nanoinks
Chapter 6 - Synthesis of porous materials
Chapter 7 - Synthesis of highly ordered nanoporous templates and template-based nanomaterials
Chapter 8 - Synthesis aspects of nanoporous and quasi 1-dimensional thin film architecture photoelectrodes for artificial photosynthesis
Chapter 9 - Synthesis of foams of inorganic materials
Chapter 10 - Exfoliation routes to the production of nanoflakes of graphene analogous 2D materials and their applications
Chapter 11 - Drying of tiny colloidal droplets: A Novel synthesis strategy for Nano-structured Micro-granules
Chapter 12- Hot injection method for nanoparticle synthesis: Basic concepts, examples and applications
Chapter 13 - Amphiphilic self-assembly in the synthesis and processing of nanomaterials
Chapter 14- Synthesis and Surface Functionalization of Nanostructured Biomaterials.