Titlebook: Handbook on Synthesis Strategies for Advanced Materials; Volume-II: Processin A. K. Tyagi,Raghumani S. Ningthoujam Book 2022 The Editor(s)

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Growth of Single Crystals for Nuclear Radiation Detection,s, watch, detectors, medical diagnostics, homeland security, etc. The performance characteristics of single crystals usually change with increasing the dimensions. A systematic approach and strategy are essential to grow large size single crystals with desired properties. This chapter briefs the cha

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Techniques for Thin Films of Advanced Materials,l materials. This has been attributed predominantly to the enhanced surface area to volume ratio and ease of control over the surface functionalities requisite for targeted applications. The numerous functionalities and tailor made properties are obtained by careful choice of process parameters invo

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Synthesis of Porous Materials,ls could be broadly grouped into three types of artificially created pores. The microporous and mesoporous materials are discussed in detail here with their synthesis strategies and characterization techniques in this chapter along with the broad classification of different types of porous materials

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Synthesis of Highly Ordered Nanoporous Anodic Aluminium Oxide Templates and Template-Based Nanomateminium oxide (AAO) templates having pores with long-range order are ideal fabrication tool for the synthesis of such nanostructures for applications in high-end technological and biomedical devices. In this chapter, various synthetic routes for the fabrication of barrier-type oxide layer to nanoporo

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Synthesis Aspects of Nanoporous and Quasi-One-Dimensional Thin Film Architecture Photoelectrodes fonergy to hydrogen and then to electricity. This is achieved by employing functional materials which can generate photogenerated electrons and holes which facilitates hydrogen generation and water oxidation, respectively. In this respect appropriate materials should be chosen, which possess good visi

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Exfoliation Routes to the Production of Nanoflakes of Graphene Analogous 2D Materials and Their Appdes (TMDCs), monoelemental Xenes (like phosphorene, antimonene etc.) and MXenes (like Ti.C, Mo.C etc.) have attracted much attention owing to their high mobility of charge carriers, accompanied by other useful and unique electronic, optical, and mechanical properties. The thickness-dependent electro

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