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Crystal growth is the process of arranging atoms, ions, molecules, or molecular assemblies into regular three-dimensional periodic lattices. There are different synthesis and crystal growth methods depending on the material available, such as evaporative synthesis, hydrothermal method, and solid-state reaction. Crystal growth technology has various applications, including in the production of semiconductor devices, solar cells, and optical components. In this book, we deal with some crystalline materials synthesized by different methods, their crystal growth in relation to their physical...

The crystallization process may be used in chemistry, physics, or materials science to prepare materials for special applications such as batteries, fuel cells, and optics. In chemistry and physics, researchers prepare polycrystalline powders or thin films. In biology and pharmacology, proteins and drugs are obtained as polycrystalline powder and their structures are determined by X-ray powder diffraction or neutron diffraction. The synthesis of polycrystalline powder or thin films depends on several factors such as temperature, pressure, and operating parameters. This book discusses the...