• This textbook is written in a simple and logical way with an enhanced and extended coverage of the syllabus of choice based credit system for the undergraduate as well as post graduate students. • An extensive set of solved numerical problems, multiple choice questions with worked-out answers, objective, short and broad answer-type questions are furnished a plenty in each chapter. • The book is equally useful in an effective and comprehensive way to the students for the preparation of JAM, JEST, NET, SET, GATE and other equivalent examinations. • Basic formalism of quantum mechanics, relevant length scale in nanotechnology, density of states in various dimensions, quantum confinement, synthesis of nanomaterials using various physical and chemical processes, characterization of nanomaterials using X-ray and microscopy like SEM, TEM, AFM and applications of nanomaterials in various technological fields are described in detail in a clear and systematic way. • Optical and electronic transport properties of various nanomaterials such as nanowires, nanorods, quantum dots, thin films, MEMS and NEMS and conduction mechanisms such as variable range hopping, fluctuation-induced tunneling and multi-step tunneling in nanomaterials are described in detail with a reference to experimental results.

Nanomaterials: Theory Problems and Solutions, 2nd Edition PDF

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