Silicon Nanowire: Advances in Electronic Applications and Device Engineering
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Chapters Brief Overview:
1: Silicon nanowire: The foundation of the book, introducing the critical role silicon nanowires play in nanoelectronics.
2: Chemical vapor deposition: Examines the deposition process for growing highquality silicon nanowires.
3: Local oxidation nanolithography: Focuses on a precise technique for patterning nanowires on silicon substrates.
4: Silicon nanotube: Explores the growth and unique properties of silicon nanotubes, an extension of nanowires.
5: Molecularbeam epitaxy: Describes the advanced method of epitaxial growth for fabricating semiconductor nanowires.
6: Zinc oxide nanostructure: Investigates the synthesis and characteristics of zinc oxide nanowires and their applications.
7: Biointerface: Discusses the integration of nanowires with biological systems for potential medical applications.
8: Green nanotechnology: Highlights sustainable practices in nanowire fabrication and their ecofriendly applications.
9: Tin selenide: Introduces the unique properties of tin selenide nanowires in the context of optoelectronics and energy storage.
10: Nanowire: A deeper dive into the diverse applications and properties of nanowires in the electronics field.
11: Nanorod: Discusses the relationship between nanowires and nanorods, as well as their similarities and differences.
12: Energy applications of nanotechnology: Explores how nanowires are revolutionizing energy storage, conversion, and efficiency.
13: MEMS: Focuses on the integration of nanowires with MicroElectroMechanical Systems for enhanced functionality.
14: Thermoelectric materials: Investigates the use of nanowires in creating more efficient thermoelectric materials for power generation.
15: Nanoelectromechanical systems: Delves into the combination of nanowires with mechanical systems for novel applications.
16: Zinc oxide: Examines zinc oxide nanowires' properties and their application in electronics and sensors.
17: Carbon nanofiber: Introduces carbonbased nanowires and their advantages in electrical conductivity and strength.
18: Metal assisted chemical etching: Describes a method for producing highquality nanowires and controlling their dimensions.
19: Peidong Yang: Focuses on the groundbreaking work of Peidong Yang in nanowire research and innovation.
20: Nanowire battery: Examines the use of nanowires in enhancing battery performance and energy storage systems.
21: Nanochemistry: Discusses the chemical principles underlying nanowire synthesis and its implications for future technology.
The practical insights in this book will not only enhance your technical knowledge but also inspire future research and innovation in the field of nanoelectronics. "Silicon Nanowire" is a musthave reference for those who want to stay at the forefront of nanotechnology, offering a comprehensive view of both the science and practical applications.
