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Mechanical properties of semiconductors = exploring elemental, binary, and ternary systems /

Record Type:	Electronic resources : Monograph/item
Title/Author:	Mechanical properties of semiconductors/ by Joshua Pelleg.
Reminder of title:	exploring elemental, binary, and ternary systems /
Author:	Pelleg, Joshua.
Published:	Cham :Springer International Publishing : : 2024.,
Description:	xviii, 332 p. :ill. (some col.), digital ;24 cm.
[NT 15003449]:	Basic Concepts of Semiconductors -- Elastic Properties -- Plastic deformation -- Defects: -- Deformation in Semiconductors -- Time dependent deformation (Creep) -- Fatigue (Cyclic Deformation) in Semiconductors -- Fracture in semiconductors -- Nanometric Semiconductors -- Environment epilogue.
Contained By:	Springer Nature eBook
Subject:	Semiconductors - Mechanical properties. -
Online resource:	https://doi.org/10.1007/978-3-031-21659-6
ISBN:	9783031216596

Mechanical properties of semiconductors = exploring elemental, binary, and ternary systems /
Pelleg, Joshua.

Mechanical properties of semiconductorsexploring elemental, binary, and ternary systems /[electronic resource] :by Joshua Pelleg. - Cham :Springer International Publishing :2024. - xviii, 332 p. :ill. (some col.), digital ;24 cm.

Basic Concepts of Semiconductors -- Elastic Properties -- Plastic deformation -- Defects: -- Deformation in Semiconductors -- Time dependent deformation (Creep) -- Fatigue (Cyclic Deformation) in Semiconductors -- Fracture in semiconductors -- Nanometric Semiconductors -- Environment epilogue.

This book is a comprehensive guide to understanding the mechanical behavior of specific semiconductors: Elemental Semiconductors: Si, Ge; Binary Semiconductors: SiC, GaAs, GaP, InP; Ternary Semiconductors: AlGaAs, GaAsP, ZnCdTe. The chapters are arranged in a logical sequence, starting with the basics of semiconductors in Chapter 1 and gradually progressing to more complex topics. Chapter 2 delves into the elastic properties and yielding concept, while Chapter 3 discusses plastic deformation and its relation to semiconductor stability. The important role of defects in semiconductors is explored in Chapter 4, with a focus on point defects and dislocations. Chapter 5 covers static deformation, including hardness and brittle behavior, while Chapter 6 explains the phenomenon of work hardening and its relationship to dislocations in the material. Chapter 7 introduces time-dependent deformation, specifically creep, which is influenced by temperature. Fracture, a common mode of failure in semiconductors, is discussed in Chapter 8, with an emphasis on stress rupture and the inability to carry an applied load. Chapter 9 addresses the unique mechanical behavior of small size semiconductor specimens in the nano scale. Finally, Chapter 10 explores the environmental effects on the mechanical properties of semiconductors. Overall, this book provides a comprehensive and detailed understanding of the mechanical behavior of some elemental, binary and ternary semiconductors, which is crucial for developing and designing semiconductor-based technologies.

ISBN: 9783031216596

Standard No.: 10.1007/978-3-031-21659-6doiSubjects--Topical Terms:

3714445
Semiconductors
--Mechanical properties.

LC Class. No.: TK7871.85

Dewey Class. No.: 621.38152

Mechanical properties of semiconductors = exploring elemental, binary, and ternary systems /
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505 0 $a Basic Concepts of Semiconductors -- Elastic Properties -- Plastic deformation -- Defects: -- Deformation in Semiconductors -- Time dependent deformation (Creep) -- Fatigue (Cyclic Deformation) in Semiconductors -- Fracture in semiconductors -- Nanometric Semiconductors -- Environment epilogue.
520 $a This book is a comprehensive guide to understanding the mechanical behavior of specific semiconductors: Elemental Semiconductors: Si, Ge; Binary Semiconductors: SiC, GaAs, GaP, InP; Ternary Semiconductors: AlGaAs, GaAsP, ZnCdTe. The chapters are arranged in a logical sequence, starting with the basics of semiconductors in Chapter 1 and gradually progressing to more complex topics. Chapter 2 delves into the elastic properties and yielding concept, while Chapter 3 discusses plastic deformation and its relation to semiconductor stability. The important role of defects in semiconductors is explored in Chapter 4, with a focus on point defects and dislocations. Chapter 5 covers static deformation, including hardness and brittle behavior, while Chapter 6 explains the phenomenon of work hardening and its relationship to dislocations in the material. Chapter 7 introduces time-dependent deformation, specifically creep, which is influenced by temperature. Fracture, a common mode of failure in semiconductors, is discussed in Chapter 8, with an emphasis on stress rupture and the inability to carry an applied load. Chapter 9 addresses the unique mechanical behavior of small size semiconductor specimens in the nano scale. Finally, Chapter 10 explores the environmental effects on the mechanical properties of semiconductors. Overall, this book provides a comprehensive and detailed understanding of the mechanical behavior of some elemental, binary and ternary semiconductors, which is crucial for developing and designing semiconductor-based technologies.
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