The Wave Mechanics Of Electrons In Metals
Condition: SECONDHAND
This is a secondhand book. The jacket image is a photograph of the exact copy we have in stock. This image shows the condition of this book. Further condition remarks are below.
Author: Stanley Raimes
Binding: Hardback
Published: NORTH-HOLLAND PUBLISHING COMPANY, 1963
Condition:
Book: Fair
Jacket: Chipped and worn with some minor damage
Pages: Yellowed
Markings: Previous owner
The academic work The Wave Mechanics Of Electrons In Metals presents a foundational treatment of quantum mechanics as applied to the electronic structure of metallic solids. This authoritative text details the theoretical framework necessary to comprehend the behavior of electrons within crystalline lattices, illustrating complex concepts with rigorous mathematical derivations. It instructs readers on the principles governing conductivity, band theory, and other essential phenomena in solid-state physics. The volume uncovers the intricate interplay between wave functions and material properties, providing a comprehensive understanding for advanced students and researchers. It chronicles the development of key theories, offering an indispensable resource for those studying the quantum nature of metals.
Author: Stanley Raimes
Binding: Hardback
Published: NORTH-HOLLAND PUBLISHING COMPANY, 1963
Condition:
Book: Fair
Jacket: Chipped and worn with some minor damage
Pages: Yellowed
Markings: Previous owner
The academic work The Wave Mechanics Of Electrons In Metals presents a foundational treatment of quantum mechanics as applied to the electronic structure of metallic solids. This authoritative text details the theoretical framework necessary to comprehend the behavior of electrons within crystalline lattices, illustrating complex concepts with rigorous mathematical derivations. It instructs readers on the principles governing conductivity, band theory, and other essential phenomena in solid-state physics. The volume uncovers the intricate interplay between wave functions and material properties, providing a comprehensive understanding for advanced students and researchers. It chronicles the development of key theories, offering an indispensable resource for those studying the quantum nature of metals.