Ashcroft et N.D. Editeur Les Ulis Telecharger Physique des solides - Neil-W Ashcroft, N-David Mermin pdf Malgre son anciennete Le Ashcroft-Mermin ', ainsi que les physiciens des solides Le Ashcroft-Mermin, ainsi que les physiciens des solides l'appellent, est le meilleur ouvrage sur le sujet au niveau international. Physique Des Solides Ashcroft Mermin Pdf Converter. Donor challenge: A generous supporter will match your donation 3 to 1 right now. Triple your impact!
. Part of the book series (GTP) Abstract Our main concern in this book is to describe the electronic properties of crystalline solids. The existence of translation symmetries associated with such ordered crystal structures leads to specific features in the electronic structure and to a specific representation of the energy states in wave vector space. 2.1, we explain how a crystal structure can be described formally by defining a crystal lattice of non-material points together with a repeated material motif, known as the basis. This periodic structure of matter causes diffraction of electromagnetic waves, or equivalently, of quantum particles. We shall see in Sect.
2.2 that these diffraction phenomena lead to the notion of reciprocal lattice in wave vector space, and this will be important later for characterising the electronic states of these solids. 2.3, we outline the experimental methods used to determine the crystal structures of solids using diffraction methods.
New edition of the most widely-used textbook on solid state physics in the world. Describes how the excitations and imperfections of actual solids can be understood with simple models that have firmly established scope and power. The foundation of this book is based on experiment, application and theory. Several significant advances in the field have been added including h New edition of the most widely-used textbook on solid state physics in the world. Describes how the excitations and imperfections of actual solids can be understood with simple models that have firmly established scope and power. The foundation of this book is based on experiment, application and theory.
Several significant advances in the field have been added including high temperature superconductors, quasicrystals, nanostructures, superlattices, Bloch/Wannier levels, Zener tunneling, light-emitting diodes and new magnetic materials. A book with many highs and many (very) lows. At some points, it is very pedagogical explaining the physics in a very intuitive way. At other points, it is just awful. Sometime it uses awful notation and it seems as if the author actually tries to confuse the reader. Apart from these highs and lows, this textbook is mediocre in the sense that it offers nothing special in terms of pedagogy and thematology(like containing special topics not found elsewhere). In any way, I think that Ashcroft's textbo A book with many highs and many (very) lows.
At some points, it is very pedagogical explaining the physics in a very intuitive way. At other points, it is just awful.
Sometime it uses awful notation and it seems as if the author actually tries to confuse the reader. Apart from these highs and lows, this textbook is mediocre in the sense that it offers nothing special in terms of pedagogy and thematology(like containing special topics not found elsewhere).
In any way, I think that Ashcroft's textbook is way better. There's a lot of material here, but very little that is presented well. The proofs are skeletons of arguments, presumably to let the reader learn by struggling to fill in the gaps. The fundamental concepts, like the fact that the reciprocal lattice is the Fourier transform of the direct lattice, are noted in passing or omitted, while fairly advanced ideas like the magnetic field penetration of a superconductor are presented without anything resembling a solid foundation. It is easier than Ashcro There's a lot of material here, but very little that is presented well. The proofs are skeletons of arguments, presumably to let the reader learn by struggling to fill in the gaps.
The fundamental concepts, like the fact that the reciprocal lattice is the Fourier transform of the direct lattice, are noted in passing or omitted, while fairly advanced ideas like the magnetic field penetration of a superconductor are presented without anything resembling a solid foundation. It is easier than Ashcroft and Mermin, and less pedantic (characterization of all crystalline groups anyone?). It is not at all better. It is a standard text. This book was somewhat disappointing. While rather complete it has some major flaws. Among these flaws are its errors in equations and the text itself.
Its unconventional mathematical notation is a little off putting in places as well although this is easily overcome. I have a copy of the third edition and find that to be far superior. It is much more verbose in its explanations.
In trying to make the latest edition more terse the author obfuscated it. Additionally the third edition speaks much m This book was somewhat disappointing. While rather complete it has some major flaws.
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Among these flaws are its errors in equations and the text itself. Its unconventional mathematical notation is a little off putting in places as well although this is easily overcome.
I have a copy of the third edition and find that to be far superior. It is much more verbose in its explanations. In trying to make the latest edition more terse the author obfuscated it. Additionally the third edition speaks much more about various experiments that can be done or were done in this field.