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This collection aims to address the fundamental aspects, as well as the technological problems, which are associated with defects in electronic materials and devices. The volume comprises 93 contributions; among them, 14 invited papers, from more than 20 different countries. The invited papers, submitted by internationally recognized experts in the field, review the state-of-the-art and likely future trends in their respective research field. Upon comparing this volume with previous volumes, it is clearly seen that defect engineering in photovoltaics is becoming a topic of ever-increasing inte

Semiconductors --- Solid state electronics

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Periodicals --- Integrated circuits --- Solid state electronics --- Integrated circuits. --- Solid state electronics. --- Engineering --- Electrical Engineering --- Solid state electronics - Periodicals --- Integrated circuits - Periodicals

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This book brings together contributions from experts in the fields to describe the current status of important topics in solid-state circuit technologies. It consists of 20 chapters which are grouped under the following categories: general information, circuits and devices, materials, and characterization techniques. These chapters have been written by renowned experts in the respective fields making this book valuable to the integrated circuits and materials science communities. It is intended for a diverse readership including electrical engineers and material scientists in the industry and academic institutions. Readers will be able to familiarize themselves with the latest technologies in the various fields.

Solid state electronics. --- Electronics --- Semiconductors --- Solid state physics --- Circuits & components

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Organic electronics. --- Organic solid state chemistry --- Solid state electronics

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La supraconductivité fait rêver, surtout depuis la découverte de son existence à des températures relativement accessibles. Ses applications sont déjà notables (Imagerie par Résonance magnétique, futur ITER, NEUROSPIN, SQUID…) et des projets plus futuristes se développent (transport de courant, train en lévitation, moteurs). Le lecteur pourra s’initier à la théorie de London et aux équations de Pippard, puis étudier les supraconducteurs de type I et de type II (thermodynamique, magnétisme, dynamique de vortex, transport de courant…), les paires de Cooper et les résultats de la théorie BCS. L’étude de la cohérence et de la quantification du flux conduit à l’effet Josephson qui, avec le SQUID, est un bon exemple d’application. Le lecteur pourra combler certaines de ses lacunes grâce aux annexes, suivre le cheminement d’un modèle et s’approprier les concepts. Environ 250 illustrations en facilitent la compréhension. L’ouvrage est destiné aux étudiants de Master, de préparation aux CAPES et AGREG, aux thésards, et bien sûr aux enseignants, universitaires et chercheurs (chimistes, physiciens, électromécaniciens, spécialistes des matériaux…). Les ingénieurs des entreprises disposeront d’une introduction précieuse pour comprendre d’autres ouvrages plus appliqués ou spécialisés.

Superconductors. --- Superconducting materials --- Superconductive devices --- Cryoelectronics --- Electronics --- Solid state electronics --- Materials