Titlebook: Electronic Properties of Organic Conductors; Takehiko Mori Book 2016 Springer Japan 2016 Band Theory.Electron Correlation in Organic Mater

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,Ein Rahmen für Informationsmanagement,This chapter outlines superconductivity. After various aspects of superconductivity are described, these phenomena are explained starting from the microscopic theory.

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Die führungsspezifische AbgrenzungOrganic semiconductors are used in organic electronic devices. After discussing basic physics of organic semiconductors, organic devices such as light-emitting diodes, transistors, and solar cells are described.

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Quantum Chemistry of Molecules,Quantum chemistry is a starting point of molecular design. This chapter outlines the fundamentals of the molecular orbital theory, with particular emphasis on the Hückel approximation of π-conjugated molecules, which will be mentioned in the later chapters.

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Transport Properties,Energy band theory is useful to understand various conducting phenomena of organic conductors. Based on the low-temperature magnetoresistance, we can investigate the Fermi surface of organic conductors.

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Magnetism,Localized electrons make magnets. This chapter describes fundamental aspects of magnetism, placing a particular emphasis on the mean-filed theory of magnetic order.

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Organic Semiconductors,Organic semiconductors are used in organic electronic devices. After discussing basic physics of organic semiconductors, organic devices such as light-emitting diodes, transistors, and solar cells are described.