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Titlebook: Electronic Structure of Metal-Semiconductor Contacts; Winfried M?nch Book 1990 Editorial Jaca Book spa, Milano 1990 AES.Experiment.Halblei

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書目名稱Electronic Structure of Metal-Semiconductor Contacts
編輯Winfried M?nch
視頻videohttp://file.papertrans.cn/307/306421/306421.mp4
叢書名稱Perspectives in Condensed Matter Physics
圖書封面Titlebook: Electronic Structure of Metal-Semiconductor Contacts;  Winfried M?nch Book 1990 Editorial Jaca Book spa, Milano 1990 AES.Experiment.Halblei
描述Interface and surface science have been important in the development of semicon- ductor physics right from the beginning on. Modern device concepts are not only based on p-n junctions, which are interfaces between regions containing different types of dopants, but take advantage of the electronic properties of semiconductor- insulator interfaces, heterojunctions between distinct semiconductors, and metal- semiconductor contacts. The latter ones stood almost at the very beginning of semi- conductor physics at the end of the last century. The rectifying properties of metal-semiconductor contacts were first described by Braun in 1874. A physically correct explanation of unilateral conduction, as this deviation from Ohm‘s law was called, could not be given at that time. A prerequisite was Wilson‘s quantum theory of electronic semi-conductors which he published in 1931. A few years later, in 1938, Schottky finally explained the rectification at metal-semiconductor contacts by a space-
出版日期Book 1990
關(guān)鍵詞AES; Experiment; Halbleiter; Kupfer; Potential; REM; STEM; development
版次1
doihttps://doi.org/10.1007/978-94-009-0657-0
isbn_softcover978-94-010-6780-5
isbn_ebook978-94-009-0657-0Series ISSN 0923-1749
issn_series 0923-1749
copyrightEditorial Jaca Book spa, Milano 1990
The information of publication is updating

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Innovations in Chemical Biology in many electronic properties associated with the quantum mechanical valence state. This transition divides crystalline solids into two well-defined classes: “covalent” and “ionic.” Within each class there is a unifying character to the observed properties.
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