| Frame No Frame |
Hyperscript"Electronic Materials"© H. Föll Books |
Hyperscripts of AMAT: General Information Index |
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L. A. A. Warnes: Electronic Materials | |
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Rather theoretical in some points (includes much of what has been taught in the undergraduate course "Einführung in die Materialwissenschaft I + I"), not too many illustrations and examples. | |
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Good, rather short survey of Si microelectronics technology, perfectly suited to the course. | |
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Recommended; will be in the library | |
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S. P. Murarka, M. P. Peckerar: Electronic Materials Science and Technology | |
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Exclusively semiconductor technology. | |
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OK for this part of the course, otherwise not usable. | |
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R. E. Hummel: Electronic Properties of Materials | |
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Rather involved, using quantum theory. | |
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Strong emphasize on optics, but not much about dielectric properties at low frequencies | |
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Generally very good and to be recommended for Materials Scientists who want to dig deeper. | |
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Several copies in the library | |
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G. F. Fasching: Werkstoffe für die Elektrotechnik | |
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Only available in german! | |
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"Classic" for Electrical Engineers. 3rd edition finally contains modern materials. Fully sufficient for the course. | |
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Several copies in the library | |
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W. v.Münch: Werkstoffe der Elektrotechnik | |
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Only available in German! | |
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Short, cheap and application oriented book; not always sufficient in theory, but good enough for most topics. | |
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Several copies in the library | |
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Ian P. Jones: Materials Science for Electrical and Electronic Engineers | |
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Rather new and rather elementary. But very good for catching up on background knowledge and very good reading. | |
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Many modern applications and examples are included | |
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Several copies in the library | |
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Donald R. Askeland: The Science and Engineering of Materials | |
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Covers far more than Electronic Materials (but with less depth) | |
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Undergraduate Level | |
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Clear and to the point | |