Titlebook: Radiation Effects on Electronic Systems; Henning Lind Olesen Book 1966 Henning Lind Olesen 1966 electrical engineering.electronics.enginee

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Henning Lind Olesenoncommutative geometry proper. Along this road, near the end, we arrive at the Hochschild-Kostant-Rosenberg-Connes theorem, which amounts to a homological construction of differential forms. This is one of the key results in this book, and in the whole of noncommutative geometry. Along the way, we p

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Henning Lind Olesenoncommutative geometry proper. Along this road, near the end, we arrive at the Hochschild-Kostant-Rosenberg-Connes theorem, which amounts to a homological construction of differential forms. This is one of the key results in this book, and in the whole of noncommutative geometry. Along the way, we p

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Henning Lind Olesenoncommutative geometry proper. Along this road, near the end, we arrive at the Hochschild-Kostant-Rosenberg-Connes theorem, which amounts to a homological construction of differential forms. This is one of the key results in this book, and in the whole of noncommutative geometry. Along the way, we p

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Electronic System Design Techniques, for operation in high temperatures (100 to 600°C) will also result in an electronic system which can withstand large integrated particle doses without degradation. The application of failure probability analysis, which is quite common for the more standard environments, has been generally neglected

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Radiation Shielding,Shielding is needed for protection of components and devices against many forms of radiation. There are two primary types of shielding, passive and active, each so named according to its manner of damping the motion of the fundamental particles. The theory of these shields is given in this chapter, and some of the available data are presented.

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978-1-4899-5707-8Henning Lind Olesen 1966