Titlebook: Microtransducer CAD; Physical and Computa Arokia Nathan,Henry Baltes Book 1999 Springer-Verlag Wien 1999 Monte Carlo.Monte Carlo Simulation

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Mechanical Effects on Carrier Transport,e pioneering work of Bardeen and co-workers [1], on effects of pressure on the . junction, and subsequently, by Smith on stress modulation of resistivity [2], have led to what we presently term as the piezojunction and piezoresistance effects, respectively. Today, these effects are routinely exploit

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Mechanical and Fluidic Signals,ce, and velocity, is critical to the design and analysis of microsensors and microactuators in the mechanical domain. For example, in Chapt. 6, we saw how electrical transport is modified by piezoresistance. This, in addition to deflection-induced capacitance change, can be effectively utilized for

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Micro-Actuation,ic, thermal, mechanical, or chemical domains [1, 2]. Integrated silicon microactuators are realized using integrated circuit (IC) micro-fabrication techniques coupled with application-specific thin film deposition and micromachining technologies [3–11]. Central to current research is microactuation