Microelectrofluidic Systems

Explore the intricate world of Microelectrofluidic Systems with this insightful book by Tianhao Zhang, published in 2002. Spanning 284 pages, this comprehensive guide presents a detailed design strategy for Microelectrofluidic Systems (MEFS). Zhang meticulously defines the fundamental variables and elements necessary to understand MEFS behavior, providing readers with a clear framework for modeling across three distinct layers of abstraction: the low-level component layer, the high-level reconfigurable architecture, and the bio/chemical application layers. Ideal for professionals and students in fields such as biomedical engineering, automation, and microelectronics, this hardback edition is an essential resource for anyone looking to deepen their understanding of these advanced systems. Dive into the synergy of engineering and science with this authoritative text that bridges theory and practical application.