Micropump

The world of nanomotors is an exciting field at the intersection of mechanical engineering, fluid dynamics, and microtechnology. In this comprehensive work, Micropump, you’ll uncover the fascinating mechanisms that drive miniaturized pumps and valves essential for advanced microfluidic systems. This book is not just a deep dive into micropumps but explores a wide range of technologies that fuel the modern microworld. Whether you are a professional, an undergraduate or graduate student, or an enthusiast in the field, this book is a vital resource to understand the current innovations in nanomotor technology.

Chapters Brief Overview:

1: Micropump: A fundamental introduction to micropumps and their role in microfluidic systems.

2: Open microfluidics: Exploring the principles of open systems in microfluidics, focusing on the importance of fluid manipulation.

3: Electroosmotic pump: Examining electroosmotic forces in micropumping and their applications in diverse fields.

4: MEMS: Delving into MicroElectroMechanical Systems (MEMS), highlighting their significance in developing tiny, efficient devices.

5: MEMS magnetic field sensor: A look at the design and application of magnetic sensors in MEMS technology.

6: Centrifugal microfluidic biochip: The integration of centrifugal forces in biochips, enhancing the speed and efficiency of microfluidic devices.

7: NamTrung Nguyen: A tribute to the pioneering work of NamTrung Nguyen in the microfluidics and MEMS field.

8: Ultrasonic transducer: Exploring how ultrasonic transducers enable precise fluid control and sensing in microdevices.

9: Washburn's equation: Understanding fluid dynamics in porous materials, crucial for designing micropumps and related technologies.

10: Microelectromechanical system oscillator: Insight into MEMS oscillators, their principles, and applications in micropumping systems.

11: Microscanner: The role of microscanners in miniaturized systems, enabling advanced manipulation of small volumes.

12: Ha Duong Ngo: Celebrating the contributions of Ha Duong Ngo in enhancing microfluidic technologies.

13: Thinfilm bulk acoustic resonator: A deep dive into acoustic wave technologies for precision in MEMS applications.

14: Tesla valve: An exploration of the Tesla valve’s unique design and its application in nonmechanical fluid control.

15: Offstoichiometry thiolene polymer: Investigating polymers used in fabricating nanomotors and other micromechanical systems.

16: Electroactive polymer: Understanding how electroactive polymers are utilized in actuating micropumps and valves.

17: Microvalve: Discussing the importance of microvalves in controlling fluid flow in microfluidic systems.

18: BioMEMS: Focus on BioMEMS, bridging the gap between biological and microengineering systems.

19: Microfluidics: A comprehensive overview of microfluidics and its groundbreaking applications in diverse industries.

20: Piezoelectric microelectromechanical systems: Studying the role of piezoelectricity in MEMS devices, particularly in actuators for micropumps.

21: Labonachip: A discussion of labonachip technologies, facilitating sophisticated diagnostics and research.

By delving into these chapters, Micropump covers essential topics that will deepen your understanding of the future of microengineering and its role in industries ranging from biotechnology to environmental science. Whether you’re looking to develop cuttingedge technology or simply gain insight into the rapidly advancing field, this book provides the knowledge you need.