TAILIEUCHUNG - Ebook Fundamentals and applications of microfluidics (2nd edition): Part 2

(BQ) Part 2 book "Fundamentals and applications of microfluidics" has contents: Microfluidics for life sciences and chemistry - Microneedles; microfluidics for life sciences and chemistry - Micromixers; microfluidics for life sciences and chemistry - Microdispensers; microfluidics for life sciences and chemistry - Microfilters and microseparators; microfluidics for life sciences and chemistry - Microreactors. | Chapter 7 Microfluidics for Internal Flow Control: Micropumps The next active components of a microfluidic system are micropumps. With the growing importance of genomics, proteomics, and the discovery of new drugs, controlled transport of fluids in microscale becomes an important and crucial task. New transport effects, such as electrokinetic effects, interfacial effects, acoustic streaming, magnetohydrodynamic effects, and electrochemical effects, which previously were neglected in macroscopic applications, now gain in importance on the microscale. Overviews on micropumps were reported in several excellent review papers. Gravesen et al. gave a general overview on fluidic problems in the microscale [1]. Shoji and Esashi discussed microfluidics from the device point of view, and considered micropumps, microvalves, and flow sensors [2]. This chapter only deals with micropumps, and discusses their design considerations as well as the published design examples. In contrast to other MEMS devices, micropumps are one of the components with the largest variety of operating principles. The most important actuation principles are discussed in Chapter 6. Thus, in this chapter micropumps are categorized according to their pumping principles. Similar to other MEMS applications, the first approach in designing a micropump is the miniaturization of well-known mechanical principles from the macroscale. The next approaches were to apply new pumping effects, which are more effective on the microscale than the macroscale. Most of the micropumps developed with the latter approach are nonmechanical pumps. Therefore, micropumps are categorized in this chapter as either mechanical pumps or nonmechanical pumps. Mechanical pumps can be further categorized according to the principles by which mechanical energy is applied to the fluid. Under this system, mechanical pumps are divided into two major categories: displacement pumps and dynamic pumps [3]. In displacement pumps, energy is .

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• Microfluidics for life sciences
• Applications of microfluidics
• Microfilters and microseparators
• Microfluidics for life sciences
• Design considerations
• Ebook Steel design guide 3
• Design considerations for steel buildings
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• Optimum design of a CCHP system
• CCHP system based on Economical
• Energy and environmental considerations using GA and PSO
• Energy and environmental considerations
• Energy consumption in compression
• Biomechanical considerations in the design of an artificial hand
• The design of an artificial hand
• The real anatomy of a human finger
• The final effector of the anthropomorphic finger
• Multi objective location inventory model
• #PL providers with sustainable considerations under uncertainty
• Sustainable considerations under uncertainty
• Supply chain network design
• Multi objective optimization
• Statistical considerations
• Measurement and inference
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• Numerical methods
• Solid materials
• Power screws
• information technology
• international certification
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• wireless LANs
• In textbook of machine design
• Machine design
• Engineering materials
• Their properties
• Manufacturing considerations
• Pressure vessels
• Systems Analysis and Design
• Human Computer Interface
• Designing for Cognitive Styles of Individual Users
• Pivot Tables
• Visual Analysis of Databases
• Physical Considerations in HCI Design
• Creating a Logo
• Letterhead
• Business Card
• Product Label
• Protecting Your Logo
• Accounting information systems
• Lecture Accounting information systems
• Information systems
• Flowchart types
• Design steps
• BMC Musculoskeletal Disorders
• Total joint replacements
• Clinical trial design
• Postmenopausal women
• Marginal significant effect size
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• Biogeographic Hierarchical
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• Migration of Apterous
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• Typical Health
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• pressure vessel
• construction codes
• Design by analysis
• material considerations
• Protection against fracture
• cylindrical shells
• General Considerations
• Structural Design
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• Geotechnical Investigation
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• Soil Structure
• Designing a Research Study
• Data Collection
• Data Preparation
• Ethical Considerations in Research
• References
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