- ホーム
- > 洋書
- > 英文書
- > Science / Mathematics
Full Description
This handbook covers the fundamentals on the design of micro process devices and their microfluidics, including their use for production or as laboratory tools, their fabrication technology and their characterisation, as well as their integration and functionalisation. Focusing on production cost improvements, safety, energy and reducing the environmental impact throughout each step of the process, the book discusses how this technology can aid in finding solutions for global challenges, such as energy generation and storage, synthesizing new materials with new properties and improved products, plus such economic aspects as the market, new products and supply chain management.
Contents
MICRO PROCESS TECHNOLOGY AND ITS SUPERORDINATE PROCESSING EMBEDMENT Market and Environmental Constraints Factory-of-the-Future Concepts Sustainability and Life-Cycle Analysis Green Chemistry Green Engineering Process Intensification Flow Chemistry Microreactors and Micro Process Technology REACTION ENGINEERING POTENTIAL TRANSPORT INTENSIFICATION REACTION ENGINEERING POTENTIAL CHEMICAL INTENSIFICATION ('NOVEL PROCESS WINDOWS') Chemical Applicableness Chemical Intensification through Harsh Conditions 'Novel Process Windows' Chemical Intensification through High-Reactive Intermediates - 'Flash Chemistry' PROCESS-DESIGN INTENSIFICATION ('NOVEL PROCESS WINDOWS') MICROMIXERS Mixing Principles Active and Passive Micromixers Diffusion-based Micromixers Convection-based Micromixers Chaotic Advection Micromixers Turbulent Micromixers Design and Making of Micromixers Mixing Characterization, including Analytical Techniques used Applications of Micromixer Technologies MICRO HEAT EXCHANGERS Heat Exchange Fundamentals Classification of Micro Heat Exchanger Heat Transfer Characterization and Enhancement Fouling of Micro Heat Exchangers Scale-Out of Micro Heat Exchangers MICROEVAPORATORS FLOW SEPARATIONS State-of-the-Art in Flow Separation Micro Extractors Micro Distillators/ Rectificators Micro Chromatography Devices Micro Membrane Devices Integrated Reaction-Separation Devices CONCLUSIONS AND OUTLOOK REFERENCES
