Microfluidic Heat and Mass Transfer
This special issue will delve into the intricate realm of microfluidics, spotlighting the pivotal role of efficient control and manipulation of thermal and mass transport processes at the microscale. From pioneering research to groundbreaking applications, this special issue promises to encapsulate the forefront of microfluidic heat and mass transfer dynamics.
Microfluidic heat and mass transfer underpin a myriad of transformative applications across diverse domains, including:
- Chemical Synthesis: Empowering enhanced control over reaction conditions within microfluidic reactors, thereby elevating yields and selectivity.
- Thermal Management: Spearheading effective heat dissipation in electronics and microsystems through microfluidic cooling systems is crucial for optimal performance.
- Energy and Environmental Applications: Microfluidic fuel cells and microfluidic water purification systems showcase the potential of microfluidic technology to revolutionize traditional processes by offering enhanced efficiency, scalability, and integration into compact devices.
In tandem with recent advancements, this special issue seeks to chart the trajectory of future research goals. Theoretical and practical insights into microfluidic heat and mass transfer are pivotal for steering the development of avant-garde microfluidic devices and their multifaceted applications.
Topics covered include, but are not limited to:
- Experimental investigations elucidating microfluidic heat and mass transfer phenomena.
- Cutting-edge numerical simulations and modelling approaches.
- Innovative designs and optimizations of microfluidic devices tailored for specific applications.
- Breakthroughs in materials science enhancing thermal and mass transfer properties.
- Integration of microfluidic systems with complementary technologies for synergistic advancements.
Guest Editors
Sandip Sarkar, Jadavpur University
Sandip K. Saha, Indian Institute of Technology Bomba