声明
Chapter 1 Introduction
1.1 Microchemical engineering and technology
1.2 Manipulation of bubble formation in T-junctions
1.3 Parallelization of Microchannels
Chapter 2 Experimental section
2.1 Fluid selection
2.2 Experimental setup
2.3 Device geometry
Chapter 3 Results and discussions
3.1 Effect of the liquid flow rate on the bubble length
3.2 Effect of gas flow rate on bubble length
3.3 Effects of liquid viscosity on bubble length
3.4 Relationship between liquid viscosity and relative deviation of bubble length in both microchannels
3.5 Relationship between liquid/gas flow rates and relative deviation of bubble length in both microchannels
3.6 Comparison of device performance with relative deviation of bubble length in parallel microchannels
3.7 Scaling law for the bubble size
3.8 Bubble formation process in a viscous liquid in T-junction
3.9 Evalution of gaseous thread length and width with time
Chapter 4 Conclusions
参考文献
Appendix:Symbol Description
Published papers and participated scientific research
致谢
天津大学;
