Transfer of Geometric Patterns to the Glass Substrate Using Photolithography
3:47
Clean and Bond
6:43
High Pressure Testing
8:16
Results: Analysis of scCO2 Microstructure
9:21
Conclusion
副本
This protocol is a multi-disciplinary collaborative effort between the University of Kansas and the University of Wyoming. We had a need for testing of our patented, polyelectrolyte complex nanoparticles using high pressure microfluidics. And it s
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This paper describes a protocol along with a comparative study of two microfluidic fabrication techniques, namely photolithography/wet-etching/thermal-bonding and Selective Laser-induced Etching (SLE), that are suitable for high-pressure conditions. These techniques constitute enabling platforms for direct observation of fluid flow in surrogate permeable media and fractured systems under reservoir conditions.