Expanding the toolbox for microfluidic-based<i> in</i><i> situ</i> membrane characterization via microscopy

Authors

• Nulens, Ines;
• Caspers, Scout; 147981;
• Verbeke, Rhea; 104986;
• Kubarev, Alexey;
• McMillan, Alexander H.;
• Vankelecom, Ivo F.J.; 13539;

Publication Date

Nov 05, 2023

Source

Lirias

Keywords

• Science & Technology
• Technology
• Physical Sciences
• Engineering, Chemical
• Polymer Science
• Engineering
• Polyamide Thin Film Composite Membrane
• Interfacial Polymerization
• Polyamide Layer
• In Situ Characterization
• Microfluidics
• Synthesis-Structure-Performance Relationships
• Thin-Film-Composite
• Polyamide Active Layers
• Reverse-Osmosis
• Performance
• Kinetics
• Surface
• Morphology
• Heterogeneity
• Fabrication
• Cosolvent

License

Unknown

External links

• Full record on lirias.kuleuven.be
  
• Full record on lirias.kuleuven.be