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Coating of Surfactant Fibers with Polyelectrolyte multilayers

Coating of Surfactant Fibers with Polyelectrolyte multilayers. Data Blitz 07.07.09. Poly(allylamine). Poly(styrene sulfonate). Coating with Polyelectrolyte Multilayer. (PAH/PSS) 2 PAH = 5 layers. 0.2 mg/mL Polyelectrolyte (Phase). 0.8 mg/mL polyelectrolyte (Polar).

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Coating of Surfactant Fibers with Polyelectrolyte multilayers

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  1. Coating of Surfactant Fibers withPolyelectrolyte multilayers Data Blitz 07.07.09

  2. Poly(allylamine) Poly(styrene sulfonate)

  3. Coating with Polyelectrolyte Multilayer (PAH/PSS)2 PAH = 5 layers 0.2 mg/mL Polyelectrolyte (Phase) 0.8 mg/mL polyelectrolyte (Polar)

  4. PEM Crosslinked with Glutaraldehyde (PAH/PSS)2 PAH = 5 layers

  5. PEM stained with DTAF (PAH/PSS)3 PAH = 7 layers

  6. Fibrillar Microspheres Dowex Cationic Exchanger (Polystyrene Sulfonic Acid) 100 – 200 mesh size

  7. Fibrillar Particle with diI

  8. Hydrogel Mesh Micropattern Nylon Mesh Alginate Grid

  9. Hydrogel Mesh Micropattern Old Stamp Method New Glue Method

  10. Hydrogel Mesh Micropattern 64 um Nylon mesh. 1.2% alginate solution crosslinked with calcium.

  11. Diphenylalanine Fibers Reches, M. Nat Nanotech 2006, 1: 195-200. Jayawarna, V. et. al Adv Mater 2006, 18: 611-614.

  12. Diphenylalanine Fibers

  13. Diphenylalanine Fibers (cast from HFIP) Reches, M. Nat Nanotech 2006, 1: 195-200

  14. Diphenylalanine Fibers (cast from water) 4x polar 4x polar

  15. Diphenylalanine Fibers 4x phase 20x phase 20x polar

  16. Diphenylalanine Fibers 20x phase 20x polar

  17. Increasing Levels of branching

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