Title : Fast Modulation of Surface Amphiphobicity/Amphiphilicity via Bidirectional Substitution between Perfluorinated Surfactants and Polyanions throughout Pre-Assembled Polyelectrolyte Multilayers.

Pub. Date : 2019 Dec 31

PMID : 31799853






4 Functional Relationships(s)
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1 The surface wettability study reveals that the PFO-PDDA/PSS films are amphiphobic with water and oil contact angles (CAs) of 114 +- 2 and 64 +- 2 , respectively, while PSS-substituted PFO-(PDDA/PSS) films are amphiphilic with water and oil CAs of 6 +- 1 and 0 , respectively. Water PSS Homo sapiens
2 The surface wettability study reveals that the PFO-PDDA/PSS films are amphiphobic with water and oil contact angles (CAs) of 114 +- 2 and 64 +- 2 , respectively, while PSS-substituted PFO-(PDDA/PSS) films are amphiphilic with water and oil CAs of 6 +- 1 and 0 , respectively. Water PSS Homo sapiens
3 The surface wettability study reveals that the PFO-PDDA/PSS films are amphiphobic with water and oil contact angles (CAs) of 114 +- 2 and 64 +- 2 , respectively, while PSS-substituted PFO-(PDDA/PSS) films are amphiphilic with water and oil CAs of 6 +- 1 and 0 , respectively. Water PSS Homo sapiens
4 The surface wettability study reveals that the PFO-PDDA/PSS films are amphiphobic with water and oil contact angles (CAs) of 114 +- 2 and 64 +- 2 , respectively, while PSS-substituted PFO-(PDDA/PSS) films are amphiphilic with water and oil CAs of 6 +- 1 and 0 , respectively. Water PSS Homo sapiens