Title : Vitamin C/Stearic Acid Hybrid Monolayer Adsorption at Air-Water and Air-Solid Interfaces.

Pub. Date : 2018 Nov 30

PMID : 31458229






4 Functional Relationships(s)
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1 Although Vit C is situated at subsurface beneath SA molecules and interacts via hydrogen bonding between the hydroxyl groups of Vit C and SA, several Vit C molecules may infiltrate within SA two-dimensional matrix at the air-water interface. Water vitrin Homo sapiens
2 The increased mole fraction of Vit C (0.125-0.5) and the reduction of temperature (from 22 to 10 C) of the subphase water result in an increase in the amount of adsorbed Vit C at the air-water interface. Water vitrin Homo sapiens
3 The increased mole fraction of Vit C (0.125-0.5) and the reduction of temperature (from 22 to 10 C) of the subphase water result in an increase in the amount of adsorbed Vit C at the air-water interface. Water vitrin Homo sapiens
4 The increased mole fraction of Vit C (0.125-0.5) and the reduction of temperature (from 22 to 10 C) of the subphase water result in an increase in the amount of adsorbed Vit C at the air-water interface. Water vitrin Homo sapiens