Sentence examples for membrane surface morphology from inspiring English sources
Effect of hydrophilic groups on the membrane surface morphology, chemical composition, membrane characteristics and surface charge property was studied.
Membrane surface morphology also has a considerable effect on flux, fouling as pore size, pore geometry, and pore size distribution particularly at the surface of the membrane [17].
The model gives an adequate description of membrane surface morphology and provides guidance for the synthesis of zeolite membranes with engineered microstructure.
Microstructural parameters including crystal size (d) and shape (M), apparent surface porosity (Ra) and average grain boundary (G) are used to quantify the membrane surface morphology.
Investigation of their membrane surface morphology using atomic force microscopy (AFM) revealed that it could be due to the different surface roughness of the two membranes.
The correlation between membrane surface morphology and fuel cell performance was investigated using a series of hydrophilic hydrophobic multiblock copolymers based on poly arylene ether sulfone) with different block lengths.
Compared to unprocessed membranes, fluorinated membranes showed surface morphology changes such as enhanced porosity and rigidity.
This is due to the fact that principal factors such as retention of smaller particulates, proof of cake filtration, membrane pore size, surface morphology, and material must be considered in such investigations (Amosa 2015a; Boerlage et al. 2002).
In bacteria, polycationic chitosan can interact with the negatively charged membrane and alter bacterial surface morphology, which either increases membrane permeability, causing leakage of intracellular substances, or decreases membrane functions, preventing nutrient transport [ 8].
To achieve this goal, a novel approach to quantify the interfacial forces between a randomly rough particle and membranes with special surface morphology, was developed.
Kamada et al. developed polyamide RO membranes with controlled surface morphology by interfacial polymerization of water-soaked MPD with TMC in an organic nonpolar hexane medium on polysulfone ultrafiltration supports [26].
