In this study, bioactive, degradable, and highly permeable composite hollow fiber membranes (HFMs) were fabricated using a wet phase phase-inversion approach.
BSP with excellent biocompatibility was extracted from a traditional Chinese herb, B. striata, by using an immersion precipitation phase-inversion approach.
In our concept, the phase inversion polymer synthesis approach with a water-soluble solvent is used to form a low-porosity dense skin layer across clay-containing interburden layers.
Here, we review the different approaches on phase inversion and highlight some related applications, including future and emerging perspectives.
In this study, we introduce a surface-selective phase inversion polymer coating as a new approach to mitigate clay swelling in open-hole CSG wells.
In this work, a novel approach involving supercritical carbon dioxide (scCO2) induced phase inversion technique was developed to produce chitosan devices using moderate temperatures and three very environmentally acceptable solvents (water, ethanol and CO2).
Similar to non-ionic surfactant-stabilized emulsions prepared by a catastrophic emulsification process, the particle-stabilized emulsions containing ASA exhibit a diminished drop size when approaching the water mass fraction at which phase inversion occurs.
This paper introduces response surface methodology (RSM) as an efficient approach for modeling and optimization nanofiltration (NF) membrane preparation via phase inversion.
Similarly, low energy approach involves membrane emulsification, spontaneous emulsification, solvent displacement, emulsion inversion point, and phase inversion point [ 81].
In the present study, we are reporting a novel approach to develop a mosquito repellent cream formulation of citronella oil using phase inversion temperature technique and evaluating the cream by texture analyzer for firmness/hardness, spreadability, and extrudability.
Here we focus on the heterogeneous phase inversion in partially miscible blend of polyolefin elastomer (POE) and polypropylene (PP) using the classical density functional approach.
