Preparation of a highly permeable ordered porous microfiltration membrane of brominated poly(phenylene oxide) on an ice substrate by the breath figure method

Morphology Control of Polysulfone Membranes in Filtration Processes: a Critical Review

“…Recent researches shed some light on how to resolve this problem. They suggest that this issue can be fixed by casting a very thin film of polymer solution, after which the membrane is transferred onto a porous substrate to form a thin selective layer for microfiltration [59,60]. The resulting selected layer was highly porous and the pore size was uniform throughout the membrane surface.…”

Preparation and characterization of nanocomposites with polyphenylene oxide

“…The sustained release of both molecules for about 3 days was also achieved in a simulated human body environment. (Cong et al, 2012b). The adhesive ability, biocompatibility, and mechanical strength of the enzyme immobilization matrix were highly improved (Fan et al, 2007).…”

“…For example, a highly permeable ordered porous microfiltration membrane of BPPO was prepared successfully on an ice substrate by Cong et al using the breath figure method (Figure 9.13) (Cong et al, 2012b). For example, a highly permeable ordered porous microfiltration membrane of BPPO was prepared successfully on an ice substrate by Cong et al using the breath figure method (Figure 9.13) (Cong et al, 2012b).…”

Highly ordered and robust honeycomb films with tunable pore sizes fabricated via UV crosslinking after applying improved phase separation

“…Microporous polymeric films with highly ordered structures are of significant interest in current research due to their potential applications in the fields of microtemplates [1e3], membranes [4,5], organic optoelectronics [6e8], advanced electronics [9,10], biosensors [11,12], and tissue engineering [13,14]. For practical applications that contend with harsh environments, the use of porous films requires them to have solvent resistance and thermal stability.…”