Highly porous materials were produced by acrylamide polymerisation templated by supercritical CO2-in-water emulsions using new fluorinated glycosurfactants. Properties of the resulting polymer scaffolds were tuned by performing dispersion polymerisations within their cavities filled with supercritical CO2.
                                    使用新型
氟化糖表面活性剂,通过超临界
二氧化碳水乳液模板
丙烯酰胺聚合,制备出了高多孔材料。通过在充满超临界
二氧化碳的空腔内进行分散聚合,调整了所得聚合物支架的性能。