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Porogen - an overview | ScienceDirect Topics Porogen plays an important role within MIP synthesis process Porogen is responsible not only for dissolving properly all the agents during polymerization but also for the development of porous structure of the MIP
porogen - Wiktionary, the free dictionary porogen (plural porogens) Any of a mass of particles, of a specified shape and size, used to make pores in moulded structures used for tissue engineering (they are dissolved away after the structure has set)
Porogens and porogen selection in the preparation of porous . . . This review also includes the use of different types of porogens with the focus on various approaches used to set criteria for their systematic selection, including porogen-free techniques recently used for synthesis of porous monoliths
Emerging Trends in Porogens toward Material Fabrication . . . The selection of an appropriate porogen is considered an essential criterion in the preparation of membranes Porogens, at the same time as other factors such as polymerization temperature, time, type and crosslinking ratio, also affect the resultant membrane morphology, surface area, pore volume, permeability and mechanical stability
Porogen Natural Gas Technology - U. S. Environmental . . . PoroGen’s Membrane Technology Differentiation • PoroGen has developed and commercialized novel membrane technology based on best in class, chemically resistant engineering plastic PEEK PoroGen’s patented technology enables PEEK membrane preparation by conventional melt extrusion • PoroGen is the only worldwide manufacturer of PEEK membranes
Hierarchical Porosity in Emulsion-Templated, Porogen . . . This work describes generating hierarchically porous polymers and carbons derived therefrom by combining emulsion-templated macroporous polymers bearing novel macromolecular structures with simultaneous Friedel–Crafts hyper-cross-linking and porogen removal
Porogen Templating Processes: An Overview | J. Manuf. Sci . . . This article attempts to offer a constructive overview on the state of the art of porogen patterning and inverse molding, with the goal of explaining the working mechanisms and providing unbiased accounts of the pros and cons of existing techniques and process variants