The behavior of polymer blends can vary depending on several factors, including the specific polymers involved, their molecular weights, the solvent used, and the processing conditions. In some cases, immiscible polymer blends in solution form can exhibit improved miscibility in the solid state after the solvent is removed. This phenomenon is often referred to as solvent-induced miscibility or solvent-induced phase inversion.
Solvent-induced miscibility can occur due to various mechanisms, such as the formation of interdiffusion layers between the polymer chains, the plasticizing effect of the solvent, or the creation of new interaction sites between the polymers. It is important to note that the extent of miscibility achieved depends on the specific blend composition, solvent type, and processing conditions.
While there are numerous research studies investigating the effect of solvent-induced miscibility in polymer blends, it is recommended to refer to scientific literature for specific examples and detailed information.
These references provide insights into the principles and mechanisms behind solvent-induced miscibility in polymer blends and offer specific examples and experimental data. It is advisable to consult these sources for a more comprehensive understanding of the topic.
3. corrected: Extensional flow induced miscibility in a polymer blend | SpringerLink Extensional flow induced miscibility in a polymer blend, James D. Katsaros, Michael F. Malone & H. Henning Winter, Polymer Bulletin volume 16, pages83–88 (1986)
2. corrected: Increases in Miscibility of a Binary Polymer Blend Confined within a Nanoparticle Packing, Anastasia Neuman, Shannon Zhang, Daeyeon Lee, and Robert A. Riggleman*
1. corrected: Zafarullah Khan Marwat, Musa Kaleem Baloch, Solvent induced miscibility between polymers, and its influence on the morphology, and mechanical properties of their blends, European Polymer Journal,