Aktas, S. Et Al. 2014. Extrusion of poly(ether imide) foams using pressurized CO2: Effects of imposition of supercritical conditions and nanosilica modifiers. Polymer Engineering And Science , vol.54, no.9 , 2064-2074.

Aktas, S., Gevgilili, H., Küçük, İ., Sunol, A., & Kalyon, D. M., (2014). Extrusion of poly(ether imide) foams using pressurized CO2: Effects of imposition of supercritical conditions and nanosilica modifiers. Polymer Engineering And Science , vol.54, no.9, 2064-2074.

Aktas, Seda Et Al. "Extrusion of poly(ether imide) foams using pressurized CO2: Effects of imposition of supercritical conditions and nanosilica modifiers," Polymer Engineering And Science , vol.54, no.9, 2064-2074, 2014

Aktas, Seda Et Al. "Extrusion of poly(ether imide) foams using pressurized CO2: Effects of imposition of supercritical conditions and nanosilica modifiers." Polymer Engineering And Science , vol.54, no.9, pp.2064-2074, 2014

Aktas, S. Et Al. (2014) . "Extrusion of poly(ether imide) foams using pressurized CO2: Effects of imposition of supercritical conditions and nanosilica modifiers." Polymer Engineering And Science , vol.54, no.9, pp.2064-2074.

@article{article, author={Seda Aktas Et Al. }, title={Extrusion of poly(ether imide) foams using pressurized CO2: Effects of imposition of supercritical conditions and nanosilica modifiers}, journal={Polymer Engineering And Science}, year=2014, pages={2064-2074} }