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Documents dont l'auteur est "Gancheva, Teodora"

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Nombre de documents: 17

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Gancheva, T., Li, Y., Pilon, D., Gauthier, M., Akbarzadeh, A., & Favis, B. D. (2022). Post-extrusion process for the robust preparation of highly uniform multiphase polymeric 3D printing filaments. Polymer Engineering and Science, 62(1), 66-74. Lien externe

Gazil, O., Gancheva, T., Bilodeau-Calame, M., Favis, B. D., & Virgilio, N. (2020). Controlling the distribution of nanoparticles in hydrogels via interfacial synthesis. Nanoscale Advances, 2(11), 5263-5270. Lien externe

Gancheva, T., & Virgilio, N. (mars 2019). Tailored macroporous hydrogel-nanoparticle monoliths for continuous flow catalysis [Présentation]. Dans Polytechnique/McGill Chemical Engineering Research Day, Montréal, Québec. Non disponible

Gancheva, T., & Virgilio, N. (2019). Tailored macroporous hydrogel-nanoparticle nanocomposites for monolithic flow-through catalytic reactors. Reaction Chemistry & Engineering, 4(5), 806-811. Lien externe

Gancheva, T., & Virgilio, N. (mai 2019). Tailored macroporous hydrogels embedded with catalytic nanoparticles as continuous flow-through microreactors [Affiche]. Frontiers in Polymer Science, Budapest, Hungary. Non disponible

Gancheva, T., Gazil, O., Drevelle, O., Liberelle, B., Sarazin, P., Faucheux, N., & Virgilio, N. (mai 2018). Caractérisation des NPs dans des matrices polymères et hydrogels [Présentation]. Dans 5e Atelier du GDRI Nanomatériaux Multifonctionnels Contrôlés, Port Argelès, France. Non disponible

Gancheva, T., & Virgilio, N. (2018). Tailored Macroporous Hydrogels with Nanoparticles Display Enhanced and Tunable Catalytic Activity. ACS Applied Materials and Interfaces, 10(25), 21073-21078. Lien externe

Gancheva, T., & Virgilio, N. (2016). Enhancing and tuning the response of environmentally sensitive hydrogels with embedded and interconnected pore networks. Macromolecules, 49(16), 5866-5876. Lien externe

Gancheva, T., & Virgilio, N. (octobre 2016). Porous environmentally sensitive hydrogels with tunable and enhanced response properties [Présentation]. Dans 66th Canadian Chemical Engineering Conference, Québec, Québec. Non disponible

Gazil, O., Gancheva, T., & Virgilio, N. (octobre 2016). Towards gold nanoparticles film growth on microstructured porous hydrogel surfaces [Présentation]. Dans 66th Canadian Chemical Engineering Conference, Québec, Québec. Non disponible

Gazil, O., Gancheva, T., & Virgilio, N. (octobre 2015). Cocontinuous hydrogel/organogel hybrid materials prepared with cocontinuous polymer blends [Présentation]. Dans 65th Canadian Chemical Engineering Conference, Calgary, Alberta. Non disponible

Gancheva, T., & Virgilio, N. (octobre 2014). A novel method to prepare stimuli-sensitive porous hydrogels using cocontinuous polymer blends [Présentation]. Dans 64th Canadian Chemical Engineering Conference, Niagara Falls, Canada. Non disponible

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Huang, Y., Gancheva, T., Favis, B. D., Abidli, A., Wang, J., & Park, C. B. (2021). Hydrophobic Porous Polypropylene with Hierarchical Structures for Ultrafast and Highly Selective Oil/Water Separation. ACS Applied Materials & Interfaces, 13(14), 16859-16868. Lien externe

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Kabbara, M., Gancheva, T., Gazil, O., & Virgilio, N. (2016). Preparation of Porous Organogels Using Water Soluble Polymer Templates. Macromolecular Chemistry and Physics, 217(18), 2081-2088. Lien externe

Kabbara, M., Gazil, O., Gancheva, T., & Virgilio, N. (octobre 2015). Tunable microporous organogels prepared with cocontinuous polymer blends [Présentation]. Dans 65th Canadian Chemical Engineering Conference, Calgary, Alberta. Non disponible

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Li, Y., Gancheva, T., Estakhrianhaghighi, E., Favis, B. D., & Akbarzadeh, A. (2023). Material extrusion of quaternary co-continuous biopolymers: A strategy for realizing lightweight cellular solids with high impact toughness. Additive Manufacturing, 77, 103805 (15 pages). Lien externe

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Sangroniz, L., Gancheva, T., Favis, B. D., Muller, A. J., & Santamaria, A. (2021). Rheology of complex biobased quaternary blends: Poly(lactic acid) poly(ethylene oxide) /poly(ether-b-amide)/poly(amide 11). Journal of Rheology, 65(3), 437-451. Lien externe

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