Results

Project-related publications

    1. A. Nan*, I.-V. Ganea, S. Macavei, R. Turcu, Aminopropylimidazole as an advantageous coating in the synthesis of functionalized magnetite nanoparticles, Nanomaterials, 11, 3276, 2021.
    2. Anca Petran, Teodora Radu, Monica Dan and Alexandrina Nan*, Exploiting Enzyme in the Polymer Synthesis for a Remarkable Increase in Thermal Conductivity, International Journal of Molecular Science, Vol. 24, 7606, 2023.
    3. Alexandrina Nan*, Teodora Radu, Xenia Filip, Niculina Daniela Hădade, Fran Nekvapil, Maria Miclăuş, Irina Kacsó, Efficient chemical synthesis of new thermoplastic fluorinated aromatic polyester, Polymer, 283, 12626, 2023.
    4. Alexander Bunge, Teodora Radu, Gheorghe Borodi, Alexandrina Nan*, Green synthesis of gold, silver, copper and magnetite particles using poly(tartaric acid) simultaneously as coating and reductant, Polymers, polymers-2413310, 2023.
    5. George Ispas, Izabell Craciunescu, Claudia Lar, Teodora Radu and Alexandrina Nan*, Influence of magnetic nanoparticle on the thermal conductivity of crosslinked polytartaric acid, manuscript in work.

    Patent application

    1. Metodǎ de sintezǎ enzimaticǎ a poli(benzofuran-co-acid arilacetic), inventatori: Alexandrina Nan, Anca Petran, Teodora Radu, Cerere de brevet nr. A00765/09.12.2021.

    2. Metodǎ de sintezǎ enzimaticǎ a acidului politartaric, inventatori: Alexandrina Nan, Anca Petran, Teodora Radu, Cerere de brevet nr. A/00119/11.03.2022.

    3. Poliester fluorurat şi metoda de sintezǎ a acestuia, inventatori: Alexandrina Nan, Teodora Radu, Cerere de brevet nr. A/00349/20.06.2022.

    Conference participation and Seminars

    Conferences:

    1. Petran, X. Filip, P. Podea, A. Nan, The strength of enzymes in polymerization reactions of α-hydroxy acids, 13th International Conference Processes in Isotopes and Molecules, 22-24 September 2021, Cluj-Napoca, Romania.
    2. Nan, X. Filip, C. Tripon, D. Dădârlat, The influence of thermal conductivity of poly(benzofuran-co-arylacetic acid) by crosslinking reactions with diamines, 13th International Conference Processes in Isotopes and Molecules, 22-24 September 2021, Cluj-Napoca, Romania.
    3. Iolanda Veronica Ganea, Alexandrina Nan, Cǎlin Baciu, New Crosslinked Eco-Friendly Polymer for Environmental Applications, 2nd International Conference Strategies toward Green Deal Implementation Water, Raw Materials & Energy, on-line.
    4. Alexandrina Nan, Anca Petran, Alexander Bunge, Teodora Radu, Xenia Filip, „Tailoring the polytartaric acid structure for enhanced thermal conductivity”, oral presentation at 2nd Online International Conference on Functional Materials and Chemical Engineering”, 4-5 April, on-line Conference.
    5. Alexandrina Nan, Teodora Radu, Xenia Filip, Monica Dan, „An efficient, eco-friendly and sustainable one-pot synthesis of a new fluorinated aromatic polyester”, 14th International Conference on Physics of Advanced Materials (ICPAM-14), 8-16 September, 2022, Dubrovnik, Croatia.
    6. Anca Petran, Teodora Radu, Xenia Filip, Alexandrina Nan, „Enzymatic synthesis of new poly(hydroxy acids) with an ordered structure and high thermal conductivity”, 15thInternational Conference on Chemistry”, 23-24 September, 2023, virtual conference.
    7. George Ispas, Izabell Crǎciunescu, Iolanda Ganea, Claudia Lar, Teodora Radu and Alexandrina Nan*, 20th International Conference on Advanced Nanomaterials, 26-28 July 2023, Aveiro, Portugal.

    Seminar:

    1. „Neoteric polymers with tunable thermal conductivity”, Project presentation in the Seminar within the Institute, 27.05.2021

     

    Progress Reports

    Products and methods

    1. Metodǎ enzimaticǎ de sintezǎ a acidului politartaric.
    2. Metodǎ enzimaticǎ de sintezǎ a acidului poli(tartronic-co-glicolic).
    3. Poli(benzofuran-co-acid arilacetic) funcţionalizat cu fosfoetanolaminǎ
    4. Acid politartaric functionalizat cu borat de 2-aminoetoxidifenil
    5. Poli(benzofuran-co-acid arilacetic) reticulat cu 4,7,10-trioxa-1,13-tridecandiamină
    6. Acid politartaric functionalizat reticulat cu carbonat de calciu.
    7. Copolimer cu structură bloc de tipul poli(benzofuran-co-acid arilacetic)-b-polimalic cu conductivitate termică mare.
    8. Copolimer cu structură aleatorie de tipul poli(benzofuran-co-acid arilacetic)-ran-polimalic cu conductivitate termică ridicată.
    9. Copolimer cu structură bloc de tipul acid politartaric-b-acid polimalic cu conductivitate termică mai mare.
    10. Copolimer cu structură aleatorie de tipul acid politartaric-b-acid polilactic cu conductivitate termică crescutǎ.
    11. Copolimerului cu structură aleatorie de tipul acid poli(tartronic-co-glicolic)-ran-polimalic cu conductivitate termică înbunǎtǎţitǎ.
    12. Copolimerului cu structură aleatorie de tipul acid poli(tartronic-co-glicolic)-ran-polimalic cu conductivitate termică îmbogățită