Effect of Fe<sup>3+</sup>–MMT nanocomposite content on thermal, mechanical and water resistance behavior of PVP/amylose films

Authors

Abdollahi R. ¹ , Orang N.S. ² , Afkhami F.A. ³ , Khandar A.A. ³ , Mahmoudi G. ⁴ , Hayati P. ⁵ , Zubkov F.I. ⁶

Journal

Publisher

Springer Verlag

Issue number

Language

English

Pages

6491-6508

State

Published

Volume

Year

2020

Organizations

¹ Department of Physical Chemistry|Faculty of Chemistry|University of Tabriz
² Department of Chemical Engineering|Technical Engineering Faculty|Islamic Azad University
³ Department of Inorganic Chemistry|Faculty of Chemistry|University of Tabriz
⁴ Department of Chemistry|Faculty of Science|University of Maragheh
⁵ Persian Gulf Science and Technology Park|Nano Gostaran Navabegh Fardaye Dashtestan Company
⁶ Organic Chemistry Department|RUDN University

Cite

Article

Ostheim P., Majewski M., Port M., Abend M., Tichý A., Kultova G., Sirak I., Davidkova M., Stastna M.M., Paunesku T., Woloschak G.

Scientific Reports. Vol. 10. 2020. 11147 p..

Article

Иванов В.А., Купреев С.А., Либерзон М.Р., Разумный Ю.Н.

Идеи и новации. Vol. 8. 2020. P.. 42-53

Effect of Fe³⁺–MMT nanocomposite content on thermal, mechanical and water resistance behavior of PVP/amylose films