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

Авторы

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

Журнал

Издательство

Springer Verlag

Номер выпуска

Язык

Английский

Страницы

6491-6508

Статус

Опубликовано

Том

Год

2020

Организации

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

Цитировать

Статья

Kartashkin V.A., Abashidze A.Kh.

International Journal on Minority and Group Rights. Том 10. 2003. С. 203-220

Статья

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

Идеи и новации. Том 8. 2020. С. 42-53

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