Determination of Optical Parameters of Polymer Blend/Nanoceramics for Electronics Applications
Ahmed Hashim, Alaa J. Kadham, Aseel Hadi, Majeed Ali Habeeb, Shweta Ranghar, Parul Sirohi, Pritam Verma, Vishnu Agarwal, Sant Lal Jangra, K Stalin, Neeraj Dilbaghi, Sandeep Kumar, Jai Tawale, P Surinder, Renu Singh, Pasricha, James Flvio, Leonardo Tommasini, Da Cunha, Lucas Ferreira, Pimenta Galhardo, Vncius Tienne, De Oliveira, Marcelo Aguiar, Henrique Prado Da Silva, Luiz Felipe Da Mota Rocha, Maria De, Ftima Vieira, Marques, Debashish Nayak, Ram Bilash, Choudhary, Mohammed Haider, Muhammad Shanshool, Wan Yahaya, Mahmood Mat, Ibtisam Yunus, Abdullah Yahya, Mohammed Gad, Ahmad Al-Thobity, Suliman Shahin, T Badar, Aiman Alsaqer, Ali, Ali Majeed, Ahmed Habbeb, Hashim, K Abdul-Raheem, Abidali, Hayder Abduljalil, Ahmed Hashim, Alaa Jewad, Ahmed Hashim, Aseel Hadi, Ahmed Hashim, Qassim Hadi, A Hadi, F Rashid, H Hussein, A Hashim, A Hashim, A Hadi, Ahmed Hashim, Ali Majeed, Aseel Habeeb, Qayssar Hadi, Waled Jebur, Hadi, L Farhan, Shahid Rashid, Aseel Talib, Ahmed Hadi, Hashim, Hind Ahmed, Ahmed Hashim, Hayder Abduljalil, Hashim Ahmed, Alaa Kadham, Hadi Aseel, Majeed Ali, Habeeb, Ahmed Hashim, Zinah Sattar, Hamad, D Hassan, A Hashim Ah-Yasari, Aseel Hadi, Ahmed Hashim, Dalal Hassan, Abbas Sahi Shareef, Lafta Farhan, Aseel Rashid, Ahmed Hadi, Hashim, Hind Ahmed, Ahmed Hashim, Ahmed Hashim, Majeed Ali Habeeb, Aseel Hadi, Ahmed Farhan Lafta Rashid
Abstract
Preparations of PVA/PEG/zirconium oxide films for biomedical application as antibacterial are investigated for electronics applications. Structural and optical characterizations of PVA/PEG/ZrO 2 nanocomposites are examined. The results indicate that the absorbance and optical parameters of polymer blend are raised, while transmittance and energy-band gap are reduced as ZrO 2 content increases. The results of structural and optical properties show that the PVA/PEG/ZrO 2 nanocomposites may be used for various electronics fields.