Ş. Demirci And N. Şahiner, "The Use of Conductive Polymers Embedded Macro Porous Pei and Ionic Liquid Form of Pei Cryogels for Potential Conductometric Sensor Application to CO2," Journal of Composites Science , vol.4, no.1, pp.27, 2020
Demirci, Ş. And Şahiner, N. 2020. The Use of Conductive Polymers Embedded Macro Porous Pei and Ionic Liquid Form of Pei Cryogels for Potential Conductometric Sensor Application to CO2. Journal of Composites Science , vol.4, no.1 , 27.
Demirci, Ş., & Şahiner, N., (2020). The Use of Conductive Polymers Embedded Macro Porous Pei and Ionic Liquid Form of Pei Cryogels for Potential Conductometric Sensor Application to CO2. Journal of Composites Science , vol.4, no.1, 27.
Demirci, Şahin, And NURETTİN ŞAHİNER. "The Use of Conductive Polymers Embedded Macro Porous Pei and Ionic Liquid Form of Pei Cryogels for Potential Conductometric Sensor Application to CO2," Journal of Composites Science , vol.4, no.1, 27, 2020
Demirci, Şahin And Şahiner, NURETTİN. "The Use of Conductive Polymers Embedded Macro Porous Pei and Ionic Liquid Form of Pei Cryogels for Potential Conductometric Sensor Application to CO2." Journal of Composites Science , vol.4, no.1, pp.27, 2020
Demirci, Ş. And Şahiner, N. (2020) . "The Use of Conductive Polymers Embedded Macro Porous Pei and Ionic Liquid Form of Pei Cryogels for Potential Conductometric Sensor Application to CO2." Journal of Composites Science , vol.4, no.1, p.27.
@article{article, author={Şahin Demirci And author={NURETTİN ŞAHİNER}, title={The Use of Conductive Polymers Embedded Macro Porous Pei and Ionic Liquid Form of Pei Cryogels for Potential Conductometric Sensor Application to CO2}, journal={Journal of Composites Science}, year=2020, pages={27} }