F. Temel And S. Kutluay, "Investigation of high-performance adsorption for benzene and toluene vapors by calix[4]arene based organosilica (CBOS)," NEW JOURNAL OF CHEMISTRY , vol.44, no.30, pp.12949-12961, 2020
Temel, F. And Kutluay, S. 2020. Investigation of high-performance adsorption for benzene and toluene vapors by calix[4]arene based organosilica (CBOS). NEW JOURNAL OF CHEMISTRY , vol.44, no.30 , 12949-12961.
Temel, F., & Kutluay, S., (2020). Investigation of high-performance adsorption for benzene and toluene vapors by calix[4]arene based organosilica (CBOS). NEW JOURNAL OF CHEMISTRY , vol.44, no.30, 12949-12961.
Temel, Farabi, And Sinan Kutluay. "Investigation of high-performance adsorption for benzene and toluene vapors by calix[4]arene based organosilica (CBOS)," NEW JOURNAL OF CHEMISTRY , vol.44, no.30, 12949-12961, 2020
Temel, Farabi And Kutluay, Sinan. "Investigation of high-performance adsorption for benzene and toluene vapors by calix[4]arene based organosilica (CBOS)." NEW JOURNAL OF CHEMISTRY , vol.44, no.30, pp.12949-12961, 2020
Temel, F. And Kutluay, S. (2020) . "Investigation of high-performance adsorption for benzene and toluene vapors by calix[4]arene based organosilica (CBOS)." NEW JOURNAL OF CHEMISTRY , vol.44, no.30, pp.12949-12961.
@article{article, author={Farabi Temel And author={Sinan Kutluay}, title={Investigation of high-performance adsorption for benzene and toluene vapors by calix[4]arene based organosilica (CBOS)}, journal={NEW JOURNAL OF CHEMISTRY}, year=2020, pages={12949-12961} }