U. CAN And C. KAYNAK, "Performance of polylactide against UV irradiation: Synergism of an organic UV absorber with micron and nano-sized TiO2," JOURNAL OF COMPOSITE MATERIALS , vol.54, no.18, pp.2489-2504, 2020
CAN, U. And KAYNAK, C. 2020. Performance of polylactide against UV irradiation: Synergism of an organic UV absorber with micron and nano-sized TiO2. JOURNAL OF COMPOSITE MATERIALS , vol.54, no.18 , 2489-2504.
CAN, U., & KAYNAK, C., (2020). Performance of polylactide against UV irradiation: Synergism of an organic UV absorber with micron and nano-sized TiO2. JOURNAL OF COMPOSITE MATERIALS , vol.54, no.18, 2489-2504.
CAN, ULAŞ, And CEVDET KAYNAK. "Performance of polylactide against UV irradiation: Synergism of an organic UV absorber with micron and nano-sized TiO2," JOURNAL OF COMPOSITE MATERIALS , vol.54, no.18, 2489-2504, 2020
CAN, ULAŞ And KAYNAK, CEVDET. "Performance of polylactide against UV irradiation: Synergism of an organic UV absorber with micron and nano-sized TiO2." JOURNAL OF COMPOSITE MATERIALS , vol.54, no.18, pp.2489-2504, 2020
CAN, U. And KAYNAK, C. (2020) . "Performance of polylactide against UV irradiation: Synergism of an organic UV absorber with micron and nano-sized TiO2." JOURNAL OF COMPOSITE MATERIALS , vol.54, no.18, pp.2489-2504.
@article{article, author={ULAŞ CAN And author={CEVDET KAYNAK}, title={Performance of polylactide against UV irradiation: Synergism of an organic UV absorber with micron and nano-sized TiO2}, journal={JOURNAL OF COMPOSITE MATERIALS}, year=2020, pages={2489-2504} }