M. Ö. Bora Et Al. , "The use of volcanic particles in HDPE offers alternative filling material against CaCO3. Part II—scratch properties," Polymer Composites , vol.40, pp.2564-2572, 2019
Bora, M. Ö. Et Al. 2019. The use of volcanic particles in HDPE offers alternative filling material against CaCO3. Part II—scratch properties. Polymer Composites , vol.40 , 2564-2572.
Bora, M. Ö., Çoban, O., Kutluk, T., & Akagündüz, E., (2019). The use of volcanic particles in HDPE offers alternative filling material against CaCO3. Part II—scratch properties. Polymer Composites , vol.40, 2564-2572.
Bora, MUSTAFA Et Al. "The use of volcanic particles in HDPE offers alternative filling material against CaCO3. Part II—scratch properties," Polymer Composites , vol.40, 2564-2572, 2019
Bora, MUSTAFA Ö. Et Al. "The use of volcanic particles in HDPE offers alternative filling material against CaCO3. Part II—scratch properties." Polymer Composites , vol.40, pp.2564-2572, 2019
Bora, M. Ö. Et Al. (2019) . "The use of volcanic particles in HDPE offers alternative filling material against CaCO3. Part II—scratch properties." Polymer Composites , vol.40, pp.2564-2572.
@article{article, author={MUSTAFA ÖZGÜR BORA Et Al. }, title={The use of volcanic particles in HDPE offers alternative filling material against CaCO3. Part II—scratch properties}, journal={Polymer Composites}, year=2019, pages={2564-2572} }