PİŞKİN, S. Et Al. 2013. Effects of Mole Ratio to Chlorine Added Magnesium Borate Synthesis at 1000 C Using the Raw Materials of Magnesium Chloride. Journal of International Scientific Publications: Materials, Methods & Technologies , vol.7 , 362-372.

PİŞKİN, S., GÜREL, E. Ş., ŞENBERBER, F. T., KIPÇAK, A. S., DERUN, E., & TUĞRUL, N., (2013). Effects of Mole Ratio to Chlorine Added Magnesium Borate Synthesis at 1000 C Using the Raw Materials of Magnesium Chloride. Journal of International Scientific Publications: Materials, Methods & Technologies , vol.7, 362-372.

PİŞKİN, SABRİYE Et Al. "Effects of Mole Ratio to Chlorine Added Magnesium Borate Synthesis at 1000 C Using the Raw Materials of Magnesium Chloride," Journal of International Scientific Publications: Materials, Methods & Technologies , vol.7, 362-372, 2013

PİŞKİN, SABRİYE Et Al. "Effects of Mole Ratio to Chlorine Added Magnesium Borate Synthesis at 1000 C Using the Raw Materials of Magnesium Chloride." Journal of International Scientific Publications: Materials, Methods & Technologies , vol.7, pp.362-372, 2013

PİŞKİN, S. Et Al. (2013) . "Effects of Mole Ratio to Chlorine Added Magnesium Borate Synthesis at 1000 C Using the Raw Materials of Magnesium Chloride." Journal of International Scientific Publications: Materials, Methods & Technologies , vol.7, pp.362-372.

@article{article, author={SABRİYE PİŞKİN Et Al. }, title={Effects of Mole Ratio to Chlorine Added Magnesium Borate Synthesis at 1000 C Using the Raw Materials of Magnesium Chloride}, journal={Journal of International Scientific Publications: Materials, Methods & Technologies}, year=2013, pages={362-372} }