GÜNEŞ, S. And Guldur, C. 2018. Synthesis of large pore sized ordered mesoporous carbons using triconstituent self-assembly strategy under different acidic conditions and ratios of carbon precursor to structure directing agent. COLLOID AND POLYMER SCIENCE , vol.296, no.4 , 799-807.

GÜNEŞ, S., & Guldur, C., (2018). Synthesis of large pore sized ordered mesoporous carbons using triconstituent self-assembly strategy under different acidic conditions and ratios of carbon precursor to structure directing agent. COLLOID AND POLYMER SCIENCE , vol.296, no.4, 799-807.

GÜNEŞ, SİLVER, And FATMA ÇİĞDEM GÜLDÜR. "Synthesis of large pore sized ordered mesoporous carbons using triconstituent self-assembly strategy under different acidic conditions and ratios of carbon precursor to structure directing agent," COLLOID AND POLYMER SCIENCE , vol.296, no.4, 799-807, 2018

GÜNEŞ, SİLVER And Guldur, FATMA Ç. . "Synthesis of large pore sized ordered mesoporous carbons using triconstituent self-assembly strategy under different acidic conditions and ratios of carbon precursor to structure directing agent." COLLOID AND POLYMER SCIENCE , vol.296, no.4, pp.799-807, 2018

GÜNEŞ, S. And Guldur, C. (2018) . "Synthesis of large pore sized ordered mesoporous carbons using triconstituent self-assembly strategy under different acidic conditions and ratios of carbon precursor to structure directing agent." COLLOID AND POLYMER SCIENCE , vol.296, no.4, pp.799-807.

@article{article, author={SİLVER GÜNEŞ And author={FATMA ÇİĞDEM GÜLDÜR}, title={Synthesis of large pore sized ordered mesoporous carbons using triconstituent self-assembly strategy under different acidic conditions and ratios of carbon precursor to structure directing agent}, journal={COLLOID AND POLYMER SCIENCE}, year=2018, pages={799-807} }