J. Sanz Et Al. , "Anatase nanoparticles boundaries resulting from titanium tetrachloride hydrolysis," CATALYSIS TODAY , vol.281, pp.198-204, 2017
Sanz, J. Et Al. 2017. Anatase nanoparticles boundaries resulting from titanium tetrachloride hydrolysis. CATALYSIS TODAY , vol.281 , 198-204.
Sanz, J., Sobrados, I., Soria, J., YURDAKAL, S., & Augugliaro, V., (2017). Anatase nanoparticles boundaries resulting from titanium tetrachloride hydrolysis. CATALYSIS TODAY , vol.281, 198-204.
Sanz, J. Et Al. "Anatase nanoparticles boundaries resulting from titanium tetrachloride hydrolysis," CATALYSIS TODAY , vol.281, 198-204, 2017
Sanz, J. Et Al. "Anatase nanoparticles boundaries resulting from titanium tetrachloride hydrolysis." CATALYSIS TODAY , vol.281, pp.198-204, 2017
Sanz, J. Et Al. (2017) . "Anatase nanoparticles boundaries resulting from titanium tetrachloride hydrolysis." CATALYSIS TODAY , vol.281, pp.198-204.
@article{article, author={J. Sanz Et Al. }, title={Anatase nanoparticles boundaries resulting from titanium tetrachloride hydrolysis}, journal={CATALYSIS TODAY}, year=2017, pages={198-204} }