Y. Li Et Al. , "Application of the fractal theory for evaluating effects of coal comminution by waterjet," International Journal of Coal Science and Technology , vol.1, no.4, pp.450-455, 2014
Li, Y. Et Al. 2014. Application of the fractal theory for evaluating effects of coal comminution by waterjet. International Journal of Coal Science and Technology , vol.1, no.4 , 450-455.
Li, Y., Galecki, G., Akar, G., ŞEN, S., & Zhang, Y., (2014). Application of the fractal theory for evaluating effects of coal comminution by waterjet. International Journal of Coal Science and Technology , vol.1, no.4, 450-455.
Li, Yaqing Et Al. "Application of the fractal theory for evaluating effects of coal comminution by waterjet," International Journal of Coal Science and Technology , vol.1, no.4, 450-455, 2014
Li, Yaqing Et Al. "Application of the fractal theory for evaluating effects of coal comminution by waterjet." International Journal of Coal Science and Technology , vol.1, no.4, pp.450-455, 2014
Li, Y. Et Al. (2014) . "Application of the fractal theory for evaluating effects of coal comminution by waterjet." International Journal of Coal Science and Technology , vol.1, no.4, pp.450-455.
@article{article, author={Yaqing Li Et Al. }, title={Application of the fractal theory for evaluating effects of coal comminution by waterjet}, journal={International Journal of Coal Science and Technology}, year=2014, pages={450-455} }