S. S. AGAEV Et Al. , "Treating Z(c)(3900) and Z(4430) as the ground state and first radially excited tetraquarks," PHYSICAL REVIEW D , vol.96, no.3, 2017
AGAEV, S. S. Et Al. 2017. Treating Z(c)(3900) and Z(4430) as the ground state and first radially excited tetraquarks. PHYSICAL REVIEW D , vol.96, no.3 .
AGAEV, S. S., Azizi, K., & Sundu, H., (2017). Treating Z(c)(3900) and Z(4430) as the ground state and first radially excited tetraquarks. PHYSICAL REVIEW D , vol.96, no.3.
AGAEV, S., K. Azizi, And HAYRİYE SUNDU PAMUK. "Treating Z(c)(3900) and Z(4430) as the ground state and first radially excited tetraquarks," PHYSICAL REVIEW D , vol.96, no.3, 2017
AGAEV, S. S. Et Al. "Treating Z(c)(3900) and Z(4430) as the ground state and first radially excited tetraquarks." PHYSICAL REVIEW D , vol.96, no.3, 2017
AGAEV, S. S. Azizi, K. And Sundu, H. (2017) . "Treating Z(c)(3900) and Z(4430) as the ground state and first radially excited tetraquarks." PHYSICAL REVIEW D , vol.96, no.3.
@article{article, author={S. S. AGAEV Et Al. }, title={Treating Z(c)(3900) and Z(4430) as the ground state and first radially excited tetraquarks}, journal={PHYSICAL REVIEW D}, year=2017}