E. Kantar, "The effects of the composition, temperature and geometry on the hysteretic properties of the Ising-type barcode nanowire," EUROPEAN PHYSICAL JOURNAL B , vol.89, no.12, 2016
Kantar, E. 2016. The effects of the composition, temperature and geometry on the hysteretic properties of the Ising-type barcode nanowire. EUROPEAN PHYSICAL JOURNAL B , vol.89, no.12 .
Kantar, E., (2016). The effects of the composition, temperature and geometry on the hysteretic properties of the Ising-type barcode nanowire. EUROPEAN PHYSICAL JOURNAL B , vol.89, no.12.
Kantar, ERSİN. "The effects of the composition, temperature and geometry on the hysteretic properties of the Ising-type barcode nanowire," EUROPEAN PHYSICAL JOURNAL B , vol.89, no.12, 2016
Kantar, ERSİN. "The effects of the composition, temperature and geometry on the hysteretic properties of the Ising-type barcode nanowire." EUROPEAN PHYSICAL JOURNAL B , vol.89, no.12, 2016
Kantar, E. (2016) . "The effects of the composition, temperature and geometry on the hysteretic properties of the Ising-type barcode nanowire." EUROPEAN PHYSICAL JOURNAL B , vol.89, no.12.
@article{article, author={ERSİN KANTAR}, title={The effects of the composition, temperature and geometry on the hysteretic properties of the Ising-type barcode nanowire}, journal={EUROPEAN PHYSICAL JOURNAL B}, year=2016}