AKKOYUN, S. And YILDIZ, N. 2012. Consistent empirical physical formula construction for recoil energy distribution in HPGe detectors by using artificial neural networks. RADIATION MEASUREMENTS , vol.47, no.8 , 571-576.

AKKOYUN, S., & YILDIZ, N., (2012). Consistent empirical physical formula construction for recoil energy distribution in HPGe detectors by using artificial neural networks. RADIATION MEASUREMENTS , vol.47, no.8, 571-576.

AKKOYUN, SERKAN, And NİHAT YILDIZ. "Consistent empirical physical formula construction for recoil energy distribution in HPGe detectors by using artificial neural networks," RADIATION MEASUREMENTS , vol.47, no.8, 571-576, 2012

AKKOYUN, SERKAN And YILDIZ, NİHAT. "Consistent empirical physical formula construction for recoil energy distribution in HPGe detectors by using artificial neural networks." RADIATION MEASUREMENTS , vol.47, no.8, pp.571-576, 2012

AKKOYUN, S. And YILDIZ, N. (2012) . "Consistent empirical physical formula construction for recoil energy distribution in HPGe detectors by using artificial neural networks." RADIATION MEASUREMENTS , vol.47, no.8, pp.571-576.

@article{article, author={SERKAN AKKOYUN And author={NİHAT YILDIZ}, title={Consistent empirical physical formula construction for recoil energy distribution in HPGe detectors by using artificial neural networks}, journal={RADIATION MEASUREMENTS}, year=2012, pages={571-576} }