L. Ozdemir Et Al. , "Burnup analysis, natural U requirement and nuclear resource utilization in a combined PWR-CANDU system: Complete coprocessing and DUPIC scenarios," PROGRESS IN NUCLEAR ENERGY , vol.91, pp.140-146, 2016
Ozdemir, L. Et Al. 2016. Burnup analysis, natural U requirement and nuclear resource utilization in a combined PWR-CANDU system: Complete coprocessing and DUPIC scenarios. PROGRESS IN NUCLEAR ENERGY , vol.91 , 140-146.
Ozdemir, L., Caglak, E., Tezbasaran, A., & Zabunoglu, O. H., (2016). Burnup analysis, natural U requirement and nuclear resource utilization in a combined PWR-CANDU system: Complete coprocessing and DUPIC scenarios. PROGRESS IN NUCLEAR ENERGY , vol.91, 140-146.
Ozdemir, Levent Et Al. "Burnup analysis, natural U requirement and nuclear resource utilization in a combined PWR-CANDU system: Complete coprocessing and DUPIC scenarios," PROGRESS IN NUCLEAR ENERGY , vol.91, 140-146, 2016
Ozdemir, Levent Et Al. "Burnup analysis, natural U requirement and nuclear resource utilization in a combined PWR-CANDU system: Complete coprocessing and DUPIC scenarios." PROGRESS IN NUCLEAR ENERGY , vol.91, pp.140-146, 2016
Ozdemir, L. Et Al. (2016) . "Burnup analysis, natural U requirement and nuclear resource utilization in a combined PWR-CANDU system: Complete coprocessing and DUPIC scenarios." PROGRESS IN NUCLEAR ENERGY , vol.91, pp.140-146.
@article{article, author={Levent Ozdemir Et Al. }, title={Burnup analysis, natural U requirement and nuclear resource utilization in a combined PWR-CANDU system: Complete coprocessing and DUPIC scenarios}, journal={PROGRESS IN NUCLEAR ENERGY}, year=2016, pages={140-146} }