A. Acir, "Improvement of the Neutronic Performance of the PACER Fusion Concept Using Thorium Molten Salt with Reactor Grade Plutonium," JOURNAL OF FUSION ENERGY , vol.32, no.1, pp.11-14, 2013
Acir, A. 2013. Improvement of the Neutronic Performance of the PACER Fusion Concept Using Thorium Molten Salt with Reactor Grade Plutonium. JOURNAL OF FUSION ENERGY , vol.32, no.1 , 11-14.
Acir, A., (2013). Improvement of the Neutronic Performance of the PACER Fusion Concept Using Thorium Molten Salt with Reactor Grade Plutonium. JOURNAL OF FUSION ENERGY , vol.32, no.1, 11-14.
Acir, Adem. "Improvement of the Neutronic Performance of the PACER Fusion Concept Using Thorium Molten Salt with Reactor Grade Plutonium," JOURNAL OF FUSION ENERGY , vol.32, no.1, 11-14, 2013
Acir, Adem. "Improvement of the Neutronic Performance of the PACER Fusion Concept Using Thorium Molten Salt with Reactor Grade Plutonium." JOURNAL OF FUSION ENERGY , vol.32, no.1, pp.11-14, 2013
Acir, A. (2013) . "Improvement of the Neutronic Performance of the PACER Fusion Concept Using Thorium Molten Salt with Reactor Grade Plutonium." JOURNAL OF FUSION ENERGY , vol.32, no.1, pp.11-14.
@article{article, author={Adem Acir}, title={Improvement of the Neutronic Performance of the PACER Fusion Concept Using Thorium Molten Salt with Reactor Grade Plutonium}, journal={JOURNAL OF FUSION ENERGY}, year=2013, pages={11-14} }