Degradation of UN and UN–U3Si2 pellets in steam environment
In this work, a systematic study of the degradation of UN pellets (density range 96%–99.9%
and grain size of 6–24 µm) and UN-10% U3Si2 (wt%) composite in a steam environment is …
and grain size of 6–24 µm) and UN-10% U3Si2 (wt%) composite in a steam environment is …
Degradation of UN and UN-U3Si2 pellets in steam environment
DA Lopes, S Uygur, K Johnson - Journal of Nuclear Science and …, 2017 - diva-portal.org
In this work, a systematic study of the degradation of UN pellets (density range 96%-99.9%
and grain size of 6-24 mu m) and UN-10% U3Si2 (wt%) composite in a steam environment …
and grain size of 6-24 mu m) and UN-10% U3Si2 (wt%) composite in a steam environment …
[引用][C] Degradation of UN and UN-U3Si2 pellets in steam environment
DA Lopes, S Uygur, K Johnson - Journal of Nuclear …, 2017 - ui.adsabs.harvard.edu
Degradation of UN and UN-U3Si2 pellets in steam environment - NASA/ADS Now on home
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Degradation of UN and UN-U_3Si_2 pellets in steam environment
DA Lopes, S Uygur, K Johnson - Journal of Nuclear Science and …, 2017 - inis.iaea.org
[en] In this work, a systematic study of the degradation of UN pellets (density range 96%-
99.9% and grain size of 6-24 μm) and UN-10% U_3Si_2 (wt%) composite in a steam …
99.9% and grain size of 6-24 μm) and UN-10% U_3Si_2 (wt%) composite in a steam …