Abstract
For assessing the performance of monoclinic Gd4Al2O9 ceramic as burnable poison absorber in the pressurized water reactor, the basic properties of the high-density Gd4Al2O9 ceramics prepared by solid state reaction are studied herein, including the thermos-physical and water corrosion properties. Furthermore, the water-corrosion mechanism of Gd4Al2O9 ceramics is also disclosed associated with the composition and morphology evolution.
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