Gd2O3-UO2 is widely used as burnable absorber in nuclear power plants in recent years.
UO 2可燃毒物燃料是近年来核电站采用较为普遍的可燃毒物之一。
The equipment and production technology of AUC process for producing ceramic UO2 are described.
叙述了用AUC流程制备陶瓷级UO 2粉末的原理、工艺、设备和生产技术。
A new uranium coordination compound has been synthesized with o-phenylenediamine and UO2 by hydrothermal method, and characterized by IR, UV and TGA.
以邻苯二胺、UO 2为原料，在水热条件下合成得到铀-邻苯二胺配合物，并采用红外光谱、紫外光谱、热失重分析等对配合物进行了表征。
So that, it is necessary to adopt very sinterable UO2 powder and suitable pelleting and sintering conditions to minimize open porosity and small porosity.
因此，必须采用烧结性良好的UO_2粉末和合适的成型烧结条件以使开口孔隙度和细孔隙度降至最低。
A new kind of sol - gel process for preparation of dense UO2 kernels used for HTGR (High Temperature Gas cooled Reactor) has been developed in our institute.
为了制备高温气冷反应堆用燃料芯核，致密uo_2微球，研究了一种新的溶胶-凝胶工艺。
It has been believed that these drying methods have no influence on structure and shape of ADU particle, and thereby no difference will be made to the properties of UO2 powder and pellet.
干燥方式并不对adu的颗粒结构和形态产生影响，由它们得到的UO_2粉末和芯块性能不存在因adu于燥方式不同而带来的差别。
It has been believed that these drying methods have no influence on structure and shape of ADU particle, and thereby no difference will be made to the properties of UO2 powder and pellet.
干燥方式并不对adu的颗粒结构和形态产生影响，由它们得到的UO_2粉末和芯块性能不存在因adu于燥方式不同而带来的差别。
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