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在TETB-Ⅱ概念设计基础上,对中子学和热工水力设计两方面作了改进。计算给出,TETB-Ⅲ包层中液态金属锂冷却剂的磁流体动力学压降减小至1.0MPa以下,热工水力参数满足结构设计和材料对温度等的要求。
Based on the conceptual design of TETB-II, improvements have been made to both neutron science and thermal hydraulic design. The calculation shows that the hydrodynamic pressure drop of the liquid metal lithium coolant in the TETB-III cladding is reduced to less than 1.0 MPa, and the thermal hydraulic parameters meet the requirements of structural design and material temperature.