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高通量中子发生器排放气体中氚去除研究 Ⅱ.回收率与干燥剂性能间的关系
引用本文:王齐祖,杨宏秀,马忠乾.高通量中子发生器排放气体中氚去除研究 Ⅱ.回收率与干燥剂性能间的关系[J].环境科学学报,1989,9(3):376-380.
作者姓名:王齐祖  杨宏秀  马忠乾
作者单位:兰州大学材料科学系,兰州大学材料科学系,兰州大学材料科学系
摘    要:净化含氚气体大多是采用氧化-吸收法。在一定的温度下,催化剂使氚气快速氧化成氚水,然后用干燥剂吸收。净化效率不仅取决于催化-氧化效率,而且取决于干燥剂吸收氚水的能力。 我们分别对A12,A10,A7,A13,A14,A9,A16,A17等干燥剂的性能进行了研究,比较了部分试剂的干燥能力、吸收容量、机械强度及不同温度下的解吸能力,为除氚

关 键 词:中子发生器    废气  干燥剂  回收率

REMOVING OF TRITIUM FROM THE EXHAUST GAS IN A HIGH FLUX NEUTRON GENERATOR 2. The Relation between Recovery Rate and Absorbent Properties
Wang Qizu,Yang Hongxiu and Ma Zhongqian.REMOVING OF TRITIUM FROM THE EXHAUST GAS IN A HIGH FLUX NEUTRON GENERATOR 2. The Relation between Recovery Rate and Absorbent Properties[J].Acta Scientiae Circumstantiae,1989,9(3):376-380.
Authors:Wang Qizu  Yang Hongxiu and Ma Zhongqian
Institution:Material Science Department, Lanchou University,Material Science Department, Lanchou University and Material Science Department, Lanchou University
Abstract:The relationship between the recovery rate of tritium from the exhaust gas in a high flux neutron generator and the properties of the absorbent used was studied.It was shown that the dryness of the absorbents was in the following order.A1>A2>A3>A4>A5>A6>A7>A8>A9>A(10)>A(11)>A(12)>A(13)>A(14)>A(15), and the orders of the mechanical intensity and the hydrating power appe-ared to be:A(13)>A7>A(14)>A(12)>A(10) and A(12)>A7>A(14)>A(13)>A(10).
Keywords:T2O3  absorbent
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