B4C/6061Al复合材料中子吸收板在高温和装卸料模拟工况下的老化行为

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	B4C/6061Al复合材料中子吸收板在高温和装卸料模拟工况下的老化行为
其他题名	Aging Behavior of B4C/6061Al Composite Neutron Absorber Plate under High Temperature and Simulated Loading and Unloading Conditions
	郑越 1; 袁炜 1; 卢可可 1; 崔岚 1; 吴明 1; 王全兆 2
	2019
发表期刊	机械工程材料
ISSN	1000-3738
卷号	43.0 期号:012 页码:46-51
摘要	对B4C质量分数分别为26%和31%的B4C/6061铝合金(6061Al)复合材料中子吸收板在高温(400℃)和装卸料模拟工况(硼酸水浸泡→去离子水清洗→高温干式运输过程)下进行老化试验,通过拉伸性能、尺寸、质量、密度等变化分析了其老化行为。结果表明:2种复合材料中子吸收板在高温老化过程中的性能稳定,尺寸、质量、密度、B4C含量及10B面密度均无明显变化,高温老化后375℃及室温拉伸性能随老化时间的延长未发生明显变化;模拟工况试验后矩形试样表面无明显的局部腐蚀现象,包覆试样表面局部腐蚀形成氧化膜,试验前后试样的厚度、质量、密度和10B面密度无明显变化。
其他摘要	Aging tests under high temperature(400 ℃)and simulated loading and unloading(boric acid water soaking→deionized water cleaning→high temperature dry transportation process)conditions were conducted on B4C/6061 Al composite neutron absorber plates with B4C mass fractions of 26% and 31%,respectively.The aging behavior was analyzed by the change of tensile properties,size,mass,density,and so on.The results show that the performance of the two composite neutron absorber plates was stable during high temperature aging.The size,mass,density,B4C content and 10 B areal density had no significant changes during high temperature aging;after high temperature aging,the tensile properties at 375℃and room temperature did not change significantly with the aging time.After the simulated working test,no obvious local corrosion was observed on the surface of the rectangular sample;the surface of the encapsulated sample was locally corroded and oxide films were formed.The thickness,mass,density,and 10B areal density of the samples changed little before and after the test.
关键词	B4C/6061铝合金复合材料中子吸收板高温环境模拟工况老化行为
收录类别	CSCD
语种	中文
CSCD记录号	CSCD:6641453
引用统计
文献类型	期刊论文
条目标识符	http://ir.imr.ac.cn/handle/321006/150199
专题	中国科学院金属研究所
作者单位	1.中国核电工程有限公司 2.中国科学院金属研究所
推荐引用方式 GB/T 7714	郑越,袁炜,卢可可,等. B4C/6061Al复合材料中子吸收板在高温和装卸料模拟工况下的老化行为[J]. 机械工程材料,2019,43.0(012):46-51.
APA	郑越,袁炜,卢可可,崔岚,吴明,&王全兆.(2019).B4C/6061Al复合材料中子吸收板在高温和装卸料模拟工况下的老化行为.机械工程材料,43.0(012),46-51.
MLA	郑越,et al."B4C/6061Al复合材料中子吸收板在高温和装卸料模拟工况下的老化行为".机械工程材料 43.0.012(2019):46-51.