基于相形成判据和大数据系统的高熵合金设计（英文）
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摘要
简要介绍高熵合金的发展和其相形成判据。针对高熵合金的大数据体系提出一种新的合金设计形式,涉及并研究了一种新型的高熵合金。结果表明:A_xB_yC_((100-a-b-x-y))D_aE_b的涉及形式比起以往的伪二元系合金形式,如A_xBDE,更加符合大数据体系的要求。提出的设计方法能够直观快捷的从高熵合金大数据体系中筛选出预期的合金成分。本研究设计的高熵合金AlCoCrFeMo_(0.05)Ni_2与目标合金相符,且在700℃下有很好的应用前景。
The development and phase formation criteria of high entropy alloys(HEAs) were described briefly. A new alloy design form was proposed in view of the big data system of high entropy alloy, and a new high entropy alloy was designed and studied. The result shows that the design form, A_xB_yC_((100-a-b-x-y))D_aE_b, is more in line with the requirements of the big data system compared with the previous alloy forms such as A_xBCDE. The proposed design method can rapidly and visually screen out the expected alloy composition from the big data system of high entropy alloy. The designed high entropy alloy, AlCoCrFeMo_(0.05)Ni_2, agrees with the target alloy, and has a great application prospect below 700 oC.
The development and phase formation criteria of high entropy alloys(HEAs) were described briefly. A new alloy design form was proposed in view of the big data system of high entropy alloy, and a new high entropy alloy was designed and studied. The result shows that the design form, A_xB_yC_((100-a-b-x-y))D_aE_b, is more in line with the requirements of the big data system compared with the previous alloy forms such as A_xBCDE. The proposed design method can rapidly and visually screen out the expected alloy composition from the big data system of high entropy alloy. The designed high entropy alloy, AlCoCrFeMo_(0.05)Ni_2, agrees with the target alloy, and has a great application prospect below 700 oC.
引文
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25 Hsu Chin-You,Juan Chien-Chang,Wang Woei-Ren et al.Materials Science&Engineering A[J],2011,528(10-11):3581
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2 Huang K H,Yeh J W.A Study on Multicomponent Alloy Systems Containing Equal-mole Elements[D].Hsinchu:National Tsing Hua University,1996
3 Wei Y J,Chen S K,Lin S J et al.Advanced Engineering Materials[J],2004,6(5):299
4 Manzoni A,Daoud H,V?lkl R et al.Ultramicroscopy[J],2013,132(3):212
5 Pradeep K G,Tasan C C,Yao M J et al.Materials Science&Engineering A[J],2015,648:183
6 Zhang Yong,Chen Mingbiao,Yang Xiao et al.Advanced High Entropy Alloy Technology[M].Beijing:Chemical Industry Press,2017(in Chinese)
7 Zhang Yong.Amorphous and High Entropy Alloys[M].Beijing:Science Press,2010(in Chinese)
8 Tong Chungjin,Chen Minrui,Yeh Jienwei et al.Metallurgical&Materials Transactions A[J],2005,36(5):1263
9 Zhou Y J,Zhang Y,Wang Y L et al.Materials Science&Engineering A[J],2007,454-455(16):260
10 Zhang K B,Fu Z Y,Zhang J Y et al.Materials Science&Engineering A[J],2009,508(1-2):214
11 Liu L,Zhu J B,Zhang C et al.Materials Science&Engineering A[J],2012,548:64
12 Zhuang Yanxin,Liu Wenjie,Xing Pengfei et al.Acta Metall Sin[J],2012,25(2):124
13 Li Anmin,Ma Ding,Zheng Qifeng.Journal of Materials Engineering&Performance[J],2014,23(4):1197
14 Yu Yuan,Wang Jun,Li Jinshan et al.Materials Letters[J],2015,138:78
15 He Feng,WangZhijun,Shang Xuliang et al.Materials&Design[J],2016,104:259
16 Juliusz D?browa,Grzegorz Cie?lak,Miros?aw Stygar et al.Intermetallics[J],2017,84:52
17 Zhang Y,Zhou Y J,Lin J P et al.Advanced Engineering Materials[J],2010,10(6):534
18 Yang X,Zhang Y.Materials Chemistry&Physics[J],2012,132(2-3):233
19 Mann J B,Meek T L,Allen L C.Journal of the American Chemical Society[J],2000,122(12):2780
20 Ye Y F,Wang Q,Lu J et al.Materials Today[J],2016,19(6):349
21 Mansoori G A,Carnahan N F,Starling K E et al.Journal of Chemical Physics[J],1971,54(4):1523
22 Ye Y F,Wang Q,Lu J et al.Intermetallics[J],2015,59:75
23 Ye Y F,Wang Q,Lu J et al.Scripta Materialia[J],2015,104:53
24 Poletti M G,Battezzati L.Acta Materialia[J],2014,75(9):297
25 Hsu Chin-You,Juan Chien-Chang,Wang Woei-Ren et al.Materials Science&Engineering A[J],2011,528(10-11):3581
26 Lu Yiping,Gao Xuzhou,Li Jiang et al.Acta Materialia[J],2017,124:143
27 Lu Yiping,Gao Xuzhou,Li Jiang et al.Scientific Reports[J],2014,4:6200