| The effect of Si additions on the high temperature oxidation of a ternary Ni-10Cr-4Al alloy in 1 atm O(2) at 1100 degrees C |
| S. Wang; Y. Wu; C. S. Ni; Y. Niu
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| 2009
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发表期刊 | Corrosion Science
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ISSN | 0010-938X
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卷号 | 51期号:3页码:511-517 |
摘要 | The oxidation of four Ni-10Cr-ySi-4Al alloys was studied at 1100 degrees C to examine the effects of Si additions (from 2 to 6 at.%) on the behavior of the alloy Ni-10Cr-4Al. Addition of 2 at.% Si prevented completely nickel oxidation, but could not form alumina scales. Larger Si additions produced alumina only over part of the alloy surface (about 20% with 4 at.% Si and 30% with 6 at.% Si), but could not prevent completely the internal oxidation of Al. The results are interpreted by extending to quaternary alloys the mechanism of the third-element effect already proposed for ternary alloys. (C) 2008 Elsevier Ltd. All rights reserved. |
部门归属 | [wang, s.; wu, y.; ni, c. s.; niu, y.] inst met sci & technol, state key lab corros & protec, shenyang 110016, peoples r china. [wu, y.] shenyang fire res inst, minist publ secur, key lab fine scene invest & mat evidence determin, shenyang, peoples r china.;niu, y (reprint author), inst met sci & technol, state key lab corros & protec, wencui rd 62, shenyang 110016, peoples r china;yniu@imr.ac.cn
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关键词 | Alloy
Nickel
Oxidation
Most-reactive Components
Internal Oxidation
External Oxidation
Oxidant Pressures
Transition
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URL | 查看原文
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文献类型 | 期刊论文
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条目标识符 | http://ir.imr.ac.cn/handle/321006/32374
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专题 | 中国科学院金属研究所
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推荐引用方式 GB/T 7714 |
S. Wang,Y. Wu,C. S. Ni,et al. The effect of Si additions on the high temperature oxidation of a ternary Ni-10Cr-4Al alloy in 1 atm O(2) at 1100 degrees C[J]. Corrosion Science,2009,51(3):511-517.
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APA |
S. Wang,Y. Wu,C. S. Ni,&Y. Niu.(2009).The effect of Si additions on the high temperature oxidation of a ternary Ni-10Cr-4Al alloy in 1 atm O(2) at 1100 degrees C.Corrosion Science,51(3),511-517.
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MLA |
S. Wang,et al."The effect of Si additions on the high temperature oxidation of a ternary Ni-10Cr-4Al alloy in 1 atm O(2) at 1100 degrees C".Corrosion Science 51.3(2009):511-517.
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