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OALib Journal期刊
ISSN: 2333-9721
费用：99美元
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Al熔体粘度的突变点及与熔体微观结构的关系
, PP. 1134-1138
Keywords: 粘度,分子动力学模拟,氢含量
Abstract:
通过测量Ａｌ熔体的粘度,研究了Ａｌ熔体粘度随温度的变化规律,发现在升温过程中熔体粘度值在７８０和９５０℃左右发生突变.在降温过程中,粘度的突变发生在９３０和７５０℃.Ａｌ熔体氢含量的测定表明,氢含量随温度变化曲线也在７８０℃发生突变.通过对液态Ａｌ的分子动力学模拟,发现Ａｌ的第一近邻配位原子的排布方式随温度的变化在７８０℃左右与９５０℃左右也存在突变.
| [1] | Iida T, Rodarick I L. The Properties of Liquid Metal. OxFord: Clavendon Press, 1993: 148
|
| [2] | Glasov B M. Aluminum, 1958; 7: 141
|
| [3] | Kolezov L A. Non-Ferrous Metall, 1966; 4: 111
|
| [4] | Flutliagel N H, Kolpagov A A. Metals, 1980; 4: 38
|
| [5] | Satito P, Matsukawa T. Met Coll Eng, 1937; 4: 9
|
| [6] | Iouns W R P, Bartlett W L. J Inst Met, 1952; 81. 145
|
| [7] | Lihl F, Schwaiger A. Z Metalled, 1967; 58: 777
|
| [8] | Nobohatsgi N A, Lageyanov B N. Liquid Met, 1982; C267:367
|
| [9] | Alsenchiyev P P. Iron, 1982, 5(c): 14
|
| [10] | YAO T P, Kondik V. J lust Met, 1952; 81: 71
|
| [11] | Xu S S. Advancement of X-Ray Diffractometry. Beijing:Science Press,1986: 101
|
| [12] | Bernal J D. Nature, 1960; 188: 68
|
| [13] | Bernal J D, Mason A J. Nature, 1960; 188: 910
|
| [14] | Schvidkovskii E G. Gostekhteorizdat. USSR, SciencePress, 1955: 123
|
| [15] | Ronsley C E, Talbot D E J. Z Metallkd, 1955; 46: 329
|
| [16] | Qin J Y. Ph D Thesis, Shandong University of Technology, 1997: 50(秦敬玉,山东工业大学博士学位论文,1997:50)
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