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| INFLUENCE OF THE INTERFACIAL STRUCTURE ON THE MELTING BEHAVIOR OF In AND Pb NANOPARTICLES EMBEDDED IN Al MATRICES |
| SHENG Hongwei; LU Ke; HU Zhuangqi(National Key Laboratory for RSA. Institule of Metal Research; Chinese Academy of Sciences)REN Gang; PENG Lianmao(Beijing Laboratory of Electron Microscopy. Chinese Academy of Sciences) |
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Cite this article:
SHENG Hongwei; LU Ke; HU Zhuangqi(National Key Laboratory for RSA. Institule of Metal Research; Chinese Academy of Sciences)REN Gang; PENG Lianmao(Beijing Laboratory of Electron Microscopy. Chinese Academy of Sciences). INFLUENCE OF THE INTERFACIAL STRUCTURE ON THE MELTING BEHAVIOR OF In AND Pb NANOPARTICLES EMBEDDED IN Al MATRICES. Chin J Mater Res, 1996, 10(1): 30-32.
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Abstract Melting behaviors of In and Pb nanoparticles embedded in Al matrices were studied by using DSC and in situ TEM observations. It was found that the epitaxially oriented (with the Al matrix) In and Pb nanoparticles could be superheated, while the randomly o
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Received: 25 February 1996
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| 1CahnRWNature,1986,323:6682SasakiK,SakaH．PhilMagA,1991,63;12073SakaH,NishikawaY,ImuraTPhilMagA,1988;57:8954ZhangDL,CantorB．ActaMetallMater,1991,39:15955AllenGL,GilEWW,JesserWA．ActaMetall,1980,28:16956CouchmanPR,JesserWANature,1977,269:481 |
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