1Favier J J. Metals and Composites. In: Fauerbacher B, Hamacher H, Naumann R J, eds. Materials Sciences in Space. Berlin: Springer-Verlag, 1986. 317～342
2Wang N, Cao C D, Wei B B. Ternary eutectic growth in microgravity environment. Chinese Phys Lett, 1999, 16: 220～222
3Sprenger H J, Potsche J, Potard C, et al. Composites. In: Walter H U, ed. Fluid Sciences and Materials Science in Space. Berlin: Springer-Verlag, 1987. 567～598
4Favier J J, Morlevat J P, Duvernoy J. Method of analysis of the regularity of lamellar eutectic structures by diffraction of a laser beam. Met Trans B, 1983, 14: 105～108
5Müller G, Kyr P. Directional solidification of the InSb-NiSb eutectic. Proc of the 5th Europ Symp Mat Sci Microgravity. Schloss Elmau, Nov. 1984, ESA-SP 222, 1984, 141～146
6Yue A S. Skylab experiment M564 "Metal and Halide Eutectics". 3rd Space Processing Symposium Skylab Results. Vol. 1, April 30-May 1, 1974, NASA Marshall Space Flight Center, Alabama, NASA Report M-74-5. 1974, 469～474
7Yue A S, Yeh C W, Yue B K. Zero-Gravity Growth of NaCl-LiF Eutectic; Experiment MA-131. In Apollo-Soyuz Test Project-Composite of MSFC Final Science Report, NASA TM X-73360. Jan. 1977, VIII-1-27
8Larson D J. Zero-G Processing of Magnets, Experiment MA-070. In Apollo-Soyuz Test Project-Composite MSFC Final Science Report, NASA TM X-73360. January. 1977, VI-1-53
9Hasemeyer E A, Lovoy C V, Lacy L L. Skylab Experiment M566 Copper-Aluminum Eutectic. In Proceedings of the Third Space Symposium, Skylab Results, April 30-May 1, 1974, Marshall Space Flight Center, Huntsville, Alabama,1974, 1: 457～467
10Carlberg T. Solidification of some eutectic alloys under microgravity conditions and at 1g. 3rd European Symposium, Grenoble (F) 1979, ESA Report SP-142: 221～231
