THE CRYSTALLIZATION TEMPERATURE AND THE ACTIVATION ENERGY FOR CRYSTALLIZATION OF METGLASS ( F0.1Co0.55 Ni0.35 )78 Si8B14 UNDER HIGH PRESSURE
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Abstract
The pressure effects on crystallization temperature and activation energy of crystallization were measured up to 3GPa. A non-monotonic dependence between them was observed. The results are discussed by the consideration of pressure induced variations of nucleation and growth mechanisms.
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SHEN Zhong-yi, YIN Xiu-jin, ZHANG Yun, HONG Jing-xin, HE Shou-an, CHU Shao-yan. THE CRYSTALLIZATION TEMPERATURE AND THE ACTIVATION ENERGY FOR CRYSTALLIZATION OF METGLASS ( F0.1Co0.55 Ni0.35 )78 Si8B14 UNDER HIGH PRESSURE[J]. Chin. Phys. Lett., 1985, 2(5): 205-208.
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SHEN Zhong-yi, YIN Xiu-jin, ZHANG Yun, HONG Jing-xin, HE Shou-an, CHU Shao-yan. THE CRYSTALLIZATION TEMPERATURE AND THE ACTIVATION ENERGY FOR CRYSTALLIZATION OF METGLASS ( F0.1Co0.55 Ni0.35 )78 Si8B14 UNDER HIGH PRESSURE[J]. Chin. Phys. Lett., 1985, 2(5): 205-208.
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SHEN Zhong-yi, YIN Xiu-jin, ZHANG Yun, HONG Jing-xin, HE Shou-an, CHU Shao-yan. THE CRYSTALLIZATION TEMPERATURE AND THE ACTIVATION ENERGY FOR CRYSTALLIZATION OF METGLASS ( F0.1Co0.55 Ni0.35 )78 Si8B14 UNDER HIGH PRESSURE[J]. Chin. Phys. Lett., 1985, 2(5): 205-208.
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SHEN Zhong-yi, YIN Xiu-jin, ZHANG Yun, HONG Jing-xin, HE Shou-an, CHU Shao-yan. THE CRYSTALLIZATION TEMPERATURE AND THE ACTIVATION ENERGY FOR CRYSTALLIZATION OF METGLASS ( F0.1Co0.55 Ni0.35 )78 Si8B14 UNDER HIGH PRESSURE[J]. Chin. Phys. Lett., 1985, 2(5): 205-208.
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