1.IntroductionSince the theory of spinodal decompo-sition in a supersaturated solid solution wasformulated by Hillert[1]and Cahn[2],thephenomena of spinodal decomposition havebeen found in many alloys.Tamura[3]haspoi... 1.IntroductionSince the theory of spinodal decompo-sition in a supersaturated solid solution wasformulated by Hillert[1]and Cahn[2],thephenomena of spinodal decomposition havebeen found in many alloys.Tamura[3]haspointed out that spinodal decompositioncould also occur in maraging steels.A mod-ulated structure in 8Ni maraging steel was展开更多
Since the theory of spinodal decomposition in a supersaturated solid solution was formulated by Hillert and Chan, the phenomena of spinodal decomposition have been found in many alloys. We found a modulated structure ...Since the theory of spinodal decomposition in a supersaturated solid solution was formulated by Hillert and Chan, the phenomena of spinodal decomposition have been found in many alloys. We found a modulated structure in 10Ni maraging steel. Some investigators suggested that the formation of a modulated structure does not always imply the spinodal decomposition, and the modulated structure could also result from nucleation and growth.展开更多
文摘 1.IntroductionSince the theory of spinodal decompo-sition in a supersaturated solid solution wasformulated by Hillert[1]and Cahn[2],thephenomena of spinodal decomposition havebeen found in many alloys.Tamura[3]haspointed out that spinodal decompositioncould also occur in maraging steels.A mod-ulated structure in 8Ni maraging steel was
基金Project supported by the National Natural Science Foundation of China.
文摘Since the theory of spinodal decomposition in a supersaturated solid solution was formulated by Hillert and Chan, the phenomena of spinodal decomposition have been found in many alloys. We found a modulated structure in 10Ni maraging steel. Some investigators suggested that the formation of a modulated structure does not always imply the spinodal decomposition, and the modulated structure could also result from nucleation and growth.
