1999
DOI: 10.1023/a:1004525030196
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Cited by 9 publications
(8 citation statements)
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“…It can be seen that the reaction front velocity of discontinuous precipitation initiated at the Z 0 =Z 0 grain boundary is 12± 90% higher than that of discontinuous precipitation initiated at the Z 0 =e interphase boundary. This is slightly di erent from the conclusion obtained by Manna et al (1991) in Cu± 12 at.% In alloy in which the steady-state growth of discontinuous precipitation is assumed to be independent of the nucleation site once the reaction has initiated. The dependence of interlamellar spacing on ageing temperature is shown in ® gure 6, which indicates that the interlamellar spacing maintains an approximately constant value (0.5 mm † for discontinuous precipitate colonies grown from the Z 0 =e interphase or Z 0 =Z 0 grain boundaries at ageing temperatures studied except at higher temperatures (above 466 K).…”
Section: } 3 R Esults and Discussioncontrasting
confidence: 75%
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“…It can be seen that the reaction front velocity of discontinuous precipitation initiated at the Z 0 =Z 0 grain boundary is 12± 90% higher than that of discontinuous precipitation initiated at the Z 0 =e interphase boundary. This is slightly di erent from the conclusion obtained by Manna et al (1991) in Cu± 12 at.% In alloy in which the steady-state growth of discontinuous precipitation is assumed to be independent of the nucleation site once the reaction has initiated. The dependence of interlamellar spacing on ageing temperature is shown in ® gure 6, which indicates that the interlamellar spacing maintains an approximately constant value (0.5 mm † for discontinuous precipitate colonies grown from the Z 0 =e interphase or Z 0 =Z 0 grain boundaries at ageing temperatures studied except at higher temperatures (above 466 K).…”
Section: } 3 R Esults and Discussioncontrasting
confidence: 75%
“…In fact the discontinuous precipitation reaction a 0 ! a ‡ d in the above-mentioned study (Manna et al 1991) has occurred at d=a 0 interphase boundaries and advanced into supersaturated matrix a 0 . Unlike the Cu± In phase diagram including eutectoid transf ormation, no eutectoid transf ormation exists in the composition region corresponding to the two-phase Zn± 6.3 at.% Ag alloy in the present study.…”
Section: } 3 R Esults and Discussionmentioning
confidence: 81%
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