3. The melting point of A, B and C are 1000 °C, 900°C and 750 °C respectively. The constituent binary systems of the ternary system ABC each show complete solubility in both the liquid and the solid states. The following data refer to three binary alloys: Composition (wt. %) C °C Liquidus 975 A В Solidus 50 50 950 50 50 920 850 50 50 840 800
3. The melting point of A, B and C are 1000 °C, 900°C and 750 °C respectively. The constituent binary systems of the ternary system ABC each show complete solubility in both the liquid and the solid states. The following data refer to three binary alloys: Composition (wt. %) C °C Liquidus 975 A В Solidus 50 50 950 50 50 920 850 50 50 840 800
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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Transcribed Image Text:Tugas Ternary diagram-Okt 2021 X
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3. The melting point of A, B and C are 1000 °C, 900°C and 750 °C
respectively. The constituent binary systems of the ternary system ABC
each show complete solubility in both the liquid and the solid states. The
following data refer to three binary alloys:
of 30 wt. % B and 30 wt. % C
of equilibrium compositions as
Composition (wt. %)
°C
A
В
C
Solidus
Liquidus
975
50
50
950
present in this alloy.
the alloy which will consist of
tions stated above, but with no
50
50
920
850
50
50
840
800
Assume that the liquidus and solidus surfaces do not exhibit a maximum
or minimum. For the ternary system:
Draw and label a ternary phase diagram consistent with the above
data.
а.
b. Draw and label a liquidus projection, showing isotherms for 950 °C
and 850 °C.
Draw and label a solidus projection, showing isotherms for 950 °C
and 850 °C.
с.
d. Draw an isothermal section at 950 °C.
4») ENG
Ps
Ai
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