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The characteristic values related to the phase changes in the Ag-Cu eutectic system are as follows: Te (Ag) - 960 C, Te (Cu) - 1080 c, the other point is 72 Ag-28 Cu, the otherness temperature is 780 C. Also, cu is the maximum in Ag. It can dissolve 9% at room temperature and 2% soluble in cu; however, Ag dissolves at most 8% in Cu and does not dissolve at all (zero solubility) at room temperature. show the values on the diagram and fill in the fields.

The characteristic values related to the phase changes in the Ag-Cu eutectic system are as follows: Te (Ag) - 960 C, Te (Cu) - 1080 c, the other point is 72 Ag-28 Cu, the otherness temperature is 780 C. Also, cu is the maximum in Ag. It can dissolve 9% at room temperature and 2% soluble in cu; however, Ag dissolves at most 8% in Cu and does not dissolve at all (zero solubility) at room temperature. show the values on the diagram and fill in the fields.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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The characteristic values related to the phase changes in the Ag-Cu eutectic system are as follows: Te (Ag) = 960 C, Te (Cu) = 1080 C, the other point is 72 Ag-28 Cu, the otherness temperature is 780 C. Also, Cu is the maximum in Ag. It can dissolve 9% does not dissolve at all (zero solubility) at room temperature. show the values on the diagram and fill in the fields. room temperature and 2% soluble in Cu; however, Ag dissolves at most 8% in Cu and
Transcribed Image Text:The characteristic values related to the phase changes in the Ag-Cu eutectic system are as follows: Te (Ag) = 960 C, Te (Cu) = 1080 C, the other point is 72 Ag-28 Cu, the otherness temperature is 780 C. Also, Cu is the maximum in Ag. It can dissolve 9% does not dissolve at all (zero solubility) at room temperature. show the values on the diagram and fill in the fields. room temperature and 2% soluble in Cu; however, Ag dissolves at most 8% in Cu and
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