Li, Z.Q.Z.Q.LiShen, H.H.ShenLi, Y.Y.LiGünther, B.B.Günther2022-03-032022-03-031995https://publica.fraunhofer.de/handle/publica/18607510.1080/01418619508243925A comparative study on mechanically alloyed Ag37Cu63 alloy was carried out using TEM, XRD, DSC and fractography. The amorphous phase and supersaturated solid solution with the initial composition in the 1 Gpa specimen transform into Cu-8at%Ag solid solution, Ag- and Cu-phases during annealing. Using a higher compaction pressure this transformation is accelerated. Since some of the mechanical alloying granules are composed from extremely small strongly deformed non-equilibrium grains with a very high defect density, their melting point is as low as 150 degC, making necessary a modified explanation of DSC profilesenmechanisches LegierenMikrogefügenanokristallines MaterialNanopulverPulvermetallurgieRöntgenbeugungWerkstoffphysik620660671journal article