Investigation of the magnetic characteristics of phase transformation in Cu-% 24,2Mn alloy

In this study, Cu-Mn alloy by applying different heat treatment, consis-ting of samples of the thermal impact Pro file is created with the use of the structural and magnetic phase back-features a variety of physical methods. Scanning electron microscope (SEM) review as a result of slow and fast annealing austenite phase samples have been obtained is cooled.In addition, the size of the one created in the sample is cooled faster, slow cooling of the specimen obtained with particle size smaller than observed. X-ray diffraction method, consisting of crystal structures and phase of the alloy mesh parameters have been identified. Cu-Mn alloy magnetic measurements of samples obtained by vibrating sample magnetometresi (vibrating sample magnotemetre, VSM) retrieved using.Alloy M-H measurements -10 to + 10 Tesla magnetic field values between 300 K. Temperature dependent magnetization (M-T) retrieved fixed magnetic field measurements to 0,499 kOe. From magnetic measu-ring results; alloy exhibits Paramagnetic behavior. Cu-Mn alloy obtained by applying different heat treatment processes of magnetic susceptibi-lity measurement of the sample temperature with increasing magnetic susceptibility value found in a linear fall off occurs.