GROWTH OF INTERMETALLIC PHASESDURING INTERDIFFUSION BETWEENSTEEL AND ALUMINUM

If mass variation is only growth rate dependent , this ratio would be constant whatever the coating conditions and would be equal to 2.5 according to the geometry of the

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By X-ray diffraction also the crystallite size and the root mean square (rms) strain can be obtained enabling one to estimate the enthalpy stored by grain boundaries and by the

Possibly it is connected with that in [2] was calculated using the neutrons diffraction forrnfactor obtained assuming that magnetic mo- ment of U has spin only

By aluminizing the samples in pure aluminum, typical microstructure of samples aluminized of medium carbon steel in the temperature on 800°C, for four different

Phase identification of the Fe-Al intermetallic compounds in the hot-dipped aluminide mild steel was carried out by using a combination of scanning electron microscope (SEM),

5 According to the chemical compositions and crystallographic structures of the intermetallic phases in the aluminide layers which were acquired by means of EDS, there were Fe 2 Al 5

According to studies concerning microstructure and phase constitution of the aluminide coating on carbon steel after hot dipping in pure aluminum [5, 6], the intermetallic