Study of the structural evolution ofNi50%atAl50%at mixture during mechanicalalloying

line wing contribution to the emitted radiation by the plume. The overlapping of several line wings create a continuum, which helps to decrease the overcorrelation effects between

Very interestingly, Fig. 4 highlights the progressive development of two phases as the TBA concentration decreases. Indeed, for x TBA = 0.71, the TBA molecules are almost only

After 25 h of milling, the crystalline peaks of α-Fe and Nb(B) solid solution are superimposed to a diffuse halo corresponding to the non-coherent structural domains as

XRD patterns of the Fe-8Nb-30B powders mixtures as a function of milling time show a progressive broadening of the as-received powders diffraction peaks due to the refinement of

As the milling time increases, the intensity of the Bragg peaks for the obtained solid solution decreases and the diffracted peaks show considerable broadening within

In order to understand the amorphization mechanism related to the deformation processes and the role of defects such as GB, vacancies, interstitials and dislocations, XRD study

From this observations we can say that the impact of milling conduit to a distraction of arrangement in aluminum structure, while the lattice of Ni undergo a

For a neon-argon mixture containing 0.025 % argon, fig.1 shows the change of the relative argon density nAr(z,t)/nAr with time at six different positions in the positive