Abstract
We have studied characteristic structural features of porous TiNi-based materials prepared by diffusion sintering and containing titanium additions. The results demonstrate that increasing the percentage of added titanium reduces the porosity coefficient of the material and increases the volume fraction of Ti2Ni and Ti4Ni2(O,N,C) secondary phases. It has been shown that the addition of titanium powder can be used for correcting the atomic composition of TiNi.
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