The volume and size of the precipitates increased with increasing V element for the Fe V binary alloys.
The results indicate that high temperature hardness increases with increasing alloying element content of C, Si, Mo, W, Ni, V and Cr to a maximum value and decreases with further increase in alloying element content.
The M values of doped samples decrease with increasing metal element contents, which is similar to the Ni-doped TiO2 powders [21] and Fe-doped TiO2 films [52].
It was found that activation enthalpy, QXX(Ni), and frequency factor, Do(Ni XX, decrease with increasing concentration of element X.
The studied alloys show significant responses in visible range and a blue shift in connection with increasing the alloyed elements.
Nevertheless, the test results showed a decrease of the in-plane strength with increasing number of elements, which should be considered for joint design.
The elements of the assembly are combined in such a way that the approximation error of the assembly obtained during training session decreases with increasing number of elements.
In general, with increasing atomic number, elements in the same period show increasing tendency to substitute for Al, as is the tendency to substitute for Ti for elements in the same group of the periodic table.
Five different meshes were created for this purpose with increasing numbers of elements, as well as prism layers at the vessel wall.
The concentration of Pb increases monotonically with increasing source temperature, while element Te can be detected at relatively high temperatures (exceeding 788 K).
