**4.5 Corrosion resistance of two-phase (***А* **+** *F***) steel 08Cr18Ni10Ti (№2) to bending deformation depending on the initial atomic-magnetic state (χ0(***F***)) of austenitic matrix containing δ-ferrite**

To systematize the magnetometric assessment of the corrosion resistance of all types of phases, we use two graphical dependences *K*(*A* + *F*) on χ0(*F*) and *K*(*A* + *F*) on *P*<sup>δ</sup> shown in **Figure 14** [13].

From **Figure 14a** it follows that this dependence has the following character: with the "increase" of the atomic-magnetic state of the austenitic matrix (χ0(*F*)) the corrosion rate decreases. Similarly, for the dependence of *K*(*A* + *F*) on *P*<sup>δ</sup> (**Figure 14b**): with increasing amount of δ-ferrite, the corrosion rate decreases (corrosion resistance increases) (**Figure 15**).
