Thermo- and Magnetoresistive Properties of Multicomponent Film Materials Based on Magnetic and Non-magnetic Metals

In the phenomenological approximation, the relations for the differential temperatures coefficient of resistance $\left(\beta_{T}=\frac{\partial\ln\rho}{\partial T}\right)$ and magnetic coefficient of resistance $\left(\beta_{B}=\frac{\partial\ln\rho}{\partial B}\right)$, where $\rho=\sum_{(i)}c_{i}\rho_{i}$, for multicomponent high-entropy film alloys (HEA) based on magnetic and non-magnetic meta...