标题： 非平衡自旋霍尔效应在铝和钨中 显示英文标题

标题： Non-equilibrium Spin-Hall Effect in Aluminum and Tungsten

摘要： 我们提出的方法[1]，通过创建自旋不平衡来消除在研究自旋霍尔效应（SHE）中应用电方法的障碍，这种自旋不平衡会产生电荷不平衡，利用形式效应而不使用偏振注入电流，在本工作中用于研究和比较不同来源的SHE——内部（带）和外部（结构和杂质）。 内部SHE（ISHE）是在超高纯度单晶样品上进行研究的，这些样品包括未补偿的（铝）和补偿的（钨）金属。 对外部因素对SHE的影响进行了研究，使用的是多晶和杂质铝样品。 研究是在小磁场区域进行的，这确保了常规霍尔效应（CHE）的对称性，这使得可以研究自旋霍尔效应的手性行为。 显示英文摘要

摘要： The method proposed by us in [1], which eliminates obstacles in the application of electrical methods for studying the spin-Hall effect (SHE) by creating a spin unbalance, which generates a charge unbalance, using the form effect without using polarized injected current, is used in this work to study and compare SHE of different origin - internal (band) and external (structural and impurity). The internal SHE (ISHE) was studied on ultrapure single crystal samples of uncompensated (aluminum) and compensated (tungsten) metals. The influence of external factors on SHE was studied on polycrystalline and impurity aluminum samples. The investigations were carried out in the region of small magnetic fields, which ensure the symmetry of the conventional Hall effect (CHE), which makes it possible to study the chiral behavior of the spin Hall effect.