The rotation of micropolar thermoelastic solid with temperature-dependent properties on micropolar material affected by the magnetic and gravity was investigated. The Green–Naghdi (G-N) theory of type II was employed to investigate our problem analytically. It is shown that there exist four reflected plane waves due to the nature of the material and the physical effects. The values of the complex modulus of the reflection coefficients are visualized graphically to display the effect of rotation and gravity on the amplitude ratios of the four reflected waves. It can be recommended to apply the research results in diverse fields because of their utilitarian aspects in engineering, geophysics, geology, earthquakes, volcanoes, structures, and other fields.

研究了受极性和重力影响的具有极性的微极性热弹性固体在微极性材料上的旋转。II型Green-Naghdi（GN）理论被用来分析我们的问题。结果表明，由于材料的性质和物理效应，存在四个反射平面波。反射系数的复数模量值以图形方式可视化，以显示旋转和重力对四个反射波振幅比的影响。由于其在工程，地球物理学，地质学，地震，火山，结构等领域的功利性方面，可以建议将研究结果应用于各个领域。