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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.

Reflection waves phenomena in a rotating magneto-micropolar thermoelastic medium with temperature dependency and gravity using Green–Naghdi theory