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    On the dip angle of subducting plates (1990)
    In:  Other Sources
    Details
    Publication Date: 2019-07-12
    Description: A new approximate analytic model is developed for the thermal structure of a subducting plate with a finite length. This model provides the capability of easily examining the thermal and mechanical structure of a subducting plate with different lengths and at different angles. Also, the torque balance of a descending plate can be examined, and effects such as the leading edge effect, the adiabatic compression effect, and the phase change effect can be incorporated. A comparison with observed data indicates that short slabs are likely under torque equilibrium at present, while long slabs are probably dominated by their gravitational torques such that their dip angles are transient, moving toward a steeper dip angle similar to that of the Mariana slab.
    Keywords: GEOPHYSICS
    Type: Tectonophysics (ISSN 0040-1951); 179; 163-175
    Format: text
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