Dix-Type Multi-Component Scholte Wave Dispersion Inversion without Initial Model.

An editorial focuses on an advanced method for Dix-type multi-component Scholte wave dispersion inversion that does not require an initial model. It introduces improvements to the inversion process by incorporating adaptive step and damping factors, which enhance computational efficiency and accuracy. It addresses issues associated with traditional inversion techniques that rely on initial models and exhibit slower convergence rates.