Abstract
The neighborhood M-polynomial is effective in recovering neighborhood degree sum based topological indices that predict different physical, chemical and biological characteristics of material under investigation. In this work, the neighborhood M-polynomial of Titania nanotube TiO 2 and the crystallographic structure of TiF 2 are obtained. From the neighborhood M-polynomial, some neighborhood degree sum based topological indices are recovered. Effect of oxygen vacancies on outcomes is discussed. A comparative study among the findings and some well-established degree-based indices is performed.
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