Introduction: Intercapillary research in mathematics and other pure sciences areas has always helped humanity quantify natural phenomena.

Materials & Method: This article also contributes to which valency-based topological indices are implemented on tetrahedral sheets of clay minerals. These indices have been used for a long time and are considered the most powerful tools to quantify chemical graphs.

Results: The atoms in the chemical compound and the bonds between the atoms are depicted as the graph’s vertices and edges, respectively.

Conclusion: The valency (or degree) of a vertex in a graph is the number of edges incident to that vertex. In this article, various degree-based indices and their modifications are determined to check each types’ significance.

简介：数学和其他纯科学领域的毛细血管研究一直帮助人类量化自然现象。

材料和方法：本文还有助于在粘土矿物的四面体片上实施基于价态的拓扑指数。这些指数已经使用了很长时间，被认为是量化化学图的最强大的工具。

结果：化合物中的原子和原子之间的键分别表示为图形的顶点和边。

结论：图中顶点的价（或度）是与该顶点相关的边数。在本文中，确定了各种基于程度的指数及其修改，以检查每种类型的重要性。