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Browsing by Author "Huang, Rongbing"

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    Article
    On Degree Based Topological Co-Indices of Graphite Carbon Nitride
    (Taylor & Francis Ltd, 2022) Huang, Rongbing; Muhammad, Mehwish Hussain; Siddiqui, Muhammad Kamran; Nasir, Muhammad; Cancan, Murat
    Topological coindices are topological indices that considers the non-contiguous sets of vertices. By utilizing graph basic investigation and deduction, we study the previously mentioned topological coindices of some synthetic atomic graphs that as often as possible show up in clinical, synthetic, and material designing, for example, Graphite Carbon Nitride GC(3)N(4)[n] and acquire the calculation formulae of the coindices of Graphite Carbon Nitride GC(3)N(4)[n]. Besides, we investigate the outcomes by MATLAB and acquire the relationship of the coindices which they portray the physcio-substance properties.
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    Article
    On Eccentricity-Based Entropy Measures for Dendrimers
    (Elsevier Sci Ltd, 2021) Huang, Rongbing; Siddiqui, Muhammad Kamran; Manzoor, Shazia; Ahmad, Sarfraz; Cancan, Murat
    The eccentricity-based entropy inspired by Shannon's entropy approach is the information-theoretic quantity to figure out the structural information of complex networks. The investigation for advance biomedical utilization of dendrimers has improved the synthesis of radical based molecules. Categorically, attaining radical dendrimers has initiated their use in different fields such as anti-tumor agents and as magnetic resonance imaging. The use of radical dendrimers has increased the possibility of establishing new kinds of devices based on paramagnetic axioms of organic radicals. In this article, we discussed dendrimer based on cyclotriphosphazene (N3P3) which has balanced edge groups and these are examined by EPR temperature spectrum. Firstly, we computed eccentricity-based indices and then we computed eccentricity based entropies by developing an acquaintance between these indices and their entropies. Moreover we presented our computed result numerically and graphically which leads to good importance of our contribution.