Refaad for Studies, Research and Developement
QSPR Analysis of Chemical Graph Theory
2519-9269 (Print)
2519-9277 (Online)
Volume 9
Issue 1
2020
Sep
0
QSPR Analysis of Chemical Graph Theory
9
16
English
Rachanna KanaburDepartment of Mathematics BLDEA’s, Commerce, B.H.S. Arts and T.G.P. Science College, Jamkhandi Karnataka, Indiarachukanabur@gmail.com
S.K.GiregolDepartment of Mathematics BLDEA’s, Commerce, B.H.S. Arts and T.G.P. Science College, Jamkhandi Karnataka, India.
Akshata NagaralDepartment of Mathematics BLDEA’s, Commerce, B.H.S. Arts and T.G.P. Science College, Jamkhandi Karnataka, India
Priyanka BadaveDepartment of Mathematics BLDEA’s, Commerce, B.H.S. Arts and T.G.P. Science College, Jamkhandi Karnataka, India
Rekha SannakkaiDepartment of Mathematics BLDEA’s, Commerce, B.H.S. Arts and T.G.P. Science College, Jamkhandi Karnataka, India
Renuka SasalattiDepartment of Mathematics BLDEA’s, Commerce, B.H.S. Arts and T.G.P. Science College, Jamkhandi Karnataka, India.
https://doi.org/10.31559/glm2020.9.1.2
In this paper, we find the values of four important degree-based topological indices of molecular graph of alkane isomers.
Further, we show that these parameters are highly correlated with physical properties of alkane isomers. . ©2019 All rights
reserved.
Alkane isomers; Degree-based topological indices
http://www.refaad.com/views/GLM/912.html
http://www.refaad.com/Files/GLM/GLM-9-1-2.pdf