All Stories

  1. On the number of group homomorphisms between certain groups
  2. Computing some Laplacian Coefficients of Forests
  3. Counting Centralizers of a Finite Group with an Application in Constructing the Commuting Conjugacy Class Graph
  4. Comparisons of the Sombor Index of Alkane, Alkyl, and Annulene Series with Their Molecular Mass
  5. Extremal Values of Randić Index among Some Classes of Graphs
  6. On Mostar and Edge Mostar Indices of Graphs
  7. The Existence of Minimal Logarithmic Signatures for Some Finite Simple Unitary Groups
  8. Construction of 2-Gyrogroups in Which Every Proper Subgyrogroup Is Either a Cyclic or a Dihedral Group
  9. Normal subgroup based power graph of finite groups
  10. Symmetry and two symmetry measures for the web and spider web graphs
  11. Counting the number of centralizers of 2-element subsets in a finite group
  12. Ordering of c-cyclic graphs with respect to total irregularity
  13. Ordering chemical unicyclic graphs by Wiener polarity index
  14. Symmetry − Based Invariants of Nanostructures and Their Effect on Edge States of Carbon Nanotubes
  15. Coloring of fullerenes
  16. Spectral properties of the commuting graphs of certain groups
  17. The order supergraph of the power graph of a finite group
  18. On n-Cyclic Groups
  19. Laplacian coefficients and Zagreb indices of trees
  20. First degree-based entropy of graphs
  21. On a Special Quotient of the Generating Graph of a Finite Group
  22. Ordering chemical trees by Wiener polarity index
  23. Extremal graphs with respect to variable sum exdeg index via majorization
  24. The Existence of Minimal Logarithmic Signatures for Some Finite Simple Groups
  25. The Spectra of power graphs of certain finite groups
  26. Combination of distance and symmetry in some molecular graphs
  27. Tetracyclic graphs with extremal values of Randić index
  28. A fast algorithm for computing bipartite edge frustration number of (3,6)-fullerenes
  29. Maximum values of atom–bond connectivity index in the class of tetracyclic graphs
  30. The bipartite edge frustration of hierarchical product of graphs
  31. Remarks On Commuting Graph of a Finite Group
  32. Preface
  33. Automorphism Group and Fixing Number of (3,6)– and (4, 6)–Fullerene Graphs
  34. Eccentric Sequences of Two Infinite Classes of Fullerenes
  35. Symmetry and PI Index of C60+12n Fullerenes
  36. Extremal values of augmented eccentric connectivity index of V-phenylenic nanotorus
  37. Distribution of some graph invariants over hierarchical product of graphs
  38. Applications of the generalized hierarchical product of graphs in computing the vertex and edge PI indices of chemical graphs
  39. Topological edge properties of C 60+12 n fullerenes
  40. Further results on hierarchical product of graphs
  41. The Topological Study of an Infinite Family of Fullerenes with 10n Carbon Atoms
  42. The Bipartite Vertex Frustration of Some Infinite Families of Fullerenes
  43. Sadhana Index in Nanotechnology
  44. The energies of (3,6) -fullerenes and nanotori
  45. The Wiener Index of One-Pentagonal Carbon Nanocone
  46. Closed formulas for the number of small paths, independent sets and matchings in fullerenes
  47. Wiener polarity index of fullerenes and hexagonal systems
  48. The Topological Study of an Infinite Family of Fullerenes with 12n Carbon Atoms
  49. Remarks on the Wiener index of unicyclic graphs
  50. Relationship between edge Szeged and edge Wiener indices of graphs
  51. THE TOPOLOGICAL STUDY OF IPR FULLERENES BY SZEGED AND REVISED SZEGED INDICES
  52. Topological Study of a Class of IPR Fullerenes
  53. Spectral Properties of Fullerenes
  54. On Wiener Index of One-Heptagonal Nanocone
  55. Graphs whose Szeged and Wiener numbers differ by 4 and 5
  56. Extremal polyomino chains with respect to Zagreb indices
  57. The Szeged, vertex PI, first and second Zagreb indices of corona product of graphs
  58. On the power graph of a finite group
  59. More on Zagreb coindices of graphs
  60. New upper bounds for Estrada index of bipartite graphs
  61. First and second extremal bipartite graphs with respect to PI index
  62. Extremal properties of the bipartite vertex frustration of graphs
  63. On the differences between Szeged and Wiener indices of graphs
  64. Some inequalities for the atom-bond connectivity index of graph operations
  65. The bipartite edge frustration of graphs under subdivided edges and their related sums
  66. Study of IPR Fullerenes by PI Index
  67. The eccentric connectivity index of nanotubes and nanotori
  68. Calculating the edge Wiener and edge Szeged indices of graphs
  69. Topological Study of HC5C7[4p,8] Carbon Nanotubes
  70. Bounds on the Estrada index of ISR
  71. The Eccentric Connectivity Index of Zig-Zag Polyhex Nanotubes and Nanotori
  72. Another aspect of graph invariants depending on the path metric and an application in nanoscience
  73. An Exact Expression for the Padmakar-Ivan Polynomial of Some Nanostructures
  74. On the Szeged and the Laplacian Szeged spectrum of a graph
  75. The Zagreb coindices of graph operations
  76. The bipartite edge frustration of composite graphs
  77. Applications of the Matrix Package MATLAB in Computing the Wiener Polynomial of Armchair Polyhex Nanotubes and Nanotori
  78. A Study of fullerenes by MEC polynomials
  79. PI and Omega Polynomials of IPR Fullerenes
  80. The PI and Edge Szeged Polynomials of an Infinite Family of Fullerenes
  81. Extremal graphs with respect to the vertex PI index
  82. On the Symmetry of a Zig-Zag and an Armchair Polyhex Carbon Nanotorus
  83. Some new results on distance-based graph invariants
  84. A Numerical Method for Computing PI Index of Fullerene Molecules Containing Carbon Atoms
  85. STUDY OF IPR FULLERENES BY COUNTING POLYNOMIALS
  86. A Numerical Method for Computing the Wiener Index of One-Heptagonal Carbon Nanocone
  87. The PI and Edge Szeged Indices of One-Heptagonal Carbon Nanocones
  88. The first and second Zagreb indices of some graph operations
  89. A matrix method for computing Szeged and vertex PI indices of join and composition of graphs
  90. The study of an infinite class of dendrimer nanostars by topological index approaches
  91. Padmakar-Ivan Index of q-Multi-Walled Carbon Nanotubesand Nanotori
  92. Szeged index of some nanotubes
  93. The hyper-Wiener index of graph operations
  94. Length Dependent Material Properties of Carbon Nanotubes
  95. Computing Padmakar-Ivan Index of a TC4C8(R) Nanotorus
  96. Concentrically Carbon Nanotubes Molecular Motor Under Temperature Effect
  97. The PI index of product graphs
  98. An Algorithm for Constructing Wiener Matrix of TUC4C8(R) Nanotubes
  99. Vertex and edge PI indices of Cartesian product graphs
  100. THE VERTEX PI AND SZEGED INDICES OF AN INFINITE FAMILY OF FULLERENES
  101. On 9- and 10-decomposable finite groups
  102. Erratum: The symmetry group of nonrigid tetramethylsilane
  103. Competition Algorithm of Simulating Natural Tree Growth and Its Application in Curve Fitting
  104. Predicting Protein Function Based on the Topological Structure of Protein Interaction Networks
  105. An Ant Colony Algorithm with Global Adaptive Optimization
  106. A new algorithm for computing distance matrix and Wiener index of zig-zag polyhex nanotubes
  107. PI AND SZEGED INDICES OF AVC5C7[4p, 8] NANOTUBE
  108. The symmetry group of nonrigid tetramethylsilane
  109. Distance Matrix and Wiener Index of Polyhex Nanotubes
  110. Computing PI Polynomials of Some Nanostructures
  111. Computing PI and Szeged indices of multiple phenylenes and cyclic hexagonal-square chain consisting of mutually isomorphic hexagonal chains
  112. From Sliding Nucleosomes to Twirling DNA Motors
  113. Counting the Number of Hetero Fullerenes
  114. Computing Orbits of the Automorphism Group of the Subsequence Poset B m,n
  115. An exact expression for the wiener index of a TUC4C8(R) nanotorus
  116. The full non-rigid group of hexamethylbenzene using wreath product
  117. Full Non-rigid Group of Sponge and Pina
  118. Symmetry of tetrahydroxycalix[4]arenes
  119. Nonrigid group theory for 1,3,5-trimethylbenzene
  120. On the PI index of some nanotubes
  121. On a New Algorithm for Computing Symmetry of Big Fullerenes
  122. Computing the PI index of some chemical graphs related to nanostructures
  123. Application of a mathematical problem to the symmetry of fullerene C 60
  124. Full Non-Rigid Group and Symmetry of Dimethyltrichloro-phosphorus
  125. On symmetry properties of molecules
  126. Symmetry properties of tetraammine platinum(II) with C 2v and C 4v point groups
  127. The Non-Rigid Group of Tetraamine Platinum(II) as a Wreath Product
  128. New computer program to calculate the symmetry of molecules
  129. Computing the full nonrigid group of tetra-tert-butyltetrahedrane using wreath product
  130. The full nonrigid group theory for trimethylamine