AbstractFor a (molecular) graph, the first Zagreb index M1 is equal to the sum of squares of the degrees of vertices, and the second Zagreb index M2 is equal to the sum of the products of the degrees of pairs of adjacent vertices. Let Wn,k be the set of connected n-vertex graphs with clique number k. In this work we characterize the graphs from Wn,k with extremal (maximal and minimal) Zagreb indices, and determine the values of corresponding indices
Bu çalışma, 19-25 Ekim 2016 tarihleri arasında Rhodes[Yunanistan]’da düzenlenen International Confer...
For a (molecular) graph G, the first and the second entire Zagreb indices are defined by the formula...
AbstractFor a graph, the first Zagreb index M1 is equal to the sum of the squares of degrees, and th...
AbstractFor a (molecular) graph, the first Zagreb index M1 is equal to the sum of squares of the ver...
Given a (molecular) graph, the first multiplicative Zagreb index Π 1 is considered to b...
AbstractFor a molecular graph, the first Zagreb index M1 is equal to the sum of squares of the verte...
We obtain lower and upper bounds on general multiplicative Zagreb indices for graphs of given clique...
The Zagreb indices are the oldest graph invariants used in mathematical chemistry to predict the che...
AbstractThe first Zagreb index M1(G) and the second Zagreb index M2(G) of a (molecular) graph G are ...
Let [latex]G[/latex] be a simple connected molecular graph with vertex set [latex]V(G)[/latex] and e...
Let G be a simple, undirected and connected graph. Defined by M1(G) and RMTI(G) the first Zagreb ind...
Let G = (V, E) be a simple graph with n = |V | vertices and m = |E | edges; let d1, d2, …, dn denote...
The Zagreb indices have been introduced in 1972 to explain some properties of chemical compounds at ...
AbstractThe first and second reformulated Zagreb indices are defined respectively in terms of edge-d...
The modified first Zagreb connection index ZC1∗ is a graph invariant that appeared about fifty years...
Bu çalışma, 19-25 Ekim 2016 tarihleri arasında Rhodes[Yunanistan]’da düzenlenen International Confer...
For a (molecular) graph G, the first and the second entire Zagreb indices are defined by the formula...
AbstractFor a graph, the first Zagreb index M1 is equal to the sum of the squares of degrees, and th...
AbstractFor a (molecular) graph, the first Zagreb index M1 is equal to the sum of squares of the ver...
Given a (molecular) graph, the first multiplicative Zagreb index Π 1 is considered to b...
AbstractFor a molecular graph, the first Zagreb index M1 is equal to the sum of squares of the verte...
We obtain lower and upper bounds on general multiplicative Zagreb indices for graphs of given clique...
The Zagreb indices are the oldest graph invariants used in mathematical chemistry to predict the che...
AbstractThe first Zagreb index M1(G) and the second Zagreb index M2(G) of a (molecular) graph G are ...
Let [latex]G[/latex] be a simple connected molecular graph with vertex set [latex]V(G)[/latex] and e...
Let G be a simple, undirected and connected graph. Defined by M1(G) and RMTI(G) the first Zagreb ind...
Let G = (V, E) be a simple graph with n = |V | vertices and m = |E | edges; let d1, d2, …, dn denote...
The Zagreb indices have been introduced in 1972 to explain some properties of chemical compounds at ...
AbstractThe first and second reformulated Zagreb indices are defined respectively in terms of edge-d...
The modified first Zagreb connection index ZC1∗ is a graph invariant that appeared about fifty years...
Bu çalışma, 19-25 Ekim 2016 tarihleri arasında Rhodes[Yunanistan]’da düzenlenen International Confer...
For a (molecular) graph G, the first and the second entire Zagreb indices are defined by the formula...
AbstractFor a graph, the first Zagreb index M1 is equal to the sum of the squares of degrees, and th...
DOI
Add to ORKG