AbstractLet D(G⃗) denote the distance matrix of a strongly connected digraph G⃗. The largest eigenvalue of D(G⃗) is called the distance spectral radius of a digraph G⃗, denoted by ϱ(G⃗). Recently, many studies proposed the use of ϱ(G⃗) as a molecular structure description of alkanes. In this paper, we characterize the extremal digraphs with minimum distance spectral radius among all digraphs with given vertex connectivity and the extremal graphs with minimum distance spectral radius among all graphs with given edge connectivity. Moreover, we give the exact value of the distance spectral radius of those extremal digraphs and graphs. We also characterize the graphs with the maximum distance spectral radius among all graphs of fixed order with...
AbstractIn this paper, we determine the unique graph with minimum distance spectral radius among all...
The graphs with smallest, respectively largest, distance spectral radius among the connected graphs,...
AbstractLet D(G)=(di,j)n×n denote the distance matrix of a connected graph G with order n, where dij...
AbstractLet D(G⃗) denote the distance matrix of a strongly connected digraph G⃗. The largest eigenva...
AbstractThe distance spectral radius ρ(G) of a graph G is the largest eigenvalue of the distance mat...
AbstractThe D-eigenvalues {μ1,μ2,…,…,μp} of a graph G are the eigenvalues of its distance matrix D a...
AbstractFor a connected graph, the distance spectral radius is the largest eigenvalue of its distanc...
Let A(G) and D(G) be the adjacency matrix and the degree matrix of a graph G, respectively. For any ...
AbstractLet G be a simple connected graph with n vertices, m edges and degree sequence: d1⩾d2⩾⋯⩾dn. ...
AbstractLet G=(V,E) be a digraph with n vertices and m arcs without loops and multiarcs. The spectra...
Let G be a simple connected graph with n vertices, m edges and degree sequence: d1 ≥ d2 · · · ≥ d...
The A α -matrix is A α ( G ) = α D ( G ) + ( 1 − α )...
The distance Laplacian matrix of a connected graph G is defined as ℒG=TrG−DG, where DG is the distan...
AbstractLet ∞∼-digraph be a generalized strongly connected ∞-digraph and let θ∼1-digraph and θ∼2-dig...
AbstractLet G be a simple connected graph with n vertices and m edges. Let δ(G)=δ be the minimum deg...
AbstractIn this paper, we determine the unique graph with minimum distance spectral radius among all...
The graphs with smallest, respectively largest, distance spectral radius among the connected graphs,...
AbstractLet D(G)=(di,j)n×n denote the distance matrix of a connected graph G with order n, where dij...
AbstractLet D(G⃗) denote the distance matrix of a strongly connected digraph G⃗. The largest eigenva...
AbstractThe distance spectral radius ρ(G) of a graph G is the largest eigenvalue of the distance mat...
AbstractThe D-eigenvalues {μ1,μ2,…,…,μp} of a graph G are the eigenvalues of its distance matrix D a...
AbstractFor a connected graph, the distance spectral radius is the largest eigenvalue of its distanc...
Let A(G) and D(G) be the adjacency matrix and the degree matrix of a graph G, respectively. For any ...
AbstractLet G be a simple connected graph with n vertices, m edges and degree sequence: d1⩾d2⩾⋯⩾dn. ...
AbstractLet G=(V,E) be a digraph with n vertices and m arcs without loops and multiarcs. The spectra...
Let G be a simple connected graph with n vertices, m edges and degree sequence: d1 ≥ d2 · · · ≥ d...
The A α -matrix is A α ( G ) = α D ( G ) + ( 1 − α )...
The distance Laplacian matrix of a connected graph G is defined as ℒG=TrG−DG, where DG is the distan...
AbstractLet ∞∼-digraph be a generalized strongly connected ∞-digraph and let θ∼1-digraph and θ∼2-dig...
AbstractLet G be a simple connected graph with n vertices and m edges. Let δ(G)=δ be the minimum deg...
AbstractIn this paper, we determine the unique graph with minimum distance spectral radius among all...
The graphs with smallest, respectively largest, distance spectral radius among the connected graphs,...
AbstractLet D(G)=(di,j)n×n denote the distance matrix of a connected graph G with order n, where dij...