The structures and stability of nitrogen cluster N10 were studied using DFT and MP2 methods. Eleven minima were optimized and characterized by both B3LYP/6-31G* and MP2/6-31G* harmonic vibrational frequency calculations. The stability was studied in terms of the barriers of isomerization and dissociation reactions on the potential energy surface (PES) of nitrogen cluster N10. The low barriers show that nitrogen clusters N10 studied in this paper are not stable enough to be used as high-energy density-materials (HEDMs).NRC publication: Ye
Density functional theory method has been used to predict the structural and energetic properties of...
A theoretical study on the molecular structure of CnH− clusters, where 1 ⩽ n ⩽ 6, and CnHx+ clusters...
Equilibrium geometries, interaction energies and harmonic frequencies of (NH3)n (n = 2 5) and NH4+(N...
Polynitrogen compounds, comprising only nitrogen atoms, are rare. They are considered as promising c...
Polynitrogen compounds, comprising only nitrogen atoms, are rare. They are considered as promising ...
Equilibrium geometries, interaction energies, and harmonic frequencies of (NH3)(n) isomers (n = 2-5)...
Equilibrium geometries, interaction energies, and harmonic frequencies of (NH3)(n) isomers (n = 2-5)...
Equilibrium geometries, interaction energies, and harmonic frequencies of (NH3)(n) isomers (n = 2-5)...
Equilibrium geometries, interaction energies, and harmonic frequencies of (NH3)(n) isomers (n = 2-5)...
The results of a theoretical study on the formation of the nitrogen cluster N10 from the ionic speci...
The geometric structures and properties of high-energy density of nitrogen cluster N60 were studied ...
The development of powerful computer algorithms that are specialized at exploring the energy landsca...
First principles calculations based on the nonlocal density approximation to the density functional ...
The stability of a dodecahedral cage of nitrogen atoms (N20, "dodecahedrazane") is examined using se...
First principles calculations based on the nonlocal density approximation to the density functional ...
Density functional theory method has been used to predict the structural and energetic properties of...
A theoretical study on the molecular structure of CnH− clusters, where 1 ⩽ n ⩽ 6, and CnHx+ clusters...
Equilibrium geometries, interaction energies and harmonic frequencies of (NH3)n (n = 2 5) and NH4+(N...
Polynitrogen compounds, comprising only nitrogen atoms, are rare. They are considered as promising c...
Polynitrogen compounds, comprising only nitrogen atoms, are rare. They are considered as promising ...
Equilibrium geometries, interaction energies, and harmonic frequencies of (NH3)(n) isomers (n = 2-5)...
Equilibrium geometries, interaction energies, and harmonic frequencies of (NH3)(n) isomers (n = 2-5)...
Equilibrium geometries, interaction energies, and harmonic frequencies of (NH3)(n) isomers (n = 2-5)...
Equilibrium geometries, interaction energies, and harmonic frequencies of (NH3)(n) isomers (n = 2-5)...
The results of a theoretical study on the formation of the nitrogen cluster N10 from the ionic speci...
The geometric structures and properties of high-energy density of nitrogen cluster N60 were studied ...
The development of powerful computer algorithms that are specialized at exploring the energy landsca...
First principles calculations based on the nonlocal density approximation to the density functional ...
The stability of a dodecahedral cage of nitrogen atoms (N20, "dodecahedrazane") is examined using se...
First principles calculations based on the nonlocal density approximation to the density functional ...
Density functional theory method has been used to predict the structural and energetic properties of...
A theoretical study on the molecular structure of CnH− clusters, where 1 ⩽ n ⩽ 6, and CnHx+ clusters...
Equilibrium geometries, interaction energies and harmonic frequencies of (NH3)n (n = 2 5) and NH4+(N...