The geometric structures and properties of high-energy density of nitrogen cluster N60 were studied theoretically. Stable N60 forms concave cage, different from that of fullerene, of S6 symmetry with 12 concave atoms at the HF/6-31G* level. The B3LYP/6-31G* level result shows that the cage-shaped complex is formed by six chain-shaped N10. The result suggests that N60 could dissociate into six N10 or, maybe, it can be synthesized by six chain-shaped N10 clusters. We calculated that N60 releases 1622.9 kcal/mol (B3LYP/6-31G* level) of energy by dissociating into 30 nitrogen molecules.NRC publication: Ye
Recent theoretical studies suggested that the stabilizing factors for large nitrogen cages tend to f...
There is a remarkable molecule that can be said to be nature’s atomic trap. This molecule is called ...
International audienceWe examine a range of fullerene isomers with and without the presence of nitro...
Density functional theory calculations were carried out to study the interaction between nitrogen at...
The structures and stability of nitrogen cluster N10 were studied using DFT and MP2 methods. Eleven ...
Deposition of ammonia molecules in fullerene has been investigated theoretically by performing semi-...
International audienceWe find that the most stable fullerene isomers, C70–C94, form efficiently in c...
International audienceWe find that the most stable fullerene isomers, C70–C94, form efficiently in c...
International audienceWe find that the most stable fullerene isomers, C70–C94, form efficiently in c...
International audienceWe find that the most stable fullerene isomers, C70–C94, form efficiently in c...
International audienceWe find that the most stable fullerene isomers, C70–C94, form efficiently in c...
International audienceWe find that the most stable fullerene isomers, C70–C94, form efficiently in c...
International audienceWe find that the most stable fullerene isomers, C70–C94, form efficiently in c...
We locate putative global minima for (C-60)(N) clusters modeled by the potential of Pacheco and Pra...
Endohedral fullerenes encapsulating single nitrogen atoms (N@C60 and N@C70) are spin active, due to ...
Recent theoretical studies suggested that the stabilizing factors for large nitrogen cages tend to f...
There is a remarkable molecule that can be said to be nature’s atomic trap. This molecule is called ...
International audienceWe examine a range of fullerene isomers with and without the presence of nitro...
Density functional theory calculations were carried out to study the interaction between nitrogen at...
The structures and stability of nitrogen cluster N10 were studied using DFT and MP2 methods. Eleven ...
Deposition of ammonia molecules in fullerene has been investigated theoretically by performing semi-...
International audienceWe find that the most stable fullerene isomers, C70–C94, form efficiently in c...
International audienceWe find that the most stable fullerene isomers, C70–C94, form efficiently in c...
International audienceWe find that the most stable fullerene isomers, C70–C94, form efficiently in c...
International audienceWe find that the most stable fullerene isomers, C70–C94, form efficiently in c...
International audienceWe find that the most stable fullerene isomers, C70–C94, form efficiently in c...
International audienceWe find that the most stable fullerene isomers, C70–C94, form efficiently in c...
International audienceWe find that the most stable fullerene isomers, C70–C94, form efficiently in c...
We locate putative global minima for (C-60)(N) clusters modeled by the potential of Pacheco and Pra...
Endohedral fullerenes encapsulating single nitrogen atoms (N@C60 and N@C70) are spin active, due to ...
Recent theoretical studies suggested that the stabilizing factors for large nitrogen cages tend to f...
There is a remarkable molecule that can be said to be nature’s atomic trap. This molecule is called ...
International audienceWe examine a range of fullerene isomers with and without the presence of nitro...