Examples of using Atomic orbitals in English and their translations into Vietnamese
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One usually solves this problem by expanding the molecular orbitals as linear combinations of gaussian functions centered on the atomic nuclei(see linear combination of atomic orbitals and basis set(chemistry)).
F 2s orbitals is allowed by symmetry but the difference in energy between the two atomic orbitals prevents them from interacting to create a molecular orbital. .
Their work was based on the valence bond model, which assumes that a chemical bond is formed when there is good overlap between the atomic orbitals of participating atoms.
the H 1s and F 2s orbitals, but the difference in energy between the two atomic orbitals prevents them from interacting to create a molecular orbital. .
Their measurements revealed that electrons excited simultaneously by a light pulse from different atomic orbitals leave the atom with a small
In the case of simple hybridisation, this approximation is based on atomic orbitals, similar to those obtained for the hydrogen atom, the only atom
Their measurements revealed that electrons from different atomic orbitals, although excited simultaneously,
Linear combinations of atomic orbitals, or the sums and differences of the atomic wavefunctions, provide approximate solutions to the Hartree-Fock equations which
As the two atoms become closer together, their atomic orbitals overlap to produce areas of high electron density, and, as a consequence, molecular orbitals are formed between the two atoms.
In the case of simple hybridisation, this approximation is based on atomic orbitals, similar to those obtained for the hydrogen atom, the only neutral
When the energy difference between the atomic orbitals of two atoms is quite large, one atom's orbitals
Linear combinations of atomic orbitals, or the sums and differences of the atomic wavefunctions, provide approximate solutions to the Hartree- Fock equations
the atom was the Bohr model, which described electrons as going around the positively-charged nucleus only in certain discrete atomic orbitals or energy levels.
antibonding orbitals in heteronuclear diatomics occur if there is sufficient overlap between atomic orbitals, as determined by their symmetries and similarity in orbital energies.
chemical bond with both its bonding and its anti-bonding orbitals full would always have a higher energy than the atomic orbitals from which it would be formed.
using atomic orbitals.
Considering a hypothetical molecule of He2, since the basis set of atomic orbitals is the same as in the case of H2, we find that both the bonding and antibonding orbitals are filled,
electrons fill atomic orbitals of the lowest available energy levels before occupying higher levels.
When the energy difference between the atomic orbitals of two atoms is quite large, one atom's orbitals
When the energy difference between the atomic orbitals of two atoms is quite large, one atom's orbitals