"energy migration" is a correct and usable phrase in written English.
You can use it when referring to the movement of energy from one place to another. For example, "The energy migration from the sun to the earth allows us to live on this planet."
Förster, T. Intermolecular energy migration and fluorescence.
Donor to donor energy migration is possible within these assemblies.
The incorporation of Mg2+ ion in the host could not only suppress the energy migration among Mn4+ ions but also eliminates the charge imbalance in Mn4+ − Mg2+ pairs.
These facts suggest a large effect of the excited-state quenching on the photochemical reactions, as well as providing a contribution of energy migration to such reactions.
Moreover, the fluorescence of PAOAF was modulated by controlling the oxidation degree of oligoaniline segments because of the energy migration occurring between oligoaniline and triphenylbenzene groups.
Decay data also indicate that energy migration on the Eu3+ sub-lattice in one dimensional chains of {Na[Eu(sal)4]}n is multidimensional and dynamic but is less efficient than energy migration in Na[Eu2(nsal)7(CH3OH)2] which features a H-bonded network of trinuclear molecules.
However, Liu et al. reported that efficient upconversion emission is also possible for lanthanide activators (Eu3+, Tb3+, Dy3+, and Sm3+) without long-lived intermediate energy states via energy migration-mediated upconversion processes.
The observed quenching effect for higher Yb3+ ion concentrations in Yb3+/Er3+ (or Ho3+) doped fluoride UCNPs (or other UC materials) might arise from Yb3+-induced energy migrations from the lattice points inside the particle to the surface quenching sites around the particle (refer to section 2.5 for details on the quenching mechanism).
We investigate computationally the adsorption energies and migration energies in adsorption sites on graphene sheet for many atomic species, including transition metals, noble metals, nitrogen and oxygen, from atomic number 1 to 83, using the DFT calculation.
The effective activation energy for migration is about 1.6 eV. Figure 1 Energy variation during consecutive migration steps of a C SI in a (9,0)@(18,0) carbon nanotube.
With less prey available, the birds will have less energy for migration.
