Non-linear excitation and decay of low-energy nuclear isomers produced under femtosecond laser-plasma interactions.
It also does not account for the difference in low-energy conductivity electron wave functions between a condensed matter and a dilute plasma.
The decrease of the low-energy par t of the distribution function also modifies the energy exchange between electron and ions.
In condensation or crystal nucleation, the bias towards the low-energy, low-entropy state is local and non-specific.
This boundary enables the supply of low-energy electrons to maintain quasi-neutrality of the plasma during the simulation.
The quartz aggregates consist of medium to coarse grains with serrate grain boundaries as well as smaller isometric grains with low-energy grain boundaries.
If the energy is very large, then the trajectory will wander erratically in phase space, spending much of the time far from low-energy configurations.
Some codes are universal, both for high- and low-energy electrons.
