A same order of energies is confirmed.
Calculations with the code are performed and give pertinent magnitude orders of energy saving and management in HVAC applications.
Here we consider the resonance zones for six specific electron energies: 30 keV, 100 keV, 300 keV, 1 MeV, 3 MeV, and 10 MeV, to cover nearly three orders of energy from low-energy electrons to ultra-relativistic electrons.
The energy differences between the models in each category are negligibly small, for example, the energy difference between (b) and (c) is only 0.0418 eV, which is at the order of phonon energy.
As illustrated in pervious sections electric field was in order of Gibbs energy.
The magnitude of order of these energy efficiency changes corresponds to the onion layer model illustrated in Sect. 2.
The results are then clustered by a very simple clustering algorithm: All conformations are sorted by order of increasing energy.
Even if we assume isentropic, or isothermal, expansion for a pressurized gas cavity, instead of using Eq. (7), the results are of the same order of explosion energy.
The order of deformation energy in the B-e, A-j and B-j models is: E def (A-j) > E def (B-j) > E def (B-e).
To prune the set of retained conformations, while still avoiding a computationally expensive pairwise RMSD calculation, all of the retained conformations are added one-by-one to a new tree in order of increasing energy.
