The phrase "average energy per" is correct and usable in written English.
It can be used in contexts related to physics, chemistry, or any field that involves measurements of energy distribution or consumption.
Example: "The average energy per molecule in the system was calculated to determine the temperature."
Alternatives: "mean energy per" or "typical energy per".
As the shower develops, the number of particles increases, but the average energy per particle decreases.
For a classical system at equilibrium at temperature T, the average energy per degree of freedom is kT/2.
As such, the average energy per atom is of the order of 10 eV/atom upon cluster impact with the surface and subsequent dissociation.
For example, the average binding energies that is, the average energy per constituent atom or molecule required to separate the particles from each other vary widely with N for small clusters.
Some thermodynamics properties of compact polymer chains are investigated during the translocation process, such as average Helmholtz free energy 〈A〉, average energy per bond 〈U〉, and average contact energy per bond 〈Uc〉.
In the process of tensile deformation, the a priori probability Pt increases with elongation ratio λ, meanwhile the a priori probability Pg+ (or Pg−) decreases with elongation ratio λ, and it leads the average energy per bond to decrease.
Figure 1 shows the average energies per atom for the [(n − 1) × (n − 1)]/(n × n) Pb/Cu(111) (n = 2, 3,…, 12) structures, which are calculated using the energy minimization calculation based on the interfacial potential.
Consequently, all film-forming atoms have to be considered separately and have the optimum energy (optimum averaged energy per atom is insufficient).
(8 Finally, the tool uses the average execution time per instruction and the average energy consumption per instruction obtained from the previous step to calculate the average execution time and the energy consumption.
Basically, two performance metrics were defined: (i) the average execution time per instruction and (ii) the average energy consumption per instruction.
This is demonstrated by the reduced average energy consumption per node in SHEAR, as discussed in "Energy consumption".
