A full lifecycle approach would be needed to conclude the operative energy demand of the given shelters.
So we can conclude the least energy solutions of system (1.1) concentrate at a point of the boundary, which maximizes the mean curvature of the boundary of Ω.
We conclude that the energy citizen holds out most promise in this regard.
Thus, we can conclude that the energy saving achieved through our energy-aware plug-in is not offset by side effects due to its own induced additional consumption.
Thus, we can conclude that the energy consumption is reduced significantly by the two proposed CSS schemes, and the energy consumption of the second TSEEOB-CSS algorithm is much lower than that of the first algorithm.
Hence, we conclude that the energy transfer to the dayside exobase from the precipitating protons is up to 3 orders of magnitude less than the energy transfer from solar radiation absorption.
By comparing the shift in the emission (absorption) peak predicted by the proposed model with those experimental data reported in the literature, we could conclude that the energy relaxation of the excitons plays a dominant role in the spectral shift.
We conclude that the energy use of transportation, hydrogen supply from other than renewable energy resources (e.g. as a by-product of industrial processes), and supporting metrics including the grid interactions, energy matching and reliability should be included in the zero-energy definition.
They conclude that the energy impact should be an important factor in future ventilation strategies regarding indoor air quality.
We thus conclude that the energy deficit of infected individuals is most likely diverted by the parasite for its own growth.
On the basis of our observations, we conclude that the energy stored as strongly bound excitons in this 2D perovskite may, nevertheless, be harvested in the presence of a suitable interface.
