The evolution of the mean fuel droplet temperature across the flame brush was quantified.
Mode transition therefore also leads to evolution of the mean streaming flow.
Moreover, the evolution of the mean progress variable of DF-PCM can be correctly estimated by the approximated models.
The observed evolution of the mean semi-major axis was obtained by processing the historical two-line elements record.
First, the global climate impacts of future CP ENSO extremes will critically depend on the evolution of the mean climate state in the tropical Pacific36,37, which itself is poorly constrained at present.
Experimentally, this calibration has been approached by previously studying the evolution of the mean half radius of δ′ by transmission electron microscopy (TEM).
The temporal evolution of the mean flamelet radius of curvature converges towards half of the integral length scale measured in the cold flow.
In this limit, the on line learning dynamics is analyzed and it is shown that, since fluctuations are small, dynamics can be well described in terms of evolution of the mean.
The temporal evolution of the mean precipitate composition is found to be non-monotonic during the phase transformation, and phase composition does not follow the tie line due to a complex interplay between capillarity and diffusion process.
The g-functions are then used to determine the time evolution of the mean dimensionless temperature at the interface BHE-ground, averaged among BHEs, for some BHE fields subjected to a monthly averaged heat load.
