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This is followed by a "frozen phase", and is completed by a "thawing phase".
"As the conflict slips into a frozen phase and people attempt to return home to assess the damage and resume their lives, it's likely that there will be a spike in casualties".
So, in the nanowires, the increased amount of frozen phase concentration implies the stronger phase competition in the low-dimensional system.
Some authors have proposed that high pericapsular signal intensity corresponds to hypervascular synovitis typically seen in the frozen phase of AC [31].
So, in the nanowires, the increased amount of frozen phase concentration could be reasonable due to the stronger phase competition in the low-dimensional system.
Reverse technique is used to estimate dielectric properties in frozen phase and gives appreciable results when comparing numerical computation to experimental data.
Similar(46)
Initially, a "freezing" phase occurs.
The analytical criterion for the stability/instability of the freezing phase front in porous media is derived.
The calculation shows that this parameter, which is required for simulation, is not constant during the adsorption evaporation phase and that it is higher during the water freezing phase.
Two behaviors were observed: a volumetric expansion during freezing phase accompanied by a very important damage from the first cycle until the failure of specimen for MI and MX stones, and a volumetric contraction accompanied with a light damage for the high number of freeze-thaw cycle in the cases of MA, LS and SA.
In this paper, a detailed mathematical model was presented for the transient behaviour of rectangular macro-encapsulated phase change material (PCM) in both melting and freezing phases and was validated using published experimental data.
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CEO of Professional Science Editing for Scientists @ prosciediting.com