Interestingly, the single crystals obtained at the lowest crystallization temperature explored exhibit a nearly square shape.
Elongation to break decreased with an increase of crystallization temperature, and for the samples crystallized at 137 °C, it was only 1.5%%.
In conclusion, for the model drug fenofibrate, a high freezing rate and a relatively low crystallization temperature resulted in the smallest crystals and therefore the highest dissolution rate.
It was the smallest (15.6 nm) for non-isothermally crystallized PP and increased with isothermal crystallization temperature to 20.7 nm at T = 137 °C.
From the figure it can be seen that the crystal number showed the tendency against the crystallization temperature as predicted by B22 measurement.
Metallic glasses are metastable materials, which crystallize when heated up to temperatures exceeding their crystallization temperature T c[1, 2].
The crystallization temperature had the same effect on the thickness of developed single crystals.
With enhancing the crystallization temperature, the driving force for backbone laminating decreased for homopolymer single crystals.
The phlogopite crystals have been used to determine the age of the dike and its crystallization temperature (900 °C (1,650 °F)).
Crystallization temperature.
b crystallization temperature (°C).
