The phrase "amorphous place" is correct and usable in written English.
It can be used to describe a location or environment that lacks a definite shape or structure, often implying a sense of ambiguity or fluidity.
Example: "The artist found inspiration in the amorphous place where the ocean met the sky, blurring the lines between land and water."
Alternatives: "formless space" or "indeterminate location".
The main conclusions are that the presence of zirconia drastically decreases the viscosity of the glassy phase developed in the Si3N4Al2O3 system; when both Y2O3 and ZrO2 are present in this system devitrification of grain boundary amorphous phase takes place; when zirconia is present in the Si3N4Y2O3 system no unwanted quaternary crystalline phases are formed.
Thin films of water, acidified by contact with volcanic vapors, dissolved near-surface basalt, then precipitated amorphous silica in place, mobilizing more soluble cations.
But at 550 °C, a high probability of the formation of the amorphous structure takes place, while the temperature of 1100 °C was chosen as sufficient for crystalline structure formation.
First, the intercalation of the alkaline ions into the crystalline parts of the polymer occurs and secondly the insertion of Li+ and Na+ into the amorphous regions takes place at very low potentials.
In addition, depending on the relationship between the drug polymer interaction parameter and temperature (Eq. (4), see Section 2.3), amorphous phase separation can take place both when temperature decreases (below the upper critical solution temperature, or UCST, Fig. 2B) and when it increases (above the lower critical solution temperature, or LCST) (not shown).
The samples of amorphous TiO2 were placed on one of the electrodes where discharge is carried out inside the plasma chamber.
Samples for transmission electron microscopy (TEM) were prepared by putting a drop of the colloidal solution on a copper grid coated with a thin amorphous carbon film placed on a filter paper.
Alternative to drug crystallization, amorphous phase separation may also take place (Fig. 2B).
