Additional examples are adjusted to the entries in an automated way - we cannot guarantee that they are correct.
In her productions, ideas take form, only to explode and recrystallize.
Being above the recrystallization temperature allows the material to recrystallize during deformation.
"I thought you were using the theta-matrix compositing system to recrystallize the used dilithium?"
The solution is allowed to cool slowly to room temperature, then in an ice bath to recrystallize benzoic acid.
The solution is then cooled to recrystallize nearly pure sodium carbonate decahydrate.
As it nears the solidus temperature the grains recrystallize to form a fine grain structure.
After the liquid phase reaches the surface, the triglycerides will recrystallize into the most stable form, with bloom occurring.
We've managed to recrystallize some of our original dilithium, but not enough to give us a comfortable margin of safety."
Heavily deformed materials will recrystallize more rapidly than those deformed to a lesser extent.
"Ve can recrystallize them now."
If a purchased material does not perform satisfactorily it may be necessary to recrystallize the KNO.
Or he could have simply visualized the solute-and-solvent metaphor and allowed himself to precipitate out, then recrystallize, extracting himself from her.
Temperature-cycling your glassy borax or giving it a lot of time at elevated-but-below-melting temperature might make it recrystallize and be faster to dissolve.
After the grains deform during processing, they recrystallize, which maintains an equiaxed microstructure and prevents the metal from work hardening.
Mixing the three solutions produces supersaturated tetrapropylammonium ZSM-5, which can be heated to recrystallize and produce a solid.
However, its ready solubility in water means that it tends to crystallize, dissolve, and recrystallize as crusts over any mine surface in more humid regions.
Because of the presence of umangite within the core, it is thought that the umangite may recrystallize during the construction of athabascaite.
Limestone is a sedimentary rock that undergoes metamorphic recrystallization to form marble, and clays can recrystallize to muscovite mica.
Then, the rock was buried underneath subsequent rock and was subjected to high pressures and temperatures, causing the rock to recrystallize.
As the water in the body evaporates, the salts migrate to the surface of the object to recrystallize, creating a thin surface, which glazes upon firing.
The annealing step used to recrystallize or heal silicon layers amorphized during ion implantation is also considered one type of Solid Phase Epitaxy.
When sandstone is metamorphosized to quartzite, the individual quartz grains recrystallize along with the former cementing material to form an interlocking mosaic of quartz crystals.
However, the recrystallization of ocean floor rocks, such as Serpentine, which are unstable in the upper mantle, recrystallize into Olivine, causing dehydration through loss of hydroxyl groups.
Deformation at higher temperatures will allow concurrent recovery and so such materials will recrystallize more slowly than those deformed at room temperature e.g. contrast hot and cold rolling.
Basically, a process called metamorphism caused the basalts in Shenandoah to recrystallize with new minerals, such as chlorite, epidote, and albite, which help give the rocks their greenish hue.