Sentence examples for surface of crystals from inspiring English sources
Pseudomorphs can be formed by deposition of one mineral on the surface of crystals of another (see also epitaxy).
The formation of EFAL species occurs through the migration of aluminium from the framework into the outer surface of crystals and is rate-controlled, which means that it can be accelerated or slowed down by changing the steaming temperature [27].
An evaluation of secondary nucleation in the crystallization process was performed in order to monitor possible microstructures present on the surface of crystals or irregular growth of the same, which are caused mainly by high supersaturations that associated with mechanical abrasions that act as nucleation centers.
Among them, apolipoprotein (apo) B and apo E inhibit crystal-induced neutrophil stimulation by binding to the surface of crystals [ 19, 20].
Most likely thereby the attachment of growth units to the surface of crystals is hindered, and crystal breakage may be initiated.
Thus some polymers are known to suppress the nucleation process while others adsorb on the surface of crystals to block the access of solute molecules ("the poisoning effect") thus preventing or retarding crystal growth.
Ts, Tg and Tb represent the measured substrate temperature on the bottom surface of glass substrate, the measured temperature on the top surface of glass substrate, and the measured temperature on the top surface of crystal Si substrate, respectively.
In papers [7, 8] it is shown that the local deformation of the subsurface layer of silicon is capable to getter defects and impurities from bulk to surface of crystal by dislocations.
Two flexible ether bonds were designed to connect two pyrene rings on a polyhedral oligomeric silsesquioxane (BPy-POSS) to enrich the fraction of "intrinsic intramolecular pyrene-dimer" on the surface of crystal isobutyl-POSS (iBu-POSS) thin-films.
For simplicity, the surfaces of crystals A and B are all assumed to be parallel to one another, but the angle between the crystal surfaces and the diffracting lattice plane is taken to be arbitrary, so that the theory can deal with the asymmetric Laue case.
Similar studies of the surface structures of crystals have commercial applications, such as in the controlled growth of thin diamond films, Libbrecht notes.
