ORDERED INCORPORATION OF NANOPARTICLES IN KDP MONOCRYSTAL GROWTH FROM SOLUTION |
| 6 | |
| 2011 |
| SOLID-STATE PHYSICS |
| scientific article | 548.4 + 517.925.42 | ||
| 44-48 | single crystal growth, mass transfer, impurity, nanoparticles, zoning pattern, numerical modeling |
| An original mathematical model of two-component crystal growth from solution in the presence of impurity nanoparticles
has been proposed. It is shown that for certain parameters in the growth system, there are oscillations of
the impurity concentration at the growth front, which contribute to the nonuniform quasi-ordered distribution of
defects in the bulk of the grown crystal and leads to the formation of a monocrystal oscillatory zoning pattern. |
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