We can divide nucleation into homogeneous nucleation and heterogeneous nucleation.
2.
Heterogeneous nucleation and tribonucleation are considered the most likely mechanism for bubble formation.
3.
Heterogeneous nucleation can take place by several methods.
4.
This is also referred to as heterogeneous nucleation.
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Homogeneous nucleation is much rarer than heterogeneous nucleation.
6.
Heterogeneous nucleation, nucleation with the nucleus at a surface, is much more common than homogeneous nucleation.
7.
In the early stages of this polymerization, only nanofibers are formed since there are no heteronuclei available for heterogeneous nucleation.
8.
Gases preferentially condense onto surfaces of pre-existing aerosol particles, known as "'heterogeneous nucleation " '.
9.
Uric acid crystals can also promote the formation of calcium oxalate stones, acting as " seed crystals " ( heterogeneous nucleation ).
10.
Homogeneous nucleation describes when the nuclei are formed spontaneously in solution while heterogeneous nucleation describes when the nuclei are grown on other species.
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