In the absence of a nucleating agent, the bubbles appear as a result of the
homogeneous nucleation and, in addition, are nucleated at the boundaries between crystalline and amorphous polymer regions.
Note that, under
homogeneous nucleation with [lambda](x) [equivalent to] [lambda], we have [V.
The free particle and the fixed particle theories included obstruction of tubular lumen either by supersaturation and
homogeneous nucleation of stone-forming salts inside the tubular lumen or by crystal adherence to luminal renal tubular cells and interaction of the fixed nuclei with the surrounding supersaturated environment.
Homogeneous Nucleation Heterogeneous Nucleation 1 This type of nucleation occurs Occurs when the surface in when the surface in contact of contact of liquid contains the liquid is smooth and liquid cavities.
Therefore, it can be concluded that the VLTCP phenomenon can be caused by
homogeneous nucleation as it has the same undercooling as pointed out above.
The commonly held view today is that explosive eruptions are generated by the
homogeneous nucleation of bubbles in a supersaturated magma (see Mangan et al.
Other mechanisms of broadening include limited aggregation, creating larger particles, and
homogeneous nucleation, creating smaller particles, which are considered likely in the SFRP case mentioned above.
The
homogeneous nucleation and heterogeneous nucleation work together in PA6 crystallization because PA6 is a semicrystalline polymer.
V](t, x) have to approximate that one associated to a Poisson
homogeneous nucleation with intensity [lambda] = [[lambda].
The ability to foam thin cross sections is made possible because of the uniform, single-phase solution and the resulting
homogeneous nucleation.
As a result,
homogeneous nucleation is unlikely to occur.
The heterogeneous nucleation is usually 100 to 1000 times more favourable than
homogeneous nucleation.