The phrase "accretion and distribution" is correct and usable in written English.
It can be used in contexts related to finance, economics, or environmental science, where it refers to the accumulation and allocation of resources or materials.
Example: "The study focused on the accretion and distribution of wealth within the community over the past decade."
Alternatives: "accumulation and allocation" or "growth and dissemination".
Such a hypothesis is confirmed by the textural features observed inside cemented aggregates, which attest that some particles were still molten at the moment of accretion, and by the distribution of the aggregates, limited to distances of few kilometers from the eruptive vents, in contrast to aggregates described elsewhere (tens to hundreds of km).
Refining and distribution.
ii) Packaging and distribution.
We attribute this specific pattern of misorientation distribution to growth by particle accretion and subsequent semicoherent homoepitaxial crystallization.
First, we formulate a synthetic grain size distribution composed of three grain size distributions processed with the following mechanisms that govern the grain size distribution in the Milky Way: (i) grain growth by accretion and coagulation in dense clouds, (ii) supernova shock destruction by sputtering in diffuse ISM, and (iii) shattering driven by turbulence in diffuse ISM.
The most frequently occurring ice thickness, the mode of the distribution, represents level ice thickness and is the result of winter accretion and summer ablation.
On the other hand, we showed how a simple geometric model of ice accretion and coalescence (related to random Voronoi tessellations) realizes a one-parameter family of distributions fully capturing the shape fluctuations of ice floes, condensing once again the statistics of the elongations to a single dimensionless parameter, the shape disorder.
Particle size evolved through accretion and, in some cases, coagulation.
Three types of tectonic evolution have been obtained: complete arc subduction, complete arc accretion, and partial arc subduction/accretion.
Accretion and merging processes produce large-scale gas shocks.
