Exact(4)
In Poland, the main dust catcher is a cyclone dust collector, and its collection efficiency is up to 99.3 %, and the dewatering efficiency is also up to 98%%, but the operating resistance is over 2,300 Pa.
This is because their models consider the main dust production/destruction processes that affect the dust evolution of galaxies, which makes it easy to compare our results to previous ones.
From the relation between Zcr and tcr, we can understand that the dust mass growth is the main dust production of the Milky Way (evolved galaxy) and dusty QSOs (in a high-z Universe).
Although asymptotic giant branch stars are considered to be the main dust source in the Milky Way (e.g., Dwek, 1998), there is not enough time for stars to evolve to the phase in the early Universe at the redshift z > 6.
Similar(56)
The Ulan Buh Desert (UBD), in southwestern Inner Mongolia, is one of the main dune fields and dust source areas in northern China.
To examine when the dust mass growth becomes dominant as the main source of dust in galaxies, we first compare each process of dust production.
The main aspects of dust explosions are presented: dust properties, ignition sources, pressure variation, and primary and secondary explosions.
By introducing a critical metallicity, it is clearly shown that the dust mass growth is the main source of dust in such galaxies with various star-formation timescales and ages.
As for the dust mass growth, the ISM is considered to be the main source of dust in various galaxies.
It is thought that SNe are the main source of dust destruction.
In this paper, we investigate what is the main driver of dust mass growth in the ISM.
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