… To explore the factors that affect coke strength in the meso-scale pore structure of coke, we
… and meso-scale pore structure of the polished surface of coke sample. Coke was fractured …

… pore scale: coke formation and combustion. The LB model includes thermal expansion effects
and solves the reactive air-coke … both coke formation and two-step coke combustion, as …

… include the effect of coke formation on the pore structure and … coke formation similar to the
crude oil ISC process but also to in situ measure postdeposition permeability. Effects on coke …

… Pore structure is known to play a role in the strength of coke. However, across cokes with
similar porosities, strength can be variable, indicating that certain features of the pore … coke …

… The Ostwald ripening process was performed artificially to simulate coke formation. This
transformed the neighboring voxels around the existing coke crystals into new coke voxels …

… pore-scale simulation is carried out by the lattice Boltzmann method to investigate the change
of pore structures caused by coke for… is a representative coke formation reaction, which is …

… Therefore, measurement of the three-dimensional structure by a non-destructive technique
is important in understanding the pattern of coke formation, its porous structure and the pore …

… processes in multiscale pore structures with various length scales ranging from nanometres
… is equal to the intrinsic coke porosity, which depends on coke formation conditions, such as …

… can be interpreted as the coke molecules partially filling the zeolite pores such that they are
more … For longer TOS (15 min+), the coke molecules are filling all or most of the pores in the …

… Pore structure is an important factor that affects coke thermal properties. In order to reveal
the formation regularity of coke pore … coals was carried out in 40 kg test coke oven. The …