… (5)) derived from previous experiments with stainless steel tubular reactors [4] has been
used in this work to determine the coke formation as a function of time on the basis of methane …

… 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 …

… (15) studied coke formation by n-dodecane pyrolysis in a stainless steel porous medium
at … The deposited coke filled about 30% of the pores inside the porous medium, and the …

… cooling structures, the coke deposition rule of hydrocarbon fuels in porous media is a key …
are reported on coke deposition of n-decane and HF-II fuel in sintered bronze porous media at …

… mechanism for coke formation in porous media. Experimental … Coke formed is retained on
the sand and the toluene soluble … of both coke samples, we speculate that coke formed under …

… The pattern of coke formation, its porous structure and the way it deposits in the reactors are
… the channels to the coke is also very small, flow through the porous medium is reduced both …

… the pore, coke formation, and coke extraction. For a parallel coking reaction, the model
predicts that when the reaction mixture density is isothermally increased from subcritical to low-to-…

… porous medium with an aggregate of nanopores and coke solids, as shown in figure 1. The
intermediate value is equal to the intrinsic coke porosity, which depends on coke formation …

… process of coke formation. At the initial stage of coke deposition, the coke with uniform … and
efficiency for microfluidics and diffusion of gas in porous media [21]. Therefore, HS-PPM has …

… The residence time of the fluid through the porous media has … fluid can be predicted inside
the porous media as a function of … the pyrolysis and associated coke formation, which modify …