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The maximum ethanol yield was obtained at the smallest particle thickness within the present particle thickness range.
Within the present particle thickness range, the larger particle thickness provided limited surface for microbial attack compared with the smaller thickness, but it provided larger inter-particle space of the solid substrate pile.
The ethanol content in solid substrate residues increased by about 3.6 times with the decrease of particle thickness from 0.4 cm to 0.05 cm, which meant that the smallest particle thickness within the present particle thickness range retained the highest ethanol content during GS-SSF.
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This model is applied to particle half-thicknesses ranging from 5 μm to 2 cm, temperatures from 800 to 2000 K, and shrinkage factors of 1.0 0.4.
The observed surface coating is closer to the lowest end of that thickness range, although Mn-rich particles sequestered in pores within the sandstone do not contribute to the surface thickness estimate.
As the X-ray diffraction detected well-ordered crystalline (hkl) planes with long-range ordering, it was not easy to observe (00l) peaks in the drug/LDH nanohybrids having thin particle thickness and random orientation.
High-mobility 2DEGs are obtained at a thickness range of 2 uc≤d<3 uc.
The particle thickness is extremely small (~1 nm) (Jaafar 2006).
However, the energy consumption of size reduction of biomass is higher for small particle thickness than that for large thickness.
The results implied that the highest ethanol yield was obtained at the smallest particle thickness, but the highest ethanol stripping efficiency was obtained at the largest particle thickness.
The available surface area for microbes increased with the decrease of particle thickness.
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