The final residual material after the combustion process of biomass was ash, and it formed a standard measurement parameter for solid fuels.
The influence of mixing on microorganism integrity and product formation is a critical design parameter for solid-state fermentation bioreactors.
Based on the experimental data and the results from first-principles calculations, thermodynamic model parameters for all solid and liquid phases for binary Li Sn and ternary Mg Li Sn were optimized.
We decided to use in our corrections tidal parameters for the solid Earth and ocean loading tides that originate from the analysis of long record of the Strasbourg SG (see e.g. Calvo et al. 2014).
Additional combinations, including parameter sets for SOLiD sequencing, will be added to ESTcalc as they are obtained in ongoing data analyses.
Further, in such a situation incorporation of kinetic parameters for reaction between solid and solid in the proposed model would cause no loss of accuracy even if a complicated two phase model is not considered in its place.
The key process parameters of solid state enzymolysis for the generation of soluble sugar (SS) and bio-hydrogen production from corn stalk were optimized by the response surface methodology (RS M based on a three factor-five level central composite design (CCD), respectively.
Based on a local tensile stress criterion, the expression of critical temperature change ΔTc leading to the local tensile strength at the surface, which is designated as the thermal shock resistance parameter for FGM solid cylinder, is obtained.
All the parameters are significant and with the correct sign, with the exception of the parameter for NSTR2 (Solid mineral fuels) which was found to be negative and not significant.
