For the reactions of acetone autothermal reforming and CH4 dry reforming in realistic feeds, catalytic activity is mainly determined by the surface/bulk oxygen mobility responsible for coking suppression.
Based on the results of these experiments the optimum set of conditions was identified and applied to the conversion of realistic feeds, including the oil extracted from algae cultured using flue gas from a coal-fired power plant.
Pt + Cu-loaded ZrPILC tested in the reactions of NOx selective catalytic reduction by propylene and decane in realistic feeds with a high content of water, oxygen and an admixture of SO2 demonstrated promising performance at high space velocities (up to 100 000 h−1) in the temperature range of 150 400 °C.
The specificity of these catalyst action in realistic feeds was explained by taking into account the textural, structural and surface features of zirconia-pillared clays as well as the mechanism of NOx HC SCR reaction including participation of strongly bound species in key stages.
The liquid hold-up, εL, as well as the volumetric gas-liquid mass transfer coefficient, kLa, have been measured in a bench-scale, gradientless, three-phase Robinson-Mahoney reactor at high temperature and pressure conditions using realistic feeds to verify its suitability for the acquisition of intrinsic chemical kinetics.
Partial oxidation of methane into syngas at short contact times (5 15 ms) was studied in both steady-state and transient modes at temperatures up to 850 °C in realistic feeds (CH4 content up to 20%, CH4/O2 = 2) with a minimum impact of mass and heat transfer for structured catalysts carrying Pt/Ln0.3Ce0.35Zr0.35O2−y (Ln = La, Pr, Gd) as thin layers on walls of corundum channel substrates.
We constructed a correspondingly asymmetric environment and task indeed, by incorporating also the other basic facts of Aplysia feeding, a complete, biologically realistic feeding scenario.
We run models embodying these CPG dynamics—in effect, autonomous Aplysia agents—in various feeding environments and analyze the performance of the entire system in a realistic feeding task.
Recently, there has been a new expansion of mathematical frameworks that contain explicit representations of the vector life cycle including aquatic stages, multiple vector species, host heterogeneity in biting rate, realistic vector feeding behavior, and spatial heterogeneity.
"I mean we've put outcomes in, we ask for feedback … and to be fair it is very hard to get realistic info fed back to us.
