Sentence examples for both reactors were observed from inspiring English sources

3-D visualizations of temperature, CH4 conversion, CH4 concentration, and H2 concentration profiles were possible by COMSOL Multiphysics modeling software and significant variations within both reactors were observed providing a critical guideline for an efficient reactor design.

Generally, low solids conversion in air and fuel reactors is observed in almost any conditions.

The structure of the microbial granules developed in reactors was observed by means of SEM and TEM.

Both batch and tubular reactor were observed to be less sensitive to scission kinetics than a CSTR.

During stable sulfate reduction, both the organic matter-remaining condition and the low oxidation reduction potential condition in lower parts of the reactor were observed.

The unique temperature profiles of biomass slurry in the reactor were observed and compared with that of conventional electrical heating and direct solar heating approaches.

Steady-state performance of the reactor was observed by analysis of the reactant and products in the exit stream.

A half deflecting oscillation behavior in T-jets reactor is observed for the first time, whose dimensionless period is about half of that of the unconstrained opposed jets.

A synergistic effect of liquid-phase properties and sparger design on the performance of an external-loop airlift reactor was observed in our experiments.

The gasifier with the decomposition reactor is observed to be one of the most critical components of a biomass gasification system, and is modeled to control the produced syngas yield.

New steady-state microbial community profiles and reactor performances were observed in all the biogas reactors after the temperature disturbance.