The model parameters the fluid residence time and the entering and exiting flow rates in each environment are determined a priori using a shrinking-aggregate model and the residence time distribution of the system.
In our study, these kinetic characteristics are made available by analyzing exit-flow rate data of Thin-Zone Temporal Analysis of Products (TAP) pulse-response experiments via an algorithm called the Y-Procedure.
(2) The flow resistance decreased with increasing the exit mass flow rate.
(3) The relation between the exit mass flow rate and the Nusselt number was a quadratic function.
A series of experiments have been designed to explore how the exit mass flow rate effects on the heat transfer characteristics.
Analysis of the experimental results may lead to the following conclusions, (1) with increasing the hole opening ratio, the heat transfer was enhanced while the exit mass flow rate keeping constant.
The imaged exit airway flow rate fractions are derived from regional ventilation with the aid of a three-dimensional (3D) and one-dimensional (1D) coupled airway tree that connects the airways to the alveolar tissue.
In the multiplicity region, the order of net hydrogen yield from high to low is the middle, upper and lower temperature steady states, while the order of reformer exit carbon flow rate from high to low is the lower, middle and upper temperature steady states.
Operating conditions, feed frame exit contributions, and outlet mass flow rate affect the MRT.
The total soot yield is found to scale linearly with both the jet exit diameter and the fuel flow rate for the two flame sets of different exit strain.
