Sentence examples for heat transfer zone from inspiring English sources

A heat transfer zone physical model is proposed for programming.

These household cookstove models are organized around the three major zones of the cookstove system: the fuel bed, the gas phase reaction zone, and the heat transfer zone.

As a consequence, for fixed-bed gasifiers equilibrium models must consider drying and devolatilization taking place at lower temperature in the heat transfer zone, where solid feed is heated by syngas.

Today's household biomass cookstove models are coupled steady-state models with simplified algebraic relationships for the packed bed; computational fluid dynamics with a four-equation set global reaction scheme for CO2, CO, H2, H2O, and hydrocarbons in the gas phase reaction zone; and generic correlations or computational fluid dynamics models in the heat transfer zone.

The local heat transfer characteristics of a pebble are analyzed, and it is found that the heat transfer varies with the location; areas with φ = 36° and 117° are the strongest heat transfer zones (φ is the circumferential angle from the z-axis to the hole), while areas with φ = 0°, 90°, and 180° are the weakest heat transfer zones.

A mathematical model for natural gas reformer is established to draw up homogeneous phase one-dimensional reaction kinetics equation in the reforming tubes, and compute the tube external radiant heat transfer with zone method.

Simulations show that deluting the air-fuel mixture with air reduces peaks in radiative heat transfer in zones critical to ring formation.

According to the practical situation in permafrost regions, the governing differential equations of heat transfer in frozen zone and unfrozen zone are simplified.

In the devolatilization process, due to evaporated moisture moves away from the devolatilization front, the amount of volatile determined the reaction zone thickness [48], and it influenced the heat transfer to the devolatilization zone which affected the devolatilization rate.

Heat transfer around the critical zone presents a marked enhancement, that follows the peaks in thermophysical properties like thermal conductivity and heat capacity.

Intense heat transfer in the impact zone of microjet has been examined and described with precise measurements of thermal and flow conditions of microjets.