Sentence examples for laminar configuration from inspiring English sources

For all quantities investigated, including CO production, the R-to-P laminar configuration provides an improved description relative to the twin flame configuration, which predicts qualitatively incorrect trends and overestimates extinction.

On its own, this change in laminar configuration does not alter the configuration of the two fossae associated with the the diapophysis, centrum, and prezygapophysis (Fig. 5).

Instead it is composed of a membrane-embedded laminar configuration [3].

Instead, one can study flames with complex chemistry in simpler laminar configurations to provide insight into the chemical and physical processes occurring in many engineered systems.

Historically, the critical velocity gradient concept predicts trends of flashback behavior in laminar configurations for a wide range of temperatures, pressures, and fuel compositions more consistently than in turbulent configurations.

The conditional averages for positive strains are compared with calculated data from two different canonical strained laminar configurations to determine which is the optimal representation of a laminar flame structure embedded in a turbulent flame: the reactant-to-product (R-to-P) configuration or the symmetric twin flame configuration.

In addition, abundant peripheral foci termed centriolar satellites are present around the centrosome, which are used for dynein-dependent transport of a cohort of centrosomal proteins from the cytoplasm to the centrosome along the microtubule cytoskeleton 2, 3, 4. The yeast SPB, on the other hand, lacks centrioles and comprises laminar configurations on or within the nuclear membrane.

This interesting low-stretch laminar flame configuration can be useful for fundamental studies of combustion chemistry.

The structure of a time-dependent methane/enriched-air flame established in an axisymmetric, laminar counterflow configuration is investigated, as the flame interacts with two counterpropagating toroidal vortices.

The study was conducted in an axisymmetric, co-flow, laminar flame configuration at atmospheric pressure to determine the effects of fuel structure on aromatic species and soot.

The structure of steady methane/enriched-air edge flames established in an axisymmetric, laminar counterflow configuration was investigated computationally and experimentally.