Sentence examples for inverse diffusion from inspiring English sources

Quenching limits of laminar axisymmetric inverse diffusion flames were observed.

The fact that Roper's analysis applies to inverse diffusion flames is evidence that inverse diffusion flames are similar in structure to normal diffusion flames.

The results show significant differences in the sooting characteristics of normal and inverse diffusion flames.

Specifically, silicon is investigated as an additive to iron catalysts for synthesis of SWCNTs in inverse diffusion flames.

Flame heights of co-flowing cylindrical ethylene air and methane air laminar inverse diffusion flames were measured.

These vortices in inverse diffusion flames, as opposed to those in normal diffusion flames, appear primarily in the exhaust jet.

The method involves utilizing a multi-element inverse-diffusion-flame burner, where post-flame species and temperatures are radially-uniform upon deposition at a substrate.

The growth of CNTs is investigated on NiAl2O4, CoAl2O4, and ZnFe2O4, using counterflow diffusion flame and multiple inverse-diffusion flames (m-IDFs), while the growth of FLG is investigated on CuFe2O4 using m-IDFs.

Analysis of their gas permeation data revealed that these materials exhibit a rare case of inverse CO2/CH4 diffusion selectivity (DCO2/DCH4<1).

We investigate the effects of the flow-field configuration on the sooting characteristics of normal and inverse coflowing diffusion flames.

A time-dependent, detailed-chemistry computational-fluid-dynamics (CFD) model is developed for simulation of an ethylene air inverse jet-diffusion flame that has been studied experimentally.