The increasing accessibility of radiometric thermal imaging sensors for unmanned aerial
vehicles (UAVs) offers significant potential for advancing AI-driven aerial wildfire management. …

… Much of the mu-g flame is also farther from the surface, dimmer, and with less soot, when
compared to the 1 g flame. Three-dimensional liquid-phase flow patterns that control the liquid …

… g flame, it is clear that the flame brush thickness is increased due to turbulence. The g turbulent
flame (bottom center) appears much shorter than the +g flame… +g and -g flame angles are …

… The fact that the μg turbulent flame angle is consistent with the −g flame angles but not with
the +g flame angles provides an important clue. As shown in Fig. 11 for φ = 0.7, the +g flame …

… 0 g flame, whereas they are directed towards the centerline due to the buoyancy-induced
entrainment that occurs in a corresponding 1 g flame. … zones of the 0 g flame. The nonpremixed …

Almost seventy percent of deaths in accidental fires are caused by inhalation of toxins such
as carbon monoxide (CO) and smoke (soot) that form during underventilated burning. The …

… -dimensional model (see Figure below) showed that at low strain rates, the 1-G flame
extinguishes from the outer flame edge inwards towards the central axis, whereas the 0-G flame …

… to the burner compared to the 1-g flame. In addition, the 1-g lifted flame base exhibits a
triple flame structure, while the corresponding μ-g flame base indicates a nub or edge flame …

… Results revealed that, maximum berry weight (3.18 g Flame Seedless and 3.38 g in Sharad
Seedless) berry length (20.49 mm Flame Seedless and 25.98 mm Sharad Seedless) berry …

… The “U” shaped stagnation plane of the– g flame is well replicated in our simulation results.
The– g flame reaches a maximum axial velocity of 1.5 cm/s, much lesser than the velocity of+ …