The phrase "analyses of the flame" is correct and usable in written English.
It can be used in contexts where you are discussing scientific studies or evaluations related to the characteristics or behavior of a flame.
Example: "The researchers conducted detailed analyses of the flame to understand its temperature and combustion efficiency."
Alternatives: "examinations of the flame" or "studies of the flame".
Analyses of the mean flame angles demonstrate that laminar and turbulent flames do not have similar responses to buoyancy.
The present study not only generalized the previous analyses of the heat recirculation flames but also provided a model for the study and control of sub-limit flames in micro power devices and reactors.
The analyses of detailed flame structures, chemical kinetics, and nitrogen reaction pathways indicate NOx are formed through Zeldovich (or thermal), NNH and N2O routes both in the hydrogen-lean and hydrogen-rich syngas flames at normal pressure.
The physical analyses revealed that the proximity of the flame front to the combustor inlet and the high curvature of the flame surface are the reasons underlying the superior performance of the optimal fuel blend.
This work describes analyses of turbulent flame speeds, ST, of negative Markstein length fuel blends using leading point models.
This analysis applies the combustion approximation and differs from previous asymptotic analyses of tubular flames by applying the Hirschfelder boundary condition at the burner exit for chemical species and the application of the delta-function closure scheme.
The unsteady effect is quantitatively analysed by comparing the characteristic times of the flame and the flow.
Sodium and potassium ions were analysed employing the flame emission photometric method using Gallenkamp digital flame analyser (Loughborough, England).
In contrast to previous asymptotic analyses of lean flames and moderately rich flames, where the reaction zone of these flames was presumed to be made up of two layers, for rich flames analyzed here all chemical reaction are presumed to take place in one layer.
To further confirm the flame-retardant mechanism of PVC-matrix composites, we conducted SEM analyses of the residual chars.
