Sentence examples for spray diffusion from inspiring English sources

An experimental study is reported on the physical characterization of the structure of ethanol/argon/oxygen coflow laminar spray diffusion flames in the pressure range 0.1 0.9 MPa.

In this study an experimental, well-controlled parametric investigation of the behavior of an oscillating Burke-Schumann type spray diffusion flame is described.

For appropriate operating conditions (the characteristic flow time less than the characteristic vaporization time) it is shown that a fully developed parabolic velocity profile located at a short distance downstream of the inlet region provides the background flow field for the establishment of a homogeneous spray diffusion flame.

This results in the ink spraying diffusion as users dispose it on the surface of the target using printing, coating, and injecting methods.

For alkane-oxidizer mixtures, it explains that these conditions shift to higher pressure flow conditions with increasing carbon number and demonstrates that, instead of widely assumed classical spray atomization, diffusion-dominated mixing may occur under relevant high-pressure conditions in many modern devices.

Despite these variations, the generalized analysis reveals that the envelope of flow conditions at which the transition from classical sprays to diffusion-dominated mixing occurs exhibits a characteristic shape for all liquid gas combinations.

A flame spray and a diffusion flame are combined to continuously produce LiMn2O4 nanoparticles and carbon black, respectively.

In another variant of the pack process, aluminum is deposited from slurry or by thermal spray followed by subsequent diffusion.

The cell potentials of the URFCs using platinum sprayed onto the gas diffusion layer (GDL) are above 0.100 V higher than those with platinum sprayed onto the membrane at 800 mA cm−2 in fuel cell (FC) mode.

The phenomenon of a reversal of droplet direction at high strain as well as droplet oscillation are identified, and regimes of premixed-like and diffusion-like spray flames are characterized.

A Nafion solution was sprayed on a gas diffusion layer (GDL) at the Nafion loading of 2 mg cm−2, and the GDL was then hot-pressed onto a Nafion115 cation exchange membrane, obtaining a modified separator.