Add to ORKGInternational audienceThe influence of droplets non sphericity on their rainbow scattering diagrams is investigated with a vectorial complex ray model and experiments carried under acoustic levitation. It is shown that quasi-imperceptible change in the morphology of large droplets can significantly affect the structure of their scattering pattern and hence any estimation of their size and temperature-unless a proper a particle shape and light scattering models are used
International audienceThe scattering patterns near the primary rainbow of oblate drops are simulated...
Over a dozen rainbows have been observed in a single water droplet. They appear as glare spots on th...
This thesis is devoted to the numerical simulation of the scattering of plane wave by a pendent drop...
International audienceThe influence of droplets non sphericity on their rainbow scattering diagrams ...
Sprays and droplets are involved in numerous industrial processes and in nature, e.g. fuel injection...
International audienceWe report the first experimental validation of the Vectorial Complex Ray Model...
In this paper we derive a physically based model for simulating rainbows. Previous techniques for si...
Improvements on the Global Rainbow Thermometry (GRT) technique are being presented. The GRT techniqu...
Rainbow techniques permit measurement of refractive indices, and hence the temperatures of liquid dr...
Light scattering by small particles is the physical phenomenon that produces the natural rainbow in ...
International audienceThe scattering patterns near the primary rainbow of oblate drops are simulated...
Light scattering by small particles is the physical phenomenon that produces the natural rainbow in ...
Rainbows, the dispersion phenomena of light, are caused by raindrops in the air. The rays of light i...
The scattering of light by spherical drops and the theory of rainbows are reviewed in detail to pred...
We both theoretically and experimentally examine the behavior of the first-and the second-order rain...
International audienceThe scattering patterns near the primary rainbow of oblate drops are simulated...
Over a dozen rainbows have been observed in a single water droplet. They appear as glare spots on th...
This thesis is devoted to the numerical simulation of the scattering of plane wave by a pendent drop...
International audienceThe influence of droplets non sphericity on their rainbow scattering diagrams ...
Sprays and droplets are involved in numerous industrial processes and in nature, e.g. fuel injection...
International audienceWe report the first experimental validation of the Vectorial Complex Ray Model...
In this paper we derive a physically based model for simulating rainbows. Previous techniques for si...
Improvements on the Global Rainbow Thermometry (GRT) technique are being presented. The GRT techniqu...
Rainbow techniques permit measurement of refractive indices, and hence the temperatures of liquid dr...
Light scattering by small particles is the physical phenomenon that produces the natural rainbow in ...
International audienceThe scattering patterns near the primary rainbow of oblate drops are simulated...
Light scattering by small particles is the physical phenomenon that produces the natural rainbow in ...
Rainbows, the dispersion phenomena of light, are caused by raindrops in the air. The rays of light i...
The scattering of light by spherical drops and the theory of rainbows are reviewed in detail to pred...
We both theoretically and experimentally examine the behavior of the first-and the second-order rain...
International audienceThe scattering patterns near the primary rainbow of oblate drops are simulated...
Over a dozen rainbows have been observed in a single water droplet. They appear as glare spots on th...
This thesis is devoted to the numerical simulation of the scattering of plane wave by a pendent drop...