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Experimental Investigation of Micrometric Droplets and Artificial Particles
註釋Clouds and atmospheric particles (e.g. ice crystals, smoke, dust or pollen) heavily influence Earth's energy budget and contribute to the largest uncertainties in climate prediction models. Their treatment involves a huge variety of scales, from sub-micrometer particles that act as cloud condensation nuclei (CCN) to turbulent mixing and entrainment processes, up to coherent atmospheric flows that can span tens to thousands of kilometers. This causes challenges for both simulations and theory as most climate models cannot resolve scale differences on that order. Combining simulations and the...