@LenaDubitsky @OliverMcRae @BU_FluidLab Thank you for this great work! Interestingly, similar effects can happen in raindrops as well: https://t.co/GrVlGhLCTk
@flowirin @Jousefm2 In the video it's a 7mm diameter raindrop at 20° inclination. Here is the comparison for a smaller 4.1mm raindrop: https://t.co/TZMCZUC05I https://t.co/yb9gr8OoLQ
Find physical accuracy validation of the raindrop setup in this paper: https://t.co/nSXgUZjPpS
RT @ProjectPhysX: Hey #EGU22 people! I'm excited to present my @SFB1357 work today at 14:37, on the ejection of marine #microplastics by ra…
RT @ProjectPhysX: Can #microplastics transition from the ocean surface into the atmosphere? With a large-scale computational study and expe…
RT @ProjectPhysX: Hey #EGU22 people! I'm excited to present my @SFB1357 work today at 14:37, on the ejection of marine #microplastics by ra…
RT @ProjectPhysX: Hey #EGU22 people! I'm excited to present my @SFB1357 work today at 14:37, on the ejection of marine #microplastics by ra…
Hey #EGU22 people! I'm excited to present my @SFB1357 work today at 14:37, on the ejection of marine #microplastics by raindrops. Looking forward to see you in the Atmospheric Sciences session AS3.25 in room 0.11/12, starting at 13:20! 🖖🧐🔎💧 https://t.co/Ei
RT @ProjectPhysX: I've been invited to the @finding_genius podcast to talk about my research on #microplastics at the @SFB1357! Listen in t…
Wow! Based on simulations, assuming #microplastics concentration 2.9 particles / liter at ocean surface, realistic upper bound estimate for annual microplastic particles transitioning during rainfall from global oceans into atmosphere = hundred trillion.
RT @ProjectPhysX: I've been invited to the @finding_genius podcast to talk about my research on #microplastics at the @SFB1357! Listen in t…
@finding_genius @unibt @ApplePodcasts Thank you for having me on the podcast! It's so important to get the science out to the people and raise awareness about the devastating environmental pollution by #microplastics. Find my study here: https://t.co/TZMCZ
RT @ProjectPhysX: I've been invited to the @finding_genius podcast to talk about my research on #microplastics at the @SFB1357! Listen in t…
RT @ProjectPhysX: I've been invited to the @finding_genius podcast to talk about my research on #microplastics at the @SFB1357! Listen in t…
I've been invited to the @finding_genius podcast to talk about my research on #microplastics at the @SFB1357! Listen in to learn about how impacting raindrops may transport microplastic particles from the ocean into the atmosphere. 🖖🧐🔎💧 Publication: https:
@jmeseguerdepaz The physical model shows very good agreement with experimental high-speed images. Note that there is no fitting parameter whatsoever, and all parameters (viscosity, surface tension...) are set identical to what has been measured in the expe
Why is a reduced computing time interesting for #microplastics research? Such simulations are used to simulate the transport behaviour of different microplastic particles into the atmosphere. Simulation time matters when you want to answer questions 😉. htt
RT @openclapi: Using an OpenCL implementation of the marching-cubes algorithm, @ProjectPhysX created the most realistic raindrop impact sim…
RT @openclapi: Using an OpenCL implementation of the marching-cubes algorithm, @ProjectPhysX created the most realistic raindrop impact sim…
RT @openclapi: Using an OpenCL implementation of the marching-cubes algorithm, @ProjectPhysX created the most realistic raindrop impact sim…
Using an OpenCL implementation of the marching-cubes algorithm, @ProjectPhysX created the most realistic raindrop impact simulation ever done. Watch in 4K: https://t.co/fmS3RfGTuW Paper: https://t.co/5tJSUY8J6K
RT @mrillig: M. Lehmann et al. Ejection of marine #microplastics by raindrops: a computational and experimental study -> How MP particle…
RT @AlpyneClimate: In a new study published in #Microplastics and #Nanoplastics, researchers, incl. @ProjectPhysX & @1357Lm, examine if mic…
RT @ProjectPhysX: Can #microplastics transition from the ocean surface into the atmosphere? With a large-scale computational study and expe…
RT @AlpyneClimate: In a new study published in #Microplastics and #Nanoplastics, researchers, incl. @ProjectPhysX & @1357Lm, examine if mic…
In a new study published in #Microplastics and #Nanoplastics, researchers, incl. @ProjectPhysX & @1357Lm, examine if microplastics can transition from the #ocean surface into the #atmosphere. They identified one possible mechanism: impacting raindrops.
RT @mrillig: M. Lehmann et al. Ejection of marine #microplastics by raindrops: a computational and experimental study -> How MP particle…
@berlinerzeitung @Umweltbundesamt @BfRde Ich bedanke mich für den informativen Bericht über meine #Mikroplastik Studie im Rahmen des @SFB1357. Die Studie gibt es hier kostenlos zu lesen: https://t.co/kj1K4qNCj9
RT @SFB1357: 📢New CRC 1357 publication: Can impacting raindrops transfer #microplastic? Read more about this mechanism in the publication…
RT @mrillig: M. Lehmann et al. Ejection of marine #microplastics by raindrops: a computational and experimental study -> How MP particle…
RT @mrillig: M. Lehmann et al. Ejection of marine #microplastics by raindrops: a computational and experimental study -> How MP particle…
M. Lehmann et al. Ejection of marine #microplastics by raindrops: a computational and experimental study -> How MP particles move from ocean water into the atmosphere https://t.co/3NUE89lP9y
RT @ProjectPhysX: Can #microplastics transition from the ocean surface into the atmosphere? With a large-scale computational study and expe…
RT @SFB1357: 📢New CRC 1357 publication: Can impacting raindrops transfer #microplastic? Read more about this mechanism in the publication…
RT @SFB1357: 📢New CRC 1357 publication: Can impacting raindrops transfer #microplastic? Read more about this mechanism in the publication…
📢New CRC 1357 publication: Can impacting raindrops transfer #microplastic? Read more about this mechanism in the publication of @ProjectPhysX, @1357Lm, F. Häusl, A. Held & S. Gekle in https://t.co/CgVY3bmFzN. Congratulations! https://t.co/uCy9ZCTYaO
RT @ProjectPhysX: Can #microplastics transition from the ocean surface into the atmosphere? With a large-scale computational study and expe…
RT @ProjectPhysX: Can #microplastics transition from the ocean surface into the atmosphere? With a large-scale computational study and expe…
RT @ProjectPhysX: Can #microplastics transition from the ocean surface into the atmosphere? With a large-scale computational study and expe…
RT @MicroplasticLab: Fascinating study about transport of marine #microplastics by raindrops. About 4800 #microplastic particles transition…
RT @ProjectPhysX: Can #microplastics transition from the ocean surface into the atmosphere? With a large-scale computational study and expe…
RT @MicroplasticLab: Fascinating study about transport of marine #microplastics by raindrops. About 4800 #microplastic particles transition…
RT @ProjectPhysX: Can #microplastics transition from the ocean surface into the atmosphere? With a large-scale computational study and expe…
Can #microplastics transition from the ocean surface into the atmosphere? With a large-scale computational study and experiments, we identified one possible mechanism: impacting raindrops.🔎💧 Read my 1st first-author #PhD paper here: https://t.co/0wUOwxm5Hs
RT @MicroplasticLab: Fascinating study about transport of marine #microplastics by raindrops. About 4800 #microplastic particles transition…
RT @SpringerPhysics: #EditorsChoice: Don't miss this new #OA article published in Microplastics and Nanoplastics, on the ejection of marine…
RT @SpringerPhysics: #EditorsChoice: Don't miss this new #OA article published in Microplastics and Nanoplastics, on the ejection of marine…
RT @SpringerPhysics: #EditorsChoice: Don't miss this new #OA article published in Microplastics and Nanoplastics, on the ejection of marine…
RT @MicroplasticLab: Fascinating study about transport of marine #microplastics by raindrops. About 4800 #microplastic particles transition…
RT @MicroplasticLab: Fascinating study about transport of marine #microplastics by raindrops. About 4800 #microplastic particles transition…
RT @MicroplasticLab: Fascinating study about transport of marine #microplastics by raindrops. About 4800 #microplastic particles transition…
RT @MicroplasticLab: Fascinating study about transport of marine #microplastics by raindrops. About 4800 #microplastic particles transition…
RT @SFB1357: 📢New CRC 1357 Microplastic publication: Congratulation to the team of subproject B04 and their Co-Authors for their nice work…
RT @MicroplasticLab: Fascinating study about transport of marine #microplastics by raindrops. About 4800 #microplastic particles transition…
RT @MicroplasticLab: Fascinating study about transport of marine #microplastics by raindrops. About 4800 #microplastic particles transition…
RT @SFB1357: 📢New CRC 1357 Microplastic publication: Congratulation to the team of subproject B04 and their Co-Authors for their nice work…
📢New CRC 1357 Microplastic publication: Congratulation to the team of subproject B04 and their Co-Authors for their nice work about the mobilization of marine microplastic by raindrops! https://t.co/0FmSJUSDXi
RT @MicroplasticLab: Fascinating study about transport of marine #microplastics by raindrops. About 4800 #microplastic particles transition…
RT @SpringerPhysics: #EditorsChoice: Don't miss this new #OA article published in Microplastics and Nanoplastics, on the ejection of marine…
RT @MicroplasticLab: Fascinating study about transport of marine #microplastics by raindrops. About 4800 #microplastic particles transition…
RT @MicroplasticLab: Fascinating study about transport of marine #microplastics by raindrops. About 4800 #microplastic particles transition…
#EditorsChoice: Don't miss this new #OA article published in Microplastics and Nanoplastics, on the ejection of marine microplastics by raindrops. https://t.co/bUV8YxSgJh
RT @MicroplasticLab: Fascinating study about transport of marine #microplastics by raindrops. About 4800 #microplastic particles transition…
RT @MicroplasticLab: Fascinating study about transport of marine #microplastics by raindrops. About 4800 #microplastic particles transition…
Fascinating study about transport of marine #microplastics by raindrops. About 4800 #microplastic particles transition into the atmosphere per square kilometer per hour for a typical rain rate and vertical updraft velocity. https://t.co/xjTawCk4An