BU Fluid Lab retweeted
I'm excited to share our latest research, featured on the front cover of February's "Biotechnology and Bioengineering"! 🧵
Article: onlinelibrary.wiley.com/doi/…
PDF (free): onlinelibrary.wiley.com/shar…
BU Fluid Lab retweeted
Join our invited presenters @BU_FluidLab and @charbelEharb and submit an abstract to session A015, Aquatic Aerosols @AGU #AGU23 agu.confex.com/agu/fm23/prel… w/ @SciHannah @pdemott1 & Ernie Lewis
BU Fluid Lab retweeted
Thanks @PhysicsToday for highlighting our work!💧
How contaminated water creates contaminated aerosols bit.ly/3F8q3zD
BU Fluid Lab retweeted
Check out this great work on bursting #bubbles to create #aerosols with #contaminants by the Bird Group @BU_FluidLab
@LenaDubitsky @OliverMcRae
Featured in @PhysRevLett & @PhysicsMagazine
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BU Fluid Lab retweeted
Ruptured air bubbles in a colloidal water solution act like particle scavengers and remove both small and large particles by ejecting them in small water droplets at the tips of broken water jets
Letter: go.aps.org/3HAh1eO
Focus: go.aps.org/3JJpcIN
BU Fluid Lab retweeted
“To be a good scientist you must be patient like a good birdwatcher.” Wise words from Detlef Lohse @UTwente as he investigates the role of air when a droplet impacts on a surface #JFMHangzhou
BU Fluid Lab retweeted
How duck feathers could inspire warmer raincoats: futurity.org/heat-exchange-s…
@BU_Tweets @BUexperts
BU Fluid Lab retweeted
See how BU researchers are studying duck feathers to find solutions for warmer, more breathable outerwear: spr.ly/60178WvN1











