Moran Research Group (@moranlabgmu) 's Twitter Profile
Moran Research Group

@moranlabgmu

The nano/micro-scale Transport Engineering Lab at GMU focuses on active matter and transport in porous media for energy and medical applications.

ID: 964240198711283713

linkhttps://www.moranresearchgroup.org/ calendar_today15-02-2018 20:49:12

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Amit Kumar Singh, Ph.D. (@syntheticbots) 's Twitter Profile Photo

Myself, Dr. Jeff Moran Research Group and Dr. Shrishti Shrishti Singh, Ph.D. are Guest Editors for special thematic issue of Micromachines (I. F. 3.4) Micromachines - "Active Particles for Drug Delivery and Theranostics" ..If you are interested to submit do contact us! Deadline: 31st March

Moran Research Group (@moranlabgmu) 's Twitter Profile Photo

Thanks to Teresa Mason CEC for the nice article (linked in Amit's post below) describing our paper on using CoffeeBots to remove various water pollutants. Link to paper, out now in Nanoscale journal family: pubs.rsc.org/en/content/art…

Amit Kumar Singh, Ph.D. (@syntheticbots) 's Twitter Profile Photo

Thank you ErrantScience for this cute #CartoonArt on our #RSCPoster. Do check our team's Moran Research Group poster on LinkedIn - "Turning Trash to Tech: Transforming Spent Coffee Grounds into Microbots for Water Purification" from George Mason University Link: lnkd.in/e92DWKZu

Thank you <a href="/ErrantScience/">ErrantScience</a> for this cute #CartoonArt on our #RSCPoster. Do check our team's <a href="/MoranLabGMU/">Moran Research Group</a> 
poster on LinkedIn - "Turning Trash to Tech: Transforming Spent Coffee Grounds into Microbots for Water Purification" from <a href="/GeorgeMasonU/">George Mason University</a> 
Link: lnkd.in/e92DWKZu
David Warsinger (@warsingerlab) 's Twitter Profile Photo

We published a pair of modeling papers on electrocatalytic self-pumping membranes. Flow in such pores is heavily influenced by pore radius and pH, and less so by porosity, pore length, tortuosity, and pore defects. doi.org/10.1016/j.elec… doi.org/10.1149/1945-7…

We published a pair of modeling papers on electrocatalytic self-pumping membranes. Flow in such pores is heavily influenced by pore radius and pH, and less so by porosity, pore length, tortuosity, and pore defects. doi.org/10.1016/j.elec…  doi.org/10.1149/1945-7…