Florencia Son (@florenciason) 's Twitter Profile
Florencia Son

@florenciason

@NorthwesternU Chemistry PhD ‘23 | @Georgetown University '18

ID: 1090763759969357827

calendar_today31-01-2019 00:08:40

130 Tweet

282 Followers

357 Following

NU GSA (@nugsa1) 's Twitter Profile Photo

Join our interest meeting on Thursday (5/26) at 4 pm CDT to learn more about how to join the GSA board for 22-23! If you are unable to attend, fill out the form to receive the info. RSVP here: linktr.ee/NUGSA

Join our interest meeting on Thursday (5/26) at 4 pm CDT to learn more about how to join the GSA board for 22-23! If you are unable to attend, fill out the form to receive the info. RSVP here: linktr.ee/NUGSA
The Farha Group (@farhomies) 's Twitter Profile Photo

New paper alert 🚨: Check out our new paper where we sought to create a MOF-based analogue to sulfated zirconia to better the understanding of its structure, while connecting these insights to applications in surface organometallic chemistry. pubs.acs.org/doi/10.1021/ja…

Zoha Syed (@zoha_h_syed) 's Twitter Profile Photo

Thrilled to share my latest in J. Am. Chem. Soc. about enhancing organometallic catalysis using sulfated Zr MOFs! We interrogated a lot of mysteries from the metal oxide literature, including structural evolution, acidity, and reactivity. Check it out here: pubs.acs.org/doi/10.1021/ja…

MOF Papers (@mof_papers) 's Twitter Profile Photo

Influence of Pore Size on Hydrocarbon Transport in Isostructural Metal–Organic Framework Crystallites dx.doi.org/10.1021/acsami…

Tim Goetjen (@timgoetjen) 's Twitter Profile Photo

Very excited for my last first author paper from grad school Northwestern Chemistry to be out now in The Journal of Physical Chemistry! A great collaboration with fantastic scientists Argonne National Lab to discover catalyst active site and mechanistic insights in a well-defined #MOF.

Communications Chemistry (@commschem) 's Twitter Profile Photo

In situ variable pressure PXRD of dynamic MOFs finds that increased structural flexibility results in enhanced mechanical resilience, by The Farha Group @OmarFarha5 Florencia Son. nature.com/articles/s4200…

In situ variable pressure PXRD of dynamic MOFs finds that increased structural flexibility results in enhanced
mechanical resilience, by <a href="/Farhomies/">The Farha Group</a> @OmarFarha5 <a href="/FlorenciaSon/">Florencia Son</a>.
nature.com/articles/s4200…
Florencia Son (@florenciason) 's Twitter Profile Photo

A belated congrats to my lab bestie Dr. Zoha Syed for defending last week!!! It’s been a blast sitting next to you for the past 5 yrs and exploring the Chicago culinary scene with you! Super proud of you…you’re going to kill it at your post doc!! 🥳 The Farha Group

A belated congrats to my lab bestie Dr. <a href="/Zoha_H_Syed/">Zoha Syed</a> for defending last week!!! It’s been a blast sitting next to you for the past 5 yrs and exploring the Chicago culinary scene with you! Super proud of you…you’re going to kill it at your post doc!! 🥳 <a href="/Farhomies/">The Farha Group</a>
MOF Papers (@mof_papers) 's Twitter Profile Photo

Decorating the Node of a Zirconium-Based Metal–Organic Framework to Tune Adsorption Behavior and Surface Permeation dx.doi.org/10.1021/acsami…

Kaihang Shi (@kaihangs) 's Twitter Profile Photo

Interested in measuring molecular transport properties using some commercial volumetric adsorption systems available in your lab? Check our latest paper published ACS Applied Materials & Interfaces: pubs.acs.org/doi/10.1021/ac…. A user-friendly Python notebook for transport model fitting is available in SI.

Randall Snurr (@randallsnurr) 's Twitter Profile Photo

New work in ACS Applied Materials & Interfaces on measuring mass transfer in fibers using a commercial volumetric adsorption apparatus. Lovely mathematical analysis by Kaihang Shi to go along with experimental work by Florencia Son and @OmarFarha5. pubs.acs.org/doi/10.1021/ac…