I am beyond happy to share that my first research paper from my PhD has been published in the American Chemical Society (ACS) Applied Materials & Interfaces journal.
https://t.co/eQFt91ZJfF
🚨 BREAKING: Scientists just made CO₂ → fuel way more efficient
Researchers have developed a next gen catalyst that converts CO₂ into methanol more efficiently than before.
Shockingly, they’re using only single atoms instead of metal clusters.
Now online:
News & Views on the Article by Aoni Xu, Sung-Fu Hung & co-workers
https://t.co/UcRKpSU7pv ($)
Sulfur enhances electrochemical CO2 reduction over porphyrin catalysts by Karl Adrian Gandionco, Zhiyuan Zhang & Jongwoo Lim
https://t.co/SA2WApn6m9 ($)
Edward Sargent, Ke Xie, and colleagues report an electrochemical approach to CO2 capture using MnO2 as a stable, redox-active sorbent. https://t.co/ZEXFq34QxN
🚨Online now!
A Q&A with Yushan Yan discusses his path to developing and scaling up PiperION, a globally leading anion-exchange membrane for electrochemical applications.
Link ($): https://t.co/GE2VWNAWYo
Free read PDF: https://t.co/imIzK8mXXN
Linda Nazar and colleagues report that tuning the water-bonding network in eutectic aqueous–organic electrolytes enables highly reversible Zn-Mn cycling while suppressing gas formation. https://t.co/5vRmTbQi6O
New research explores the mechanism of light-driven ammonia synthesis and demonstrates Au-Ru plasmonic alloys as promising catalysts. https://t.co/Mt7omm9DVX
Kisuk Kang et al. report the synthesis of cation-disorder-free 10 μm single-crystalline layered oxides enabling ultrahigh-nickel cathodes to approach their theoretical density limit with added performance advantages. https://t.co/3pDKI560hl
New research shows that surface-adsorbed iodide ions enhance performance of Cu-based CO2 electrocatalysts, doubling ethylene selectivity and reducing overpotentials. https://t.co/23kRj4Sz0Q
🚨 Online now!
A Comment from Matt Dods & Jeff Long identifies several key considerations in taking porous CO2 capture materials from the laboratory to the commercial scale. @UCB_Chemistry
Link ($): https://t.co/mHQ4OhgKOe
Free PDF: https://t.co/ujI7VihtBz