JCAT: #Elsevier#Catalysis | The Embodiment of Catalysis History | Curated by @GroupItemm & our Editors | Like ❤️ and/or RT 🔄 is not an Elsevier endorsement.
A mini review on chiral metal complex design strategies for precision in #asymmetric_CH_functionalization is now available in
@JCatal_J
representing innovative approaches for enantioselective synthesis. 👇
https://t.co/AHbaQpcksj
https://t.co/WKIL9ZD26H.
Congrats to @nikunjkr1 for his computational catalysis paper in @JCatal_J. Thanks to Science and Engineering Research Board - SERB @serbonline and IIT Roorkee @iitroorkee.
Happy to share our recent work on porous organic polymer with free carboxylic acids (Carboxy-POP) as an expedient heterogeneous catalyst for transamidation in @JCatal_J .
Thank you @JNMoorthy1 Sir, @Chemistry_IITK@IITKanpur https://t.co/ZescbV534K
📢 New paper published in the @JCatal_J! Characterization showed that the sensitivity is due to electronic effects. This paper is special because I co-authored it with my graduate & undergrad advisors and a visiting scholar from ICP-CSIC. Check it out! 👇
https://t.co/opBJx1z1mY
Pleased to share Zixuan's work of PIAS on the reaction pathway of alcohol oxidation has been accepted in @JCatal_J . She worked out how the valence band potential determines the overoxidation of aldehyde and how it interacts with the solution molecules. https://t.co/suPXSk8PxG
Understanding the ammonia electrooxidation pathway can be difficult with coexisting OER. Combining four in situ techniques, we managed to understand it a little better. Check out our new work on @JCatal_J https://t.co/vs30bwlcnV
Check out our @JCatal_J paper with @StAndrewsChem on a novel synthesis of mesoporous nanomaterials, featuring high surface area, uniform mesopores, and large pore volumes, achieving 99% removal of organic pollutants in just 30 minutes. https://t.co/jONQmWEYtG
@JCatal_J@LSBU_ENG
Our work on propylene hydroformylation with Prof. Xinbin Ma is online in @JCatal_J 📰
We develop a Xantphos ligand coordinated single-atom Rh/CeO2 catalyst, which exhibits improved regioselectivity for butyraldehyde 🔬📈
https://t.co/FmoLcds6x9
Active sites and mechanism of methanol dehydrogenation
R. A. Garcia Carcamo, T. Xie, B. J. Hare, C. Sievers, R. B. Getman
#OpenAccess
https://t.co/DGw5PspsN5
An article from our group (Adrian*, @K_Stefanowska) on the efficient functionalization of 1,3-diynes by hydrosilylation has been published in @JCatal_J. New products, selective catalysts! Cooperation with Agnieszka and students: Michal, Kuba. https://t.co/axfp9wOQit
In our recent work published in @JCatal_J with Prof. Samir H. Mushrif @UAlberta , we investigated the role of water in facile Ru catalyzed hydrogenation of phenol to cyclohexanol. Project funded by @OfficialSICI@IITIOfficial@ChemistryIITI
https://t.co/qBm7JydA47
Our collaborative paper on recommendations for improved rigor and reproducibility in active site characterization is out now in @JCatal_J!
https://t.co/LXCFz1YHzc
Check out our new publication @JCatal_J about "Replacing syngas by formic acid and acetic anhydride with advantages: tandem carbonylation of renewable terpenes and propenylbenzenes"
DOI: https://t.co/SIcuHRZjFy
@UofR For a deep dive into the science behind the advancement led by assistant professor of chemical engineering Astrid Müller, read the study in the @JCatal_J https://t.co/1gzRdGpR6F
New in @JCatal_J, our review on electrode materials and non-sacrificial anodes for electrochemical carboxylation reactions! Happy to see this collaboration with the @ManthiramLab come to life, always glad to work with Thu Ton and @KManthiram.
https://t.co/9MuFIYuRKM
Need some weekend reading (maybe on a flight to ACS 🤔)? Now out in @JCatal_J we review electrodes and non-sacrificial anodes for Echem carboxylations! Free to read for the next 50 days! 🤓
Thanks to @racheljbaker17 and Thu Ton for leading this! 💪
https://t.co/uDIyjGzZLJ