We are delighted to announce that our first paper from @ecomcof lab has been accepted in @angew_chem.
We have shown that unstable imine-linked COF can be transformed into robust thiazole-linked COF for Li-S batteries.
Thanks to Prof. Thomas & Shuang Li for the collaboration.
Pradip Pachfule
4,084 posts
Associate Professor at S. N. Bose National Center for Basic Sciences, Kolkata. Worked as Humboldt (TU Berlin) and JSPS Post-Doctorate Fellow (AIST Osaka).
- Thrilled to start 2025 as an Associate Professor! 🎉 Grateful for the support of mentors, colleagues and students who have made this journey possible. Looking forward to new challenges and opportunities in research and teaching! #AcademicLife #Gratitude
- Thrilled to hit 10,000 citations for my publications! 🎉 Grateful to my research group @ecomcof, supervisors and collaborators for their invaluable contributions and support throughout this journey.📚💡 #Research #AcademicMilestone #Gratitude
- Excited to start the year with our paper in @NatureComms demonstrating the impact of hydrazone linkage density in covalent organic frameworks on photocatalytic hydrogen peroxide generation. Great collaboration with Prof. Tanusri Saha-Dasgupta. @snbkol
- Check out our recent article @angew_chem on photocatalytic amide synthesis! Our innovative COF-mediated method uses red light irradiation at room temp, delivering excellent yields & broad substrate tolerance. Great collaboration with Prof. Debashis Adhikari from @IiserMohali.
- Some numbers are worth celebrating. I am delighted to share a proud milestone in my academic journey - an h-index of 50! I am grateful for the support of amazing collaborators, students & mentors who have made this possible. #Milestone #Gratitude scholar.google.co.in/citations?user…
- Feels better when you get acknowledged for the reviewing tasks done for a journal. @angew_chem
- Big congratulations to Prof. Rahul Banerjee for appointment as an associate editor for @J_A_C_S . @banerjee_r @ACSPublications @iiserkol axial.acs.org/2020/11/17/int…
- We are pleased to share our recent work on applications of dithiophenedione-based covalent organic frameworks for supercapacitive energy storage in @ACS_AEM. Here, the influence of dithiophenedione units on high density energy storage has been revealed.
- I am delighted to share that I have been recognised as one of the top 2% of scientists in the world as per the Stanford Detabase in both the Career Achievement & Single Year categories. Many thanks to my supervisors, collaborators & students. Source: elsevier.digitalcommonsdata.com/datasets/btchx…
- Delighted to share our 🔥 Hot 🔥@angew_chem article published in Early View reporting the COF catalysed photocatalytic amide synthesis at room temperature under red light irradiation. Great teamwork @DA_catalysisLab and @ecomcof!The article by @ps_pachfule & @DA_catalysisLab reports an innovative COF-mediated approach for photocatalytic amide synthesis under red light irradiation at room temperature, with excellent yields & broad substrate tolerance. @snbkol @IiserMo onlinelibrary.wiley.com/doi/10.1002/an…
- Pleased to share our article published in @ACSMatLett as part of virtual special issue “Materials for Water Splitting", which summarizes the applications of covalent organic frameworks for photocatalytic hydrogen peroxide (H2O2) generation. @COF_papers
- Our article demonstrating the applications of the crystalline, porous & robust thiazole-linked COFs for lithium-sulphur batteries is online in @angew_chem. It was indeed a pleasure to work with groups of Prof. Shuang Li (@SCUCN) and Prof. Arne Thomas (@TUBerlin). @UniSysCatA Thiazole-linked #CovalentOrganicFramework for Lithium-Sulphur Batteries (Pradip Pachfule and co-workers) @ps_pachfule @jeromeroeser @MTraxler_95 @TUB_Chem #openaccess thanks to #projektDEAL ow.ly/U9Ta50P00xJ












