Happy to share our recent work on the fabrication of a Co3O4/CoS2 heterostructure for an overall hydrazine-assisted water splitting (OHzWS).
Congratulations to @viplove741 for his first publication. Many more to come. 🤗💐⚡️
@athmaep@Ayan_Mondal_
https://t.co/WuIswG57T4
Very happy to share that our work on Ionic-liquid intercalated metallic MoS2 for energy storage applications has been recognized as a top-cited paper in @ChemNanoMat
Congratulations @Harish_9396
Article link
https://t.co/VDTJ0T3otS
Check out our recent work where a minuscule amount (6%) of strategic Ni incorporation in FeOOH nanorods trigger alkaline OER activity.
Congratulations @KHVSRMURTHY1@GanguliSagar@RRRONY1@Harish_9396@gouri_tudu
https://t.co/QYMzAOJAbr
My recent article in Nanoscale Advances has been highlighted as a Popular Advance! Read my article and see the full collection at https://t.co/V3DQihAKfy.
Happy to share our recent work on the phase stabilization of 1T-MoSe2 using Cr3+ ion for improved HER activity. Do check it out in @ChemNanoMat
Congratulations to @Ayan_Mondal_@Harish_9396@RRRONY1 & Varun.
https://t.co/dmHQD1j0SJ
And still you ask “why are researchers leaving India. Why is there brain drain.”
Had spent several months during my PhD thinking when will fellowship get credited. Situation seems to be far worse now.
😞😕🙁
Nickel-cobalt oxalate as efficient non-precious electrocatalyst for improved alkaline oxygen evolution reaction - now published in Nanoscale Advances https://t.co/TQdFL9iHqX
Check out our recent work on surface reconstruction of Zinc-Cobalt phosphate for enhanced water oxidation performance. Congratulations to @Harish_9396@RRRONY1@GanguliSagar for their hard work.
https://t.co/7j8XjiP5l1
Pleasure to share our recent work @InorgChem journal..
Inception of Co3O4 as Microstructural Support to Promote Alkaline Oxygen Evolution Reaction for Co0.85Se/Co9Se8 Network https://t.co/31wYzPP3fG
Pleasure to share our work @JPhysChem on MoO2 as a propitious “pore forming additive” for boosting OER by cobalt oxalate microrods.
This validates our earlier claim at @nanoscale_rsc that etching of additives is a fruitful way to boost #electrocatalysis
https://t.co/9SLC6yl0vz