Surajit Mondal

Hungry

[Sayan Bhattacharyya @sayanb_iiserk]

Forward-Reverse Bismuth Doping Enables an Anisotropic Transition from Stable to Metastable Ruthenium for Alkaline Hydrogen Evolution
@ACSCatalysis

Led by @Surajit_0108 @RahulMajee
@Sougata75572007 @mamonichem Prof. SK Pati ...

https://t.co/cTAvTi0ZII

@dcsiiserkol @iiserkol

[Sayan Bhattacharyya @sayanb_iiserk]

Anisotropic Yttrium alloying in Bismuth lattice creates active (00z) facets, driving CO2 to HCOOH conversion with >90% efficiency @ACSCatalysis
Led by @mamonichem with @Surajit_0108
Theory by Krishna, Ankita & Prof @dibyajyoti1988
https://t.co/0jt90H9QRo 
@dcsiiserkol @iiserkol

[Sayan Bhattacharyya @sayanb_iiserk]

A disordered-to-ordered intermetallic phase transition in Pd–Cd–Zn alloy is shown to enhance H2 evolution activity @ACSMatLett
by @Surajit_0108 with @mamonichem @Santanu3895Mal AK Mishra
Theory by  Ritika Saroha, Prof. Swastika Banerjee
https://t.co/ZVcnxfHINl
@dcsiiserkol @iitr

[Nano Letters @NanoLetters]

Leveraging the 90-year-old Hume-Rothery rule, a tetra-metallic Mo-Pd-Ni-Fe alloy is designed as an outstanding bifunctional electrocatalyst for green hydrogen production
@sayanb_iiserk group @Surajit41325237 @Vishwadeepa09 @SupritiDutta31 @dcsiiserkol

https://t.co/ndkn4Nm0VH

[Sayan Bhattacharyya @sayanb_iiserk]

In this @NanoLetters article, we showcase how the 90-year-old Hume-Rothery rule guides the design of a cutting-edge bifunctional tetra-metallic catalyst for water electrolysis
@Surajit41325237 @Vishwadeepa09 @SupritiDutta31 SK Pati
@dcsiiserkol @ANRFIndia
https://t.co/1yxpmSH7HU

[Surajit Mondal @Surajit_0108]

Good news! Our work has received over 2,000 views since publication! Read it here https://t.co/rGRd0dbaHJ #ViewsMilestone #iiserKolkata @sayanb_iiserk @SupritiDutta31 @Santanu3895Mal

[Surajit Mondal @Surajit_0108]

@Ashwani_cube Thank you.
A zinc-air battery is also an electrolyte-based battery. Please can go through this article regarding the advantages of the air battery
https://t.co/FKZWQAYSgD

[Surajit Mondal @Surajit_0108]

Surajit Mondal, Ph.D. @ IISER Kolkata, India. Please check out my poster entitled "2D Heterojunction Between Double Perovskite Oxide Nanosheet and Layered Double Hydroxide to Promote Rechargeable Zinc-Air Battery Performance" #RSCBatteriesPoster

[Surajit Mondal @Surajit_0108]

@Ashwani_Kumar_2 Thank you Ashwani

[Surajit Mondal @Surajit_0108]

@SatyaPr27159554 Thank you Satya

[Surajit Mondal @Surajit_0108]

@sandipmanna1234 Thank you Sandip

[Surajit Mondal @Surajit_0108]

@arifchem Thank you Arif da

[Surajit Mondal @Surajit_0108]

@Santanu3895Mal Thank you Santanu

[Surajit Mondal @Surajit_0108]

@SahanazParvin5 Thank you Sahanaz Di

[Surajit Mondal @Surajit_0108]

@SahanazParvin5 Thank You