Jaecheol (Jay) Choi

[Jaecheol (Jay) Choi @Jaecheol_Choi]

@Simonov_A_N @HoangLongDu @DRMacFarlane @ChemistryMonash Nice work! Congrats!! 😊

[Alexandr Simonov @Simonov_A_N]

How many electrons does nitrogen (N2) need to be reduced to #ammonia (2 NH3)? No surprises here, it is still 6 e-.
A real surprise is that we @HoangLongDu @DRMacFarlane @ChemistryMonash can do this in a real experiment, for the first time on this planet: https://t.co/cDfoHZE8bu

[Doug MacFarlane @DRMacFarlane]

Brilliant work by our whole team on our paper about nitrogen reduction to ammonia out today in Science. More of the story and a look at how it happens in the lab here:

https://t.co/jTKN3focfg

[Jake Yeston @JakeYeston]

In @ScienceMagazine this week, @Simonov_A_N and @DRMacFarlane report a robust P-based proton shuttle for electrochemical ammonia synthesis https://t.co/lkbXzOkRt3

[Jaecheol (Jay) Choi @Jaecheol_Choi]

@colinkang_ @DRMacFarlane @Monash_Science Hey 석모!
Congrats! Finally became a real doctor! Why didnt you invite me?? 🤣🤣Already miss Monash! hahahahaha
Your roller-coaster must be the most valuable experience in your life and more!

[Doug MacFarlane @DRMacFarlane]

A comprehensive review of nitrogen reduction to ammonia in aqueous media published today in Nature Comms by our team and it still seems elusive:
https://t.co/tSnuEsa2HH

[Alexandr Simonov @Simonov_A_N]

Research on the N2 reduction to #ammonia is young and often problematic:
https://t.co/MzaQeN9hkj

The scrutiny of the #NRR field in @NatureComms by @ChemistryMonash @ARC_ACES team
@Jaecheol_Choi @BryanSuryanto @dabin_wang @HoangLongDu @Beck_Hodgetts @FreddieFerrero @DRMacFarlane

[Alexandr Simonov @Simonov_A_N]

@HoangLongDu and the team at @ChemistryMonash @ARC_ACES showcase our practices for the assessment of the #NRR catalytic activity by an example of the Mo/MoS2 material: NOx control at ever stage, fixed gas volume tests, etc.

Open access in the JES @ECSorg:
https://t.co/CwlK2K0d2y

[Jake Yeston @JakeYeston]

Finally, please take note of this completely good-faith retraction of a 2014 electrochemical ammonia synthesis, where careful follow-up work suggested most of the detected ammonia likely came from reduction of nitrite impurities rather than dinitrogen https://t.co/EdBXdRi5SP

[Monash Chemistry @ChemistryMonash]

Congratulations to our latest ARC Future Fellowship award winners, Dr Victoria Blair - Synthesis, Synergy and Sustainability: Development of active-metal reagents, and Dr Alexandr (Sasha) Simonov - New dimensions of electrocatalyst design for a sustainable energy future. #ozchem

[Yong Zhao @YongZhao_UON]

Check out our work on "Surface Reconstruction of Ultrathin Palladium Nanosheets during Electrocatalytic CO2 Reduction"https://t.co/KAYCJlFpSc

[Alexandr Simonov @Simonov_A_N]

Undertaking an #NRR experiment? Make sure the system is free of NOx to avoid another false positive.

Further details in a recent paper from our and @DRMacFarlane groups @ChemistryMonash @ARC_ACES just published in @ACSEnergyLett :

https://t.co/fHLEP414Wy

[Doug MacFarlane @DRMacFarlane]

Good to see our Roadmap towards the Ammonia Economy being well received. Over 10,000 reads in one hour! https://t.co/23qhxRzkI7 j.joule.2020.04.004

[Joule @Joule_CP]

Online now: A Roadmap to the Ammonia Economy https://t.co/jHHTObK5NO #energy

[Alexandr Simonov @Simonov_A_N]

We attempted hard, but Bi is not electrocatalytically active for the reduction of nitrogen to #ammonia.

If you believe you have a genuine #NRR catalyst (Bi or any other) - @DRMacFarlane and I at @ChemistryMonash @ARC_ACES will be happy to test it for you

https://t.co/1uU7NFDR2r

[Bryan Harry Rahmat S @BryanHRSuryanto]

Check out @UNSWScience @UNSW chemistry team’s latest work on #hydrogen production catalyst, published in @NatureComms.

[Jaecheol (Jay) Choi @Jaecheol_Choi]

@alilchong I didnt look into PILs carefully.
but, redox peaks from the porphyrin have not been changed as I used porphyrin with PILs.

[Jaecheol (Jay) Choi @Jaecheol_Choi]

@alilchong but, in this case, I thought the pKa of protic ionic liquids is significantly influencing electrochemical CO2 reduction.

[Jaecheol (Jay) Choi @Jaecheol_Choi]

@alilchong Recently, we have tried to use protic ionic liquids that could be acted as not only proton sources but also co-catalysts.

[Jaecheol (Jay) Choi @Jaecheol_Choi]

@alilchong but, we just have compared CVs by using various ILs, but did not analyze gas products with each of ILs.