Alexandr Simonov
@Simonov_A_N
Followers
981
Following
2K
Media
34
Statuses
649
RT @Monash_Science: Monash Science tops ARC success with 2 of 7 funded ITTCs – placing first nationally in total funding. We’re powering c….
0
1
0
RT @NatureEnergyJnl: @Simonov_A_N and colleagues @ChemistryMonash @Monash_Science show that the mechanism of cobalt site corrosion in a Co-….
nature.com
Nature Energy - Cobalt–iron–lead oxide electrocatalysts show promise for the low-pH oxygen evolution reaction—an essential reaction in proton-exchange water electrolysis—but...
0
2
0
Blazing-fast image creation – using just your voice. Try Grok Imagine.
284
565
3K
RT @Monash_Science: Major development in #GreenHydrogen! 🌱⚡. Monash-led study (A/Prof Alex Simonov @Simonov_A_N) finds cobalt catalysts can….
0
1
0
I was recently invited to write this Comment on the #nitrate-to-#ammonia process for @NatChemEng:. It was a pleasure working on it with Prof MacFarlane, Prof Koper, reviewers and the journal team. @ChemistryMonash .@Monash_Science .@UniLeidenNews.
nature.com
Nature Chemical Engineering - The field of electroreduction of the oxidized forms of nitrogen (NOx) to ammonia (NH3) tends to focus on catalyst design, sometimes under impractical conditions. This...
3
3
32
#Hydrogen generation from seawater in one unit coupling spontaneous water purification and near-neutral electrolysis:. A great effort from Hank Garg and the team, just published in @Chem_Eng_J . @ChemistryMonash .@MonashEnergy .@Monash_Science.
0
1
12
Nice artwork from Ananta on the cover of Volume 1, Issue 5 of the @ACSPublications #ACSElectrochemistry journal:. #MyACSCover.@ChemistryMonash .@Monash_Science.
pubs.acs.org
Electrolysis of nonbuffered aqueous electrolytes generates significant and hard to predict pH gradients. In the context of electrolysis of water containing cations producing low-solubility hydroxid...
0
1
14
RT @haldrianiriawan: The article also resonates with our recent findings, where we screened the (lack of) activity of N2 oxidation to nitra….
pubs.acs.org
The electrochemical oxidation of dinitrogen (N2) to nitrate (NO3–) is an attractive method for decentralized fertilizer production. Yet, scarce experimental evidence with trace NO3– produced in...
0
1
0
RT @Monash_Science: A Monash University study in Joule warns that recent claims may be overstated due to experimental flaws. They propose n….
0
1
0
Nitrogen oxidation reaction (NOR) is a chimera of electrochemistry. If you think you have achieved it without using plasma, the chances are high you have not. A paper by @belotti_ma16839 in @Joule_CP explains why:. @Monash_Science .@ChemistryMonash.
0
4
8
#Glycerol electrooxidation produces a whole mix of products in aqueous media. But would it become selective if water is excluded?.Well, not quite yet. but might eventually:. @ChemElectroChem .@DriessLab .@Beck_Hodgetts .@ChemistryMonash .@Monash_Science.
chemistry-europe.onlinelibrary.wiley.com
This work investigates glycerol electrooxidation in anhydrous conditions to narrow down the range of possible products. Preferential oxidation of glycerol to glyceraldehyde was achieved via homogen...
0
1
4
If you are planning an electrochem experiment in a non-buffered electrolyte, check our recent @ACSPublications Electrochemistry paper:.You might need to change electrolyte or cell to make the experiment controllable. @Monash_Science .@ChemistryMonash.
pubs.acs.org
Direct seawater electrolysis might play an important role in distributed hydrogen production but is constrained by the natural ionic composition of seawater. A specific challenge at the cathode is...
2
2
15
We know that lithium easily activates #nitrogen gas, but are yet to fully understand the mechanism. Some fresh #DFT insights, including dissolution of N2 in Li, in a @JPhysChem C paper led by Dr Luis Azofra:.@ChemistryMonash .@DRMacFarlane .@MonashEnergy.
pubs.acs.org
The lithium-mediated nitrogen reduction reaction (Li-NRR) currently stands as the most feasible route for producing ammonia (NH3) from atmospheric nitrogen (N2) in a sustainable manner under close-...
0
3
38
If you are interested in genuinely practical #PSC, I highly recommend a recent paper led by my great colleague @JianfengLu3:. 100 cm2 modules prepared in a flash with close to 20% PCE and outstanding stability!.
advanced.onlinelibrary.wiley.com
A vapor-to-solid deposition of high-quality large-area perovskite films is developed via a new process based on a 2D intermediated phase. Efficiencies of 21.1% and 20.1% are achieved for perovskite...
0
0
3
Optimal electrode-electrolyte interface is the key to robust #ammonia electrosynthesis. Our study in @Chem_CP led by Trung Nguyen shows how the #NRR can be improved by creating a suitable SEI:. @DRMacFarlane .@HoangLongDu .@ChemistryMonash .@MonashEnergy.
0
2
22
RT @ZhaoGroup: 🚀 Exciting Opportunity! 🌟.We are looking for talented PhD candidates to join our fuel cell team at UNSW Sydney! If you’re pa….
0
7
0
RT @Monash_Science: 🎉 Excited for #ScienceIndustryWeek at @Monash_Science! Join us Aug 26-30 for expert talks & networking with industry le….
monash.edu
0
1
0
RT @EnergycatLab: A postdoctoral position is available in my group at @HZBde to contribute to the development of devices for the electroch….
0
59
0
RT @XianbiaoFu: I have read many fascinating papers in ACS Energy Letters @ACSEnergyLett and have always aspired to publish my research th….
0
1
0
Selective oxidation of #ammonia is getting faster - check out our work lead by Mung Vu in @ACSCatalysis on the nitrite electrosynthesis using an in situ formed silver oxide AOR catalyst:. @DRMacFarlane .@ChemistryMonash .@MonashSci .@MonashEnergy.
pubs.acs.org
Effective operation of electrocatalysts for the ammonia oxidation reaction (AOR) is typically constrained by poisoning, rapid corrosion, and low Faradaic efficiencies (FEs). Aiming to address these...
1
3
25