Yi You
@DrYiYou1
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Research Associate@UNSW Sydney #graphene #CVD #physics #membrane #DFT #gas_adsorption
Sydney, New South Wales
Joined November 2018
Our latest research in the news - controlling water friction with 2D materials #graphene #nanopore #nanochannel
phys.org
The speed of water flow is a limiting factor in many membrane-based industrial processes, including desalination, molecular separation and osmotic power generation.
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Open access study in @NatureComms – full text access https://t.co/BX191iPlE8
@UoMGraphene @UoMPhysics Congratulations to @AKeerthi03 @gautams4 @DrYiYou1 and all the co-authors. Further details - Press release -
manchester.ac.uk
Speed of water flow is a limiting factor in many membrane-based industrial processes, including desalination, molecular separation and osmotic power generation.This week (Tuesday 25 May), researchers...
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Are nanochannels stable, and stay open? We show here the stability of nanochannels for over 3 years, and also use a model molecule Hexane to study the contamination - article in emerging investigator series @nanoscale_rsc
https://t.co/GDcR15OMOV
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Seeded Growth of Ultrathin Carbon Films Directly onto Silicon Substrates https://t.co/I0uqFDc9XP
#Graphene growth on #Silicon Using #CVD @DrYiYou1 JohnStride of #UNSWChemistry
pubs.acs.org
The production of graphene films is of importance for the large-scale application of graphene-based materials; however, there is still a lack of an efficient and effective approach to synthesize...
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Wow 🤩. Now graphene oxide membrane is able to produce hydrogen.
https://t.co/VmKPCMqomQ Selective Proton Transport for Hydrogen Production Using Graphene Oxide Membranes TeamGraphene's (@TobiasFoller ) New Publication in JPC Letters @JPhysChem-my #HumboldtFellowship @AvHStiftung project with @unidue
#hydrogenenergy #hydrogeneconomy
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Graphene oxide-based membranes can selectively adsorb N2 over CO2. Find the recent research paper in #AdvancedMaterials from my PhD supervisor’s group @Joshinano. A side message: my boyfriend is the first author 😝😝. https://t.co/mOjSnNS25B
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A big congrats to @radhaboya for this prestigious research grant 👍👍
Delighted to share that our #angstromscalefluidics group has won an ERC STARTING grant #ercstg @ERC_Research to pursue exciting research for the next 5 years. Watch this space for openings of PhD and PDRA
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Delighted to receive the grant which will support #angstromscalefluidics research
More than 3100 ambitious researchers applied for ERC 2019 Starting Grant funding. Congratulations to the 408 #ERCStG winners🏆! Full story: https://t.co/9yBf8hS0da 🇪🇺#EUfunded
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Defects are no longer deemed an adverse aspect of graphene. Contrarily, they can pave ways of extending the applicability of graphene. Find more in our theoretical simulation work. @Joshinano
pubs.rsc.org
Defects are no longer deemed an adverse aspect of graphene. Contrarily, they can pave ways of extending the applicability of graphene. Herein, we discuss the effects of three types of defects in...
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Thank you Sir 🤗for supporting me all the time. The four-year research time with you is always invaluable to me. And excited to join Dr Radha’s group at University of Manchester for new research studies.
😊Congratulations @DrYiYou1 of @UNSWScience (my first PhD Student) for getting postdoc position @UoMGraphene, @OfficialUoM to work under supervision of #MostAmazing #graphenesuperstar @radhaboya. Yi is going to work with the best in business 😃😄
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