DJ Kim
@DJKimLab
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Husband. Father. Competitive basketball player. Senior Lecturer of School of Chemistry at UNSW Sydney – 남반구에 살고 있는 외국인 노동자 🇰🇷🇺🇸🇦🇺
Sydney, New South Wales
Joined March 2010
So happy for my student. @TheLoudestChris has come a long way through our previous molecular pump projects, and with this one, he truly took the lead from start to finish. He was in the driver’s seat and navigated it all the way through! @UNSWScience @sirfrasersays
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Our latest review article, prepared together with @CristianPezzato explores how light-driven proton gradients are being employed in energy conversion. We discuss how light can organise proton flows for energy storage and conversion.
Our manuscript in collaboration with DJ is now online: Non-Equilibrium Proton Gradients for Photoenergy Conversion | ACS Applied Energy Materials
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This is one of the last two projects I shared with Fraser (@sirfrasersays). I am deeply grateful for his mentorship and the guidance he so generously gave me.
Excited to see this puppy out. Give her a read if you’ve got a spare minute https://t.co/KGdxoujo60
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Exciting new research – Light-switchable merocyanine photoacids can efficiently harvest photoenergy, creating tunable pH gradients that mimic natural proton pumps! @UNSWScience @UniPadova @ChemicalScience
pubs.rsc.org
Light-switchable buffer solutions based on merocyanine photoacids can be used as efficient photoenergy harvesting systems. Varying the solvation environment of merocyanine photoacids in water–metha...
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Concise and Efficient Synthesis of Sequentially Isomeric Hetero[3]rotaxanes | Journal of the American Chemical Society @UNSWScience @UNSW #Isomeric #Heterorotaxanes #Synthesis
pubs.acs.org
Stereoisomerism, stemming from the spatial orientation of components in molecular structures, plays a decisive role in nature. While the unconventional bonding found in mechanically interlocked...
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Huge congrats to my student,@TheLoudestChris, on his first first-author paper in Advanced Materials ( https://t.co/9jm4bw5vwC). This review is just the prologue of Chris's >4 years of tireless work—a trilogy of papers is on the way. @Fahrenbachus @UNSWScience @UNSWChemSociety
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Exciting Friday kickoff! 🎉 Our work on anode-free lithium metal batteries with polydopamine coating has been published in Advanced Energy and Sustainability Research. 🦪🔋💡 @UNSWScience @UNSWChemSociety #OzChem #battery #energystorage Read open access 👉 https://t.co/Fn1V8volFs
advanced.onlinelibrary.wiley.com
Carbonized polydopamine coating on copper current collectors can significantly improve the cycling stability of anode-free lithium metal batteries (AFLMBs). The coating promotes highly reversible...
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Thank you for organising this dinner @sirfrasersays and @xychenchem. We very much enjoyed meeting former and present group members.
Having an evening to remember with former and present group members at Chef Xiong in Chinatown during the @AmerChemSociety #ACSFall2022 in Chicago.
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Nice presentation, @TheLoudestChris and thanks for the tweet, @PalliThordarson. We wish to share our whole story soon. #RACI2022 #ozchem #Brisbane
Last but not least here at #supramolecular #RACI2022 is Christopher Lee from our own #Chemistry @UNSWScience @UNSWChemSociety working with @DJKimLab and @sirfrasersays who will presenting in his latest work on novel molecular pumps!
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We are excited to see our group’s latest result published in Materials Today Chemistry (@ELSchemistry) – Employing graphene fluoride as a conductive agent in all-solid-state batteries. https://t.co/7vCF0GqYeT
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Happy 80th birthday, Fraser @sirfrasersays ! I appreciate your continuous support. Chris @TheLoudestChris and I are looking forward to seeing you in person soon.
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It's Battery Day! Time for cell-ebtating? So why not submit your abstract for IMLB 2022? Whether in-person or online, please submit by the 28th of Feb. Hope to see you there! #imlb2022 #battery #lithium #batterystorage #batteryscience #power #sydneyaustralia #energy
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✔️ Our latest work on the aluminum battery is finally out online.😃 Many thanks to @jbharper74 and @AlyssaGilbertAU who collaborated on this project. https://t.co/vflTD3hwEj
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🔋 🔋 We are happy to present the latest contribution on Li–S battery as an inside front cover of @JMaterChem A @UNSWScience @kaistpr 🔋 🔋 Link–
pubs.rsc.org
Hemp-fibers have a long history as a source of making paper, ropes, and canvas. Recently, due to their superior mechanical strength with biodegradability, hemp-fibers are resurfacing as an environm...
Hemp fiber, a historical plant in human life, was planted in the lithium-sulfur battery to achieve high areal capacity through the innate vascular system of lignocellulosic plants and the cooperation of vanadium dioxide, analyzed by operando Raman spectroscopy.
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🔋Thank all authors for their excellent contributions. Looking forward to the next one.🔋
Substitution of K on the Na site of the NASICON structure—widening of the ion diffusion channel and substantially enhancing the room-temperature ionic conductivity. Please see the @InorgChem article from @kim_dongjun @UNSW @UNSWScience @kaistpr
https://t.co/qImYr5bdYv
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🔋Check out our newest Na-ion battery study result 🔋- Designing High Energy Sodium-Ion Battery Cathodes by Utilizing P2/O3 Biphasic Structure and Lithium Honeycomb Ordering @kim_dongjun @UNSW @UNSWscience @kaistpr @PohangLights
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I appreciate the opportunity for preparing this review article. @sirfrasersays @DeanAstumian This became a cornerstone for @TheLoudestChris ongoing molecular machine project.
@YuanningFeng @J_A_C_S @NUChemistry @IINanoNU @J_A_C_S Perspective fronted by @YuanningFeng (Chinese) along with co-authors Korean @kim_dongjun and Australian @TheLoudestChris @UNSW and Mexican @_Marcqko_ @FeringaLab not forgetting Jim Seale and myself originally from Scotland and American physicist @DeanAstumian @UMaine
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