Kang Rui Garrick Lim
@LimGarrick
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@StanfordEnergy postdoc with @cargnellogroup & @jaramillogroup | incoming Assistant Prof. @NTUsg in 2027 | @HarvardCCB @hseas chemistry PhD from @AizenbergLab
Stanford, CA
Joined February 2019
Excited to work with @cargnellogroup and @jaramillogroup on CO2 catalysis from this fall as a @StanfordEnergy postdoc fellow! Thanks to @AizenbergLab, Anatoly Frenkel, & Jessi van der Hoeven for support!. @HarvardCCB @hseas @HarvardGSAS @astar_research .
energypostdoc.stanford.edu
Ten new postdoctoral scholars will expand and enrich the range of topics for potentially high-impact, scalable energy research in this unique postdoctoral program.
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In @NatureComms, we report how the sequence of preparing Pd8Au92/SiO2 catalysts tunes the size of Pd ensembles on the nanoparticle surface . @HarvardCCB @hseas @ucmerced @NorthwesternU @stonybrooku @Materials_Intel @ChristianReece @UUBeta @AizenbergLab .
nature.com
Nature Communications - The catalytic performance of dilute Pd-in-Au alloys depends on the Pd ensemble size on the bimetallic nanoparticle surface. Here the authors reveal how Pd ensemble formation...
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We report in @CatalysisSciTec how the Pd ensemble size in dilute alloy PdAu catalysts tunes competitive adsorption kinetics to steer selectivity in one-pot hydrogenation and reduction amination reactions. @HarvardCCB @hseas .
pubs.rsc.org
In the one-pot reaction between nitroarenes, aldehydes, and hydrogen, the desired outcome is the selective hydrogenation of nitroarenes to form aminoarenes that condense with aldehydes to yield...
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At @NAM29NACS on Tuesday, I will share how our raspberry-colloid-templating method can be employed as a model catalytic platform by broadly surveying some of my PhD works from @AizenbergLab. Extended abstract here:
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RT @AizenbergLab: Our lab celebrated commencement with Joanna hooding our three PhD graduates: Haritosh, Milan, and @LimGarrick!. @hseas @H….
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RT @AizenbergLab: Over the past week, we celebrated the PhD defenses of Milan, @LimGarrick, and Haritosh - congratulations!! Thank you to a….
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We report in @PNASNews how partial PdAu nanoparticle embedding into TiO2 support accentuates catalytic contributions from the Au/TiO2 interface. @AizenbergLab @hseas @HarvardCCB . Research supported by @doescience, @doddtra
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RT @AizenbergLab: Congratulations to our @HarvardCCB grad student @LimGarrick for being selected for the.@Materials_MRS graduate student aw….
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RT @AizenbergLab: The Aizenberg lab, past and present, is well-represented at @ChEnected AIChE 2024 in San Diego! . @an_avs_na @Fritz_Stric….
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At #AiChE 2024 @ChEnected, I'll discuss how nanoparticle proximity can be employed as a mesoscale tool to direct reaction selectivity.
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RT @AizenbergLab: Check out our collaborative work led by Stony Brook (Anatoly Frenkel), with @UUBeta, U Oslo, Swiss beamline, @LimGarrick.….
nature.com
Nature Communications - Nanocatalysts can restructure during reactions. Here, the authors dynamically varied the stoichiometry of the surface species in 30 % Pd-in-Au nanoparticles by modulating H2...
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With Michael & Joanna @AizenbergLab, we share in @J_A_C_S our perspective on how incorporating colloidal templating into (thermo)catalyst design unlocks control over its environment beyond the active sites. @HarvardCCB @hseas.
pubs.acs.org
Conventional catalyst preparative methods commonly entail the impregnation, precipitation, and/or immobilization of nanoparticles on their supports. While convenient, such methods do not readily...
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With @AizenbergLab and @ChristianReece, we share on @acsnano how we used our raspberry-colloidal-templating platform to deconvolute nanoparticle proximity and size effects in thermocatalysis, following up on 10.1038/s41929-023-01104-1. @HarvardCCB @hseas .
pubs.acs.org
Nanoparticle (NP) size and proximity are two physical descriptors applicable to practically all NP-supported catalysts. However, with conventional catalyst design, independent variation of these...
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@NatureCatalysis @HarvardCCB @hseas @wyssinstitute @UUBeta Press release: Thanks to @AizenbergLab and @UUBeta!.
seas.harvard.edu
Researchers expand ways to improve the selectivity of catalytic reactions
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Today, we share on @NatureCatalysis that the distance between nanoparticles can substantially influence selectivity without compromising catalytic activity and stability. @HarvardCCB @hseas @wyssinstitute @UUBeta.
nature.com
Nature Catalysis - Multiple parameters are generally responsible for the reactivity of particulate catalysts, although nanoparticle proximity is often neglected. Here the authors report the impact...
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RT @AizenbergLab: Check out @SelinaKKaiser1’s work elucidating the effect of Pd ensemble size in PdAu/SiO2 for benzaldehyde hydrogenation,….
pubs.acs.org
Unraveling metal nuclearity effects is central for active site identification and the development of high-performance heterogeneous catalysts. Herein, a platform of nanostructured palladium (Pd) in...
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Congratulations, boss!.
Joanna Aizenberg’s @AizenbergLab @wyssinstitute @Harvard @AmerChemSociety award lecture #ACSSpring2023 #chemistry #nano
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RT @AizenbergLab: Join us at the ACS colloids award symposium in Joanna’s honor (Sun, Mon), Joanna’s award address (Tues), and @LimGarrick’….
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While you���re here, why not check out our latest review on the principles behind MXene synthesis:.
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Happy to see that both our (@banasori, @YGogotsi, @bwyattLMSL) MXene nanohybrids review & 2H-MoS2/Mo2CTx HER work from @acsnano is featured here to celebrate 25 years of IMRE @astar_research!.
Explore a new Virtual Issue from ACS Nano. Published to celebrate and showcase 25 years of cutting-edge research and boundary-pushing science from The Institute of Materials Research and Engineering (IMRE), Singapore @ASTARsg. Read it here 👉
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