Welcome to Dr. Dan Zhao’s group at NUS. We are working on the design and synthesis of advanced porous materials and hybrid membranes for various applications.
Singapore
Joined March 2016
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#MOFs #membranes #nanofiltration We firmly believe in the potential of polycrystalline MOF membranes in liquid phase separations. See our review in COCR sciencedirect.com/science/ar…
#COFs #membranes #nanofiltration Increasing crystallinity helps the nanofiltration performance of COF membranes. Now the question becomes how to reach the balance between crystallinity and processability @ScienceAdvances science.org/doi/10.1126/scia…
#COFs By slowing down reaction kinetics in Schiff-base condensation, we isolated single crystals of a key intermediate assembly, shedding light on the COF formation mechanism @J_A_C_S pubs.acs.org/jacsat/article-…
#COFs #CO2 #gas_separation Moisture-enhanced physisorptive CO2 capture is now realized in metal-free COFs @J_A_C_S pubs.acs.org/jacsat/article-…
#MOFs #membranes #nanofiltration We modified polycrystalline PCN-250 membranes with imidazole, maintaining acid resistance and affording excellent methanol separation from organic mixtures @AdvPortfolio advanced.onlinelibrary.wiley…
#hiring #postdoc We are currently recruiting a postdoc in surface-enhanced Raman spectroscopy (SERS). Please apply via this link: careers.nus.edu.sg/job/Resea…
#hiring We are currently looking for a Project Manager to oversee our CO2 capture projects. Please apply via this link: careers.nus.edu.sg/job/Resea…
Dan Zhao retweeted
#BCSJ100
ambient hydrogen storage, chemisorption materials, physisorption materials
Review by Prof. Dan Zhao @NUSingapore (National University of Singapore)
#OnTheCover #FreeAccess
academic.oup.com/bcsj/articl…
#COFs #CO2 #gas_separation We turned an imidazole COF into a deep eutectic-linked COF, creating a non-amine, oxidation-resistant adsorbent for carbon capture @J_A_C_S pubs.acs.org/doi/10.1021/jac…
#COFs #sensing In Py-1P COF, charge-transfer at imine bonds enabled p-type doping, delivering sub-ppm NO2 detection and a 10× mobility increase in COF-based field-effect transistors @angew_chem onlinelibrary.wiley.com/doi/…
#COFs #catalysis Polyimide COFs NUS-76/77 just leveled up photocatalytic H2O2 production, pointing to durable solar-to-chemical conversion @J_A_C_S pubs.acs.org/doi/pdf/10.1021…
#sensing A guest‑mediated defect healing (GMDH) strategy can heal multidimensional defects in layered chalcogenides under mild conditions, affording SnS2 with fewer defects, better transport, and robust NO2 sensing @acsnano pubs.acs.org/doi/10.1021/acs…
#COFs #CO2 #gas_separation Amine CO2 sorbents typically need 2 amines per CO2. Our water-lean approach grafts primary amines into microporous COFs to form H‑bond‑stabilized carbamic acid—achieving 1 amine per CO2 @J_A_C_S pubs.acs.org/doi/10.1021/jac…
#COFs #CO2 #gas_separation Hydrogen bonding can help anchor polyamines within an sp² COF (NUS-43) for CO₂ capture from NGCC flue gas @J_A_C_S pubs.acs.org/doi/10.1021/jac…
#COFs We have shared our protocols on the aqueous sonochemical synthesis of covalent organic frameworks @NatureProtocols nature.com/articles/s41596-0…
#MOFs #separation Defect-engineered MOF-801 exhibits temperature-responsive xylene isomer separation performance, achieving PX/OX selectivity of 103.9 at room temperature @acsnano pubs.acs.org/doi/10.1021/acs…
#H2 #gas_storage Check out our concise review of H2 storage under ambient conditions in the BCSJ 100th Anniversary Collection @CSJjournals_jp academic.oup.com/bcsj/advanc…
#COFs #CO2 #gas_separation Moisture-enhanced physisorptive CO2 capture is realized in metal-doped COFs @J_A_C_S pubs.acs.org/doi/10.1021/jac…
#MOFs #membranes HKUST-1 can be converted to glass at room temperature and low pressure due to coordinated water @ChaoyiInfoMat6 onlinelibrary.wiley.com/doi/…
