JINGGUO LI
@photons_fuel
ID: 821261753489166336
17-01-2017 07:43:55
74 Tweet
123 Followers
484 Following
In redox conducting MOFs, electric conductivity is a function of the redox state, and maximizes at the standard potential. JINGGUO LI @Drbenjohnsoniii Department of Chemistry - Ć ngstrƶm nature.com/articles/s4146ā¦
Been wanting to get into CO2-electrolysis? Tom Burdynyās lab has your back! šš» In our latest ACSEnergyLett Viewpoint we detail our setup and guide you through al steps for assembly and operation of lab-scale CO2 electrolyzers. Thank you, PKamat! pubs.acs.org/doi/10.1021/acā¦
We are excited to share our work on molecular loaded bismuth vanadate photoanodes for solar water splitting in Advanced Functional Materials: onlinelibrary.wiley.com/doi/full/10.10ā¦! Many thanks to our collaborators and to Greta Ricarda Patzke URPP LightChEC UZH Chemistry @_Victor_Mougel
The @UU_University MOF symposium is in the books. Thanks to StefanKaskel AJ Morris Lab at VT Cohen Lab Lauren Macreadie S. Kitagawa Group @DincaGroupMIT and many others for fantastic talks. Now off to the #NobelSymposium
So honored to participate such a wonderful #NobelSymposium on MOFs, learned a lot form pioneers in the field. Thanks to organisers to make it happen and to my supervisor The Ott Laboratory for all the support.
Thank you, Sascha! It's a wonderful project with a wonderful team. Big congrats to Amol Kumar Amol Kumar on your first 'first author' research output. š
Leveraging differing pi-systems in isoreticular Zn-pyrazolate MOF thin films for bright and fast electrochromism. The Ott Laboratory , SMC Program , Department of Chemistry - Ć ngstrƶm go.acs.org/6Jx
A very joyful project with redox-conductive MOFs, with many different colours and more importantly a good platform for mechanistic studies. Another great teamwork with The Ott Laboratory Amol Kumar and thanks to @wise_materials SMC Program Department of Chemistry - Ć ngstrƶm for funding our research!
The metalation of bipyridine binding sites in #MOFs may, or may not, lead to core-shell architectures. Insightful collaboration with Daniel Primetzhofer , now OA in DaltonTransactions pubs.rsc.org/en/content/artā¦
Congrats to Thuan & Anna from team Jonathan McCarthy. The [2+2]cycloaddition of a silene and a ketone give rise to silaoxetane, which collapse to alkenes. Towards a non-ionic Peterson olefination onlinelibrary.wiley.com/doi/epdf/10.10ā¦ SMC Program Department of Chemistry - Ć ngstrƶm
![Congrats to Thuan & Anna from team <a href="/maingroup/">Jonathan McCarthy</a>.
The [2+2]cycloaddition of a silene and a ketone give rise to silaoxetane, which collapse to alkenes. Towards a non-ionic Peterson olefination
onlinelibrary.wiley.com/doi/epdf/10.10ā¦
<a href="/smc_uppsala/">SMC Program</a> <a href="/chem_angstrom/">Department of Chemistry - Ć
ngstrƶm</a>](https://pbs.twimg.com/media/GV7wpadXwAAbZ39.png "The Ott Laboratory (@ottlaboratory) on Twitter photo Congrats to Thuan & Anna from team <a href=\"/maingroup/\">Jonathan McCarthy</a>.
The [2+2]cycloaddition of a silene and a ketone give rise to silaoxetane, which collapse to alkenes. Towards a non-ionic Peterson olefination
onlinelibrary.wiley.com/doi/epdf/10.10ā¦
<a href=\"/smc_uppsala/\">SMC Program</a> <a href=\"/chem_angstrom/\">Department of Chemistry - Ć
ngstrƶm</a>")
If youāre interested in redox-conducting #MOFs, how to differentiate them from other MOFs, and how to think about them, then this #OA paper in Accounts of Chemical Research is for you! Big thanks to JINGGUO LI
Interested in how surface layers can impact photocurrents from illuminated semiconductors? This is illustrated in MOF-coated semiconductor photoelectrodes. Check it out, open access in J. Am. Chem. Soc. Congrats to JINGGUO LI and Amol Kumar pubs.acs.org/doi/epdf/10.10ā¦
The double edged effect of interfacial charge accumulation on hematite photoanode surfaces, special thanks to Greta Ricarda Patzke for continuous support, to all collaborators, and to @jacs for spreading our research.