Wang Yue
@Wynn726
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Inorganic Chemistry, Organometallic Chemistry, Nitrogen Activation. Werder Bremen Fan. Ph.D Student in AK Meyer @AKMeyer_Goe @uniGoettingen.
Göttingen
Joined October 2013
It was a long journey but happy to see that this work is finally out. A mixed -valence cobalt complex can also bind dinitrogen🔥. Many thanks to all the collaborators, especially @VeraKrewald and @ShwetaSingh, without your two years effort we won’t make it 🎉.
Severely Bent Dinitrogen Bridging in Highly Preorganized Dinuclear Cobalt Complexes Featuring an Intricate Electronic Structure | JACS Au @AKMeyer_Goe @Wynn726@franc_meyer @ACSPublications
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RT @ZhangLabOSU: Please RT!🙏.We’re hiring a postdoc! .Join us to work on metal-free energy storage:.(1) ML-driven design of organic electro….
research.cbc.osu.edu
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RT @J_A_C_S: Reversible C–H Bond Activation of Unactivated Arenes by a Nickel-Silylene Complex | Journal of the American Chemical Society @….
pubs.acs.org
A nickel-silylene complex is shown to reversibly activate benzene via C–H bond activation at ambient temperature. The benzene C–H bond formally adds across the Ni–Si core to form a nickel-silyl...
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RT @ZhangLabOSU: Cu-promoted C–H amination using NH₃! Now out in @J_A_C_S . Huge congratulations to Max @OSU_CBC !
pubs.acs.org
Metal-ammine (NH3) and metal-amide (NH2) species are common intermediates in ammonia oxidation, typically designed with weak N–H bonds to facilitate the sequential breakage of N–H bonds. Since the...
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RT @J_A_C_S: C(sp3)–H Amination with an Ammonia-Derived Copper(III) Amide | Journal of the American Chemical Society @OhioState
https://t.c….
pubs.acs.org
Metal-ammine (NH3) and metal-amide (NH2) species are common intermediates in ammonia oxidation, typically designed with weak N–H bonds to facilitate the sequential breakage of N–H bonds. Since the...
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RT @ChemistryEur: Small Molecule Activation by Metallylenes and their Follow-Up Reactions by Trevor A. Hamlin and co-workers (@TrevorAHamli….
chemistry-europe.onlinelibrary.wiley.com
Metallylenes offer a promising, tunable platform for small molecule activation, combining transition metal-like reactivity with earth abundance. Ligand modifications and computational insights have...
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RT @pchirik: Now out in @JACS_Au. Dinitrogen cleavage and photo driven hydrogenation of the resulting tungsten nitride. Great work @ChirikG….
pubs.acs.org
Oxidation of the Chatt-type tungsten dinitrogen compound, trans-(depe)2W(N2)2 (depe = Et2PCH2CH2PEt2), with [(η5-C5H5)2Fe][BArF4] (BArF4 = B(3,5-(CF3)2C6H3)4) resulted in isolation of [(depe)2WN][B...
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RT @CommsChem: Iron-disilyl-complex-induced activation of carbonyl compounds in the deoxygenative formation of iron-carbene complexes https….
nature.com
Communications Chemistry - Transition metal–carbene complexes are of importance for a range of subfields of chemistry, yet traditional synthesis methods to access these pose safety risks....
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RT @mikhailbatov: #Uranium-catalysed reduction of #dinitrogen to ammonia is now out in @NatureChemistry. Four distinct (and isolable!) inte….
nature.com
Nature Chemistry - The catalytic conversion of nitrogen to ammonia by molecular complexes typically involves the reduction and protonation of end-on metal–N2 compounds. Now, a uranium complex...
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RT @NTeam_SMAc: The short review written by @a_simonneau and Léon on the activation of small molecules by polyfunctional Lewis acids is no….
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Congrats to Gan and the team🎉 Nice chemistry!.
A zinc boryl compound unlocks diverse reactivity pathways beyond nucleophilic borylation
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RT @NatRevChem: Rethinking carbanion chemistry from donor substituents to weakly coordinating carbanions 🧪 https://….
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RT @prsgroupjlu: So excited the team has made a nitrogen allotrope! Check it out here:
nature.com
Nature - The facile synthesis and spectroscopic identification of previously unreported hexanitrogen C2h-N6 is described, representing experimentally realized neutral molecular nitrogen allotropes...
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RT @CoperetGroup: Are Single Atom Catalysts (SACs) Single-Sites? Not really according to our latest development in 195Pt ssNMR, now out in….
nature.com
Nature - This study presents a nuclear magnetic resonance-based method to determine local structure and bonding of Pt single-atom catalysts.
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