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  1. 121
    “…Seven mono- and dihydroxycholesterols were prepared by direct C–H oxidation of the cholestane skeleton with a recently developed Ru(Bpga) catalyst (Ru(Bpga) = [RuCl (bpga) (PPh(3))] Cl; bpga = 2-(bis(pyridin-2-ylmethyl)amino)-N-(2,6-dimethylphenyl)acetamide)). …”
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    Preparation of Oxysterols by C–H Oxidation of Dibromocholestane with Ru(Bpga) Catalyst
  2. 122
    “…A double-decker silsesquioxane based bis(terpyridine) ruthenium(ii) complex (2Tpy/Ru-DDSQ), a member of the polyhedral oligomeric silsesquioxane (POSS) class, has been synthesized. …”
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    Synthesis and photochemical response of Ru(ii)-coordinated double-decker silsesquioxane
  3. 123
    “…Herein, the phase engineering of the support is adopted to control the chemo-recognition behavior of SACs in selective hydrogenation. Single-atom Ru on amorphous porous ultrathin TiO(2) nanosheets (Ru(1)/a-TiO(2)) is constructed, in which Ru is more positively charged than that in the crystalline counterpart (Ru(1)/c-TiO(2)). …”
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    Reversing the Catalytic Selectivity of Single-Atom Ru via Support Amorphization
  4. 124
    “…In situ scanning electrochemical microscopy study validates the HOR activity resulting from the Ru-Ni diatomic sites. Furthermore, in situ x-ray absorption spectroscopy and computational studies unveil a synergistic interaction between Ru and Ni to promote the molecular H(2) dissociation and strengthen OH adsorption at the diatomic sites, and thus enhance the kinetics of HOR.…”
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    Design of Ru-Ni diatomic sites for efficient alkaline hydrogen oxidation
  5. 125
    por Obies, Mohammed, Hussein, Aqeel A.
    Publicado 2022
    “…For [{Re[TpXPC]}(2)](0), [{Ru[TpXPC]}(2)](0), and [{Os[TpXPC]}(2)](0), CASSCF calculations shows that the effective bond order is 3.29, 2.63, and 2.73, respectively. …”
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    The nature of metal–metal bonding in Re-, Ru- and Os-corrole dimers
  6. 126
    “…The phase diagram is intriguing both for its similarity to those seen in other families of unconventional superconductors and for extra features unique, so far, to Sr(2)RuO(4).…”
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    Elastocaloric determination of the phase diagram of Sr(2)RuO(4)
  7. 127
    “…Here, we retrace the evolution of ancestral and extant form II RuBisCOs, revealing a complex and diverse history of oligomerization. …”
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    Structural plasticity enables evolution and innovation of RuBisCO assemblies
  8. 128
    “…In addition, in the absence of CO, the catalyst was reduced to Ru(0), and this was associated with a significant decrease of the selectivity for ketone hydrogenation. …”
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    Evolution of the active species of homogeneous Ru hydrodeoxygenation catalysts in ionic liquids
  9. 129
    “…We report here, on a Ru(II) complex (Ru-PDC3) that assembles the light switch capability of a Ru(II) dipyridylphenazine complex with the well-known G4-selective ligand Phen-DC3, into a single structure. …”
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    Selective, Disruptive Luminescent Ru(II) Polypyridyl Probes of G-Quadruplex
  10. 130
    “…Using a combination of optical transmission measurements, ex situ and in situ X-ray diffraction, and neutron and X-ray reflectometry, we show that introducing Ru in Ta results in a solid solution of Ta and Ru up to at least 30% Ru. …”
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    Tuning the Properties of Thin-Film TaRu for Hydrogen-Sensing Applications
  11. 131
    “…The structural, dynamical, electro-optical, mechanical, and thermal characteristics of the newly synthesized intermetallic compounds Ru(4)Al(3)B(2) and Ru(9)Al(3)B(8) have been studied under ambient and elevated pressure through density functional theory (DFT). …”
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    Exploration of the structural, vibrational, electronic, mechanical and thermal properties of Ru(4)Al(3)B(2) and Ru(9)Al(3)B(8): a DFT study
  12. 132
    “…We report also on the structural characterization of [Co@Ge(9)](5−) (1a) and [Ru@Sn(9)](6−) (2a) obtained from solutions of the respective alloys.…”
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    Metallocages for Metal Anions: Highly Charged [Co@Ge(9)](5−) and [Ru@Sn(9)](6−) Clusters Featuring Spherically Encapsulated Co(1−) and Ru(2−) Anions
  13. 133
    “…The preparation of anodes with high catalytic activity and long service lifetimes is a core part of electrocatalytic oxidation technology. Here, porous Ti/RuO(2)-IrO(2)@Pt, Ti/RuO(2)-TiO(2)@Pt, and Ti/Y(2)O(3)-RuO(2)-TiO(2)@Pt anodes were fabricated by means of modified micro-emulsion and vacuum impregnation methods with high porosity titanium plates as substrates. …”
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    Preparation of Porous Ti/RuO(2)-IrO(2)@Pt, Ti/RuO(2)-TiO(2)@Pt and Ti/Y(2)O(3)-RuO(2)-TiO(2)@Pt Anodes for Efficient Electrocatalytic Decomposition of Tetracycline
  14. 134
    por Litak, G, Annett, J F, Györffy, B L
    Publicado 1999
    “…For the appropriate values of its parameters our model reproduces the experimentally found behaviour of Sr2RuO4.…”
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    Van Hove Singularity and Superconductivity in Disordered $Sr_{2}RuO_{4}$
  15. 135
    “…The 10.8 s, 1/2/sup -/ isomer of /sup 93/Ru is shown to be a beta - delayed proton precursor. …”
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    A new beta delayed proton emitter /sup 93m/Ru
  16. 136
    “…Seeking alternative, cost-effective, stable, and possibly reusable catalysts represents a timeless challenge for scientists working in the field. Herein, commercial RuO(2) nanostructures were found to be a robust, versatile, and competitive catalyst in H(2) photoproduction in several conditions. …”
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    RuO(2) Nanostructure as an Efficient and Versatile Catalyst for H(2) Photosynthesis
  17. 137
    “…Ruthenium (Ru)-based organometallic drugs have gained attention as chemotherapeutic and bioimaging agents due to their fewer side effects and excellent physical optical properties. …”
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    Investigation of the Relationship between Electronic Structures and Bioactivities of Polypyridyl Ru(II) Complexes
  18. 138
    “…The Ru–Sn bimetallic active center was predominantly located in the Ru-based catalysts. …”
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    Catalyst characteristics of the composite catalyst of Ru–Sn and Pd for hydrogenation of terephthalic acid
  19. 139
    “…Simultaneously optimizing elementary steps, such as water dissociation, hydroxyl transferring, and hydrogen combination, is crucial yet challenging for achieving efficient hydrogen evolution reaction (HER) in alkaline media. Herein, Ru single atom‐doped WO(2) nanoparticles with atomically dispersed Ru–W pair sites (Ru–W/WO(2)‐800) are developed using a crystalline lattice‐confined strategy, aiming to gain efficient alkaline HER. …”
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    Ru–W Pair Sites Enabling the Ensemble Catalysis for Efficient Hydrogen Evolution
  20. 140
    “…Here, we engineered a hierarchical electrode for the HER composed of amorphous-TiO(2)/Cu nanorods (NRs) decorated with cost-effective Ru–Cu nanoheterostructures (Ru mass loading = 52 μg/cm(2)). …”
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    Ru–Cu Nanoheterostructures for Efficient Hydrogen Evolution Reaction in Alkaline Water Electrolyzers
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