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  1. 221
    “…The membrane-bound [NiFe]-hydrogenase of Cupriavidus necator is a rare example of a truly O(2)-tolerant hydrogenase. …”
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    Stepwise conversion of the Cys(6)[4Fe–3S] to a Cys(4)[4Fe–4S] cluster and its impact on the oxygen tolerance of [NiFe]-hydrogenase
  2. 222
    “…In the present work we describe the synthesis and study of a Ru(II)–Fe(II) chromophore–catalyst assembly designed to perform the light-induced activation of an iron bound water molecule and subsequent photo-driven oxidation of a substrate. …”
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    Successive light-induced two electron transfers in a Ru–Fe supramolecular assembly: from Ru–Fe(ii)–OH(2) to Ru–Fe(iv)–oxo
  3. 223
    “…This research explores the welding process of a high-entropy CrMnFeCoNi alloy with iron, unraveling the intricate chemical compositions that materialize in distinct regions of the weld joint. …”
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    Formation, Microstructure, and Properties of Dissimilar Welded Joint between CrMnFeCoNi and Fe
  4. 224
    “…Here, we have focused on the integration of a biomimetic {Fe(2)(μ-adt)(CO)(6)} (–CH(2)NHCH(2)S–, azadithiolate or adt(2−)) based active site (“[2Fe2S](adt)”), inspired by the catalytic cofactor of [FeFe] hydrogenases, within a synthetic polymeric scaffold using free radical polymerization. …”
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    Synthetic styrene-based bioinspired model of the [FeFe]-hydrogenase active site for electrocatalytic hydrogen evolution
  5. 225
    “…The fused bis-butterfly-shaped title compound, [Fe(4)(CS(4))(CO)(12)], possesses an orthothio­carbonate (CS(4) (4−)) ligand that acts as a bridge between two Fe(2)(CO)(6) units. …”
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    μ(4)-Orthothio­carbonato-tetra­kis­[tri­carbonyl­iron(I)](2 Fe—Fe)
  6. 226
    “…The FeCo/Fe(3)O(4) nanocomposite was synthesized using the hydrothermal approach, in which the FeCo alloy and Fe(3)O(4) are formed by one step. …”
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    Facile Synthesis of FeCo/Fe(3)O(4) Nanocomposite with High Wave-Absorbing Properties
  7. 227
    “…BACKGROUND: In order to understand the effects of FeS cluster attachment in [NiFe] hydrogenase, we undertook a study to substitute all 12 amino acid positions normally ligating the three FeS clusters in the hydrogenase small subunit. …”
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    A broad survey reveals substitution tolerance of residues ligating FeS clusters in [NiFe] hydrogenase
  8. 228
    “…[Image: see text] The [FeFe]-hydrogenase enzymes catalyze hydrogen oxidation and production efficiently with binuclear Fe metal centers. …”
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    Computational Investigation of [FeFe]-Hydrogenase Models: Characterization of Singly and Doubly Protonated Intermediates and Mechanistic Insights
  9. 229
    “…The fluid collected by direct leaf centrifugation has been used to study the proteome of the sugar beet apoplastic fluid as well as the changes induced by Fe deficiency and Fe resupply to Fe-deficient plants in the protein profile. …”
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    Protein profile of Beta vulgaris leaf apoplastic fluid and changes induced by Fe deficiency and Fe resupply
  10. 230
    “…Using femtosecond time-resolved hard x-ray diffraction, we investigate the structural dynamics of the orthorhombic distortion in the Fe-pnictide parent compound BaFe(2)As(2). The orthorhombic distortion analyzed by the transient splitting of the (1 0 3) Bragg reflection is suppressed on an initial timescale of 35 ps, which is much slower than the suppression of magnetic and nematic order. …”
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    Ultrafast structural dynamics of the orthorhombic distortion in the Fe-pnictide parent compound BaFe(2)As(2)
  11. 231
    “…A new thermodynamically self-consistent (TSC) method, based on the quasi-harmonic approximation (QHA), is used to obtain the Debye temperatures of LiFePO(4) (LFP) and FePO(4) (FP) from available experimental specific heat capacities for a wide temperature range. …”
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    Important Variation in Vibrational Properties of LiFePO(4) and FePO(4) Induced by Magnetism
  12. 232
    “…To obtain the optimal 1:1 composition of FePt alloy nanomaterials by polyol synthesis, the iron precursor (iron pentacarbonyl, Fe(CO)(5)) must be used in excess, because the Fe(CO)(5) exists in the vapor phase at the typical temperatures used for FePt synthesis and cannot be consumed completely. …”
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    Post-treatment Method for the Synthesis of Monodisperse Binary FePt-Fe(3)O(4) Nanoparticles
  13. 233
    “…The complex magnetic properties of Fe/Ir/Fe sandwiches are studied using a hierarchical multi-scale model. …”
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    A multiscale model of the effect of Ir thickness on the static and dynamic properties of Fe/Ir/Fe films
  14. 234
    “…Such an iron gradient is often interpreted as a redox interface where dissolved Fe(II) was oxidized and precipitated as Fe(III)-bearing minerals. …”
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    Oxic Fe(III) reduction could have generated Fe(II) in the photic zone of Precambrian seawater
  15. 235
    “…We synthesized a Fe-based superconductor (FeSC), (La,Na,K)Fe(2)As(2), and characterized its superconducting properties. …”
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    Superconductivity in a 122-type Fe-based compound (La,Na,K)Fe(2)As(2)
  16. 236
    “…They result from transformation of a molecular iron phosphide precursor, containing a [Fe(2)P(3)] core with mixed-valence Fe(II)Fe(III) sites bridged by an asymmetric cyclo-P((2+1))(3–) ligand. …”
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    From an Fe(2)P(3) complex to FeP nanoparticles as efficient electrocatalysts for water-splitting
  17. 237
    “…A synthetic pyridylphosphole‐appended [FeFe] hydrogenase mimic was encapsulated inside a supramolecular zinc porphyrin‐based metal–organic cage structure Fe(4)(Zn‐L)(6). …”
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    Photocatalytic Hydrogen Evolution by a Synthetic [FeFe] Hydrogenase Mimic Encapsulated in a Porphyrin Cage
  18. 238
    “…The influence of Fe speciation on the decomposition rates of N(2)O over Fe–ZSM-5 catalysts prepared by Chemical Vapour Impregnation were investigated. …”
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    Investigating the Influence of Fe Speciation on N(2)O Decomposition Over Fe–ZSM-5 Catalysts
  19. 239
    “…Iron(III)-precipitates formed by the oxidation of dissolved Fe(II) are important sorbents for major and trace elements in aquatic and terrestrial systems. …”
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    Reductive dissolution of As(V)-bearing Fe(III)-precipitates formed by Fe(II) oxidation in aqueous solutions
  20. 240
    “…Detailed structural and chemical analysis via X-ray diffraction (XRD), scanning electron microscopy (SEM), transmission electron microscopy (TEM), and energy-dispersive X-ray spectroscopy (EDS) reveal that this layer consists of two types of unexpected Fe-Te nanostructures: one is FeTe thin layer formed near the surface, and the other is FeTe(2) nanorod embedded in the Bi(2)Te(3) layer. …”
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    Formation of Fe-Te Nanostructures during in Situ Fe Heavy Doping of Bi(2)Te(3)
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