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  1. 561
    “…The size-dependent phase diagram of Cu–Pt for a spherical nanoparticle is calculated at various sizes (50, 10 and 5 nm) demonstrating that Cu–Pt alloyed nanoparticles can be formed all over the composition range. …”
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    Substitutional–interstitial structural transition in Cu–Pt nano-alloys
  2. 562
    “…Further development of Pt-based electrocatalysts relies on the morphology design of Pt-based alloy nanocrystals (NCs) with highly accessible and active surface sites to optimize Pt atomic utilization. …”
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    PtCo-excavated rhombic dodecahedral nanocrystals for efficient electrocatalysis
  3. 563
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    Making a case for femto-phono-magnetism with FePt
  4. 564
    “…It was concluded that the structure of the Pt/CNT micro-nanorobot satisfied the required characteristics of both biocompatibility and motion.…”
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    Pt/CNT Micro-Nanorobots Driven by Glucose Catalytic Decomposition
  5. 565
    “…For this study, an electron rich isostructural and isoelectronic pair of compounds, [Pt(N^C)Me(PPh(3))], and an electron-poorer compound, [Pt(N^C)Cl(PPh(3))] were chosen (N^C = ppy or bpy). …”
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    Classical vs. Non-Classical Cyclometalated Pt(II) Complexes
  6. 566
    “…XRD analysis showed that the crystal structure of alloys in the composition range of 5–35 at.% Pt corresponds to a fcc lattice based on cobalt (Fm-3m), while the CoPt (50 at.% Pt) and CoPt(3) (75 at.% Pt) samples are intermetallics with the structure P4/mmm and Pm-3m, respectively. …”
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    Porous Co-Pt Nanoalloys for Production of Carbon Nanofibers and Composites
  7. 567
    “…Pt(IV) prodrugs remain one of the most promising alternatives to conventional Pt(II) therapy due to their versatility in axial ligand choice and delayed mode of action. …”
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    Recent Advances in Light-Controlled Activation of Pt(IV) Prodrugs
  8. 568
    “…Pump thrombosis (PT) is a rare and infrequent complication of HeartMate III left ventricular assist device (LVAD). …”
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    Intraoperative pump thrombosis (PT) in HeartMate (HM) III
  9. 569
    “…[Image: see text] The low electron count Pt(II) complexes [Pt(NHC′)(NHC)][BAr(F)] (where NHC is a N-heterocyclic carbene ligand and NHC′ its metalated form) react with tertiary hydrogermanes HGeR(3) at room temperature to generate the 14-electron platinum(II) germyl derivatives [Pt(GeR(3))(NHC)(2)][BAr(F)]. …”
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    σ-GeH and Germyl Cationic Pt(II) Complexes
  10. 570
    “…Here, we fabricate highly-ordered metallic Pt(3)Sn and Pt(3)Sn(x)Fe(1-x) thin films via sputtering technology. …”
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    Robust negative longitudinal magnetoresistance and spin–orbit torque in sputtered Pt(3)Sn and Pt(3)Sn(x)Fe(1-x) topological semimetal
  11. 571
    “…The composites of transition metal-doped titania and carbon have emerged as promising supports for Pt electrocatalysts in PEM fuel cells. In these multifunctional supports, the oxide component stabilizes the Pt particles, while the dopant provides a co-catalytic function. …”
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    Reductive Treatment of Pt Supported on Ti(0.8)Sn(0.2)O(2)-C Composite: A Route for Modulating the Sn–Pt Interactions
  12. 572
    “…Subsequent pathologic evaluation of cystectomies does not reveal MD invasion (<pT2) in a subgroup of patients. Our objective was to identify features at diagnostic transurethral resection (TUR) predicting down-staging (<pT2) at cystectomy. …”
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    Down-staging (<pT2) of urothelial cancer at cystectomy after the diagnosis of detrusor muscle invasion (pT2) at diagnostic transurethral resection (TUR): is prediction possible?
  13. 573
    “…We have constructed models for a series of platinum-DNA adducts that represent the binding of two agents, [Pt(2)(DTBPA)Cl(2)](II) and [Pt(2)(TPXA)Cl(2)](II), to DNA via inter- and intra-strand cross-linking, and carried out molecular dynamics simulations and DNA conformational dynamics calculations. …”
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    Investigations of the Binding of [Pt(2)(DTBPA)Cl(2)](II) and [Pt(2)(TPXA)Cl(2)](II) to DNA via Various Cross-Linking Modes
  14. 574
    “…Combined methods of first-principles calculations and Landau-Lifshitz-Gilbert (LLG) macrospin simulations are performed to investigate the coherent magnetization switching in the MgO/FePt/Pt(001)-based magnetic tunnel junctions triggered by short pulses of electric field through the control of magnetic anisotropy energy (MAE) electrically. …”
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    Picosecond electric field pulse induced coherent magnetic switching in MgO/FePt/Pt(001)-based tunnel junctions: a multiscale study
  15. 575
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    Close Margins in Oral Cancers: Implication of Close Margin Status in Recurrence and Survival of pT1N0 and pT2N0 Oral Cancers
  16. 576
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    Mid- and long-term outcomes of endoscopic resection for submucosal esophageal cancer types pT1b-SM1 and pT1b-SM2
  17. 577
    “…[Image: see text] By the use of in situ scanning tunneling microscopy and surface X-ray scattering techniques, we have clarified the surface structure and the layer-by-layer compositions of a Pt skin/Pt(3)Co(111) single-crystal electrode, which exhibited extremely high activity for the oxygen reduction reaction. …”
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    Atomically Flat Pt Skin and Striking Enrichment of Co in Underlying Alloy at Pt(3)Co(111) Single Crystal with Unprecedented Activity for the Oxygen Reduction Reaction
  18. 578
    “…This study compared the survival outcomes between LE with/without chemoradiation and TME in mid and low rectal cancer patients in stage pT1/pT2, with highly selective intermediate pathological risk. …”
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    Survival analysis of local excision vs total mesorectal excision for middle and low rectal cancer in pT1/pT2 stage and intermediate pathological risk
  19. 579
    “…As prepared PdPt and PdRuPt NCs were further subjected to heat treatment (annealed) in CO (namely PdPt-CO and PdRuPt-CO) and O(2) (namely PdPt-O(2) and PdRuPt-O(2)) atmosphere at 473 K temperature. …”
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    CO-Reductive and O(2)-Oxidative Annealing Assisted Surface Restructure and Corresponding Formic Acid Oxidation Performance of PdPt and PdRuPt Nanocatalysts
  20. 580
    “…[*Pt]cis-[Pt(II)Cl(2)(NH(3))(2)] ([*Pt]cisplatin) from [*Pt]Pt(II)Cl(4)(2−). …”
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    Synthesis of no-carrier-added [(188, 189, 191)Pt]cisplatin from a cyclotron produced (188, 189, 191)PtCl(4)(2−) complex
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