Volume No. 13
2022
Pages 1 - 95
Table of Contents |
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| 4 | Full Research Paper |
| 1 | Letter |
| 1 | Review |
- Letter
- Published 03 Jan 2022
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Figure 1: Carbon monoxide (CO) molecules adsorbed on Pb(111). (a) STM overview image of pristine Pb(111) (Vt ...
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Figure 2: Adsorption of carbon monoxide (CO) molecules on Pb(110). (a) STM overview image of Pb(110) after ad...
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Figure 3: Adsorption of NaCl on Pb(111). (a, b) STM overview image of Pb(111) with quadratic NaCl islands ads...
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Figure 4: Fe adatoms on Pb(111) and their lateral manipulations. (a) STM overview image of Pb(111) after depo...
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- Review
- Published 04 Jan 2022
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Figure 1: Growth of research interest in the SoL approach. Insert: Number of SoL-related publications in the ...
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Figure 2: Summary of the different types of synthesis methods to produce NPs.
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Figure 3: (a) Schematic representation of a (magnetron) sputtering deposition chamber along with some key set...
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Figure 4: SRIM calculation of the sputtering yield of C (black disks), Ti (grey squares), and Au (white trian...
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Figure 5: (a) Evolution of the castor oil (4 g) temperature as a function of time, at 5 and 10 mm from the bo...
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Figure 6: Schematic diagrams representing the NP formation as a function of time: (a) La Mer model and (b) au...
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Figure 7: Schematic representation of the secondary growth processes.
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Figure 8: TEM images and corresponding size distributions of Pt NPs produced via MS of a platinum target onto...
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Figure 9: Statistics data of the most commonly used (a) host liquids and (b) target materials for the SoL app...
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Figure 10: (a) Average diameters of Ag NPs as a function of the viscosity of PEMP controlled by temperature. Figure 10a ...
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Figure 11: Schematic representation of NP and film growth during the SoL process.
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Figure 12: In situ UV–vis spectra for the reduction of 4-nitrophenol using Au NPs in DES solution after sputte...
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Figure 13: Schematic illustration of multilayer films made of (a) AuNPs/[poly(sodium 4-styrenesulfonate) (PSS)...
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Figure 14: (a) Schematic illustration of the sputtering equipment (left) without α-thioglycerol and (right) wi...
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Figure 15: Photoluminescence spectra of Au, Ag, and Cu nanoclusters in (11-mercaptoundecyl)-N,N,N-trimethylamm...
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Figure 16: (a) HRTEM images with FFT and (b) photographs of the antibacterial disc of the PEGylated Au NPs pre...
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Figure 17: (a) Schematic illustration of Au/Ag binary targets with different gold fractions (fAu). (b) Photogr...
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Figure 18: Schematic overview of the different routes used to synthesize amorphous and crystalline Cr/Mn/Fe/Co...
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Figure 19: Au L3 EXAFS data for an Au metallic foil (reference) and Au/Pd alloy NPs with different Au/Pd ratio...
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Figure 20: (a) Left: schematic of the co-sputtering process into a cavity array substrate filled with an IL. R...
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Figure 21: (a) Photograph of solutions containing alloy NPs obtained with different applied currents on Au and...
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Figure 22: (a) Schematic of the strategy used to evaluate the intrinsic activity of alloy NPs. More details ca...
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Figure 23: PL spectra with (a) excitation and (b) emission of Au NPs, Ag NPs, and Au/Ag alloy NPs. Figure 23 was adapte...
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Figure 24: (Left) Schematic of the sequential sputtering of Pt over Au NPs stabilized on a functionalized ILs ...
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Figure 25: (a) Schematic of the process used for the synthesis of a noble metal (M) core with an In2O3 shell (...
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Figure 26: (a) Cyclic voltammograms of Pd/Au bimetallic NPs film in KOH solution. (b) Relationship between pea...
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Figure 27: (a) TEM image with the corresponding EDS spectrum, (b) HRTEM image, and (c) HAADF-STEM image with E...
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Figure 28: (a) Left: HAADF-STEM images of Pt/Ni NPs on MWNTs with the corresponding EDS mapping of Pt and Ni. ...
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Figure 29: (a) Schematic of the process used for the preparation of Pd/Au NP–TiO2 nanocomposites by successive...
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Figure 30: (a) Schematic of the process used for the preparation of resins containing Au NPs. (b) UV–vis trans...
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- Full Research Paper
- Published 05 Jan 2022
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Figure 1: A schematic illustration of two interlocked diamond involute solid-state gears (red and yellow) wit...
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Figure 2: Trajectories of the rotation angle of the second gear θ2(t) without lubricant (blue dashed lines) a...
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Figure 3: The trajectories from MD simulations of gears lubricated by hexadecene for different angular veloci...
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Figure 4: Snapshots for frames around the bond formation event from the MD simulation with center-of-mass dis...
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- Full Research Paper
- Published 14 Jan 2022
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Figure 1: Coarse grained model for polyvinyl alcohol (PVA, C2H4O)x). Red atoms are oxygen, dark gray are carb...
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Figure 2: Snapshot of the simulation after the deposition of graphene on the polymer and before indentation a...
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Figure 3: (a) Top view and (b) side view of the simulation. The positions of the fixed graphene carbon atoms ...
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Figure 4: Density of the substrate through the full length of the simulation box (polymer only), (a) before d...
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Figure 5: The penetration depth versus time for long indentations, and for the sliding process, for a tip wit...
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Figure 6: Indentation depth as a function of the normal load for the flat graphene specimen with tip radii r ...
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Figure 7: Indentation depth on flat graphene and crumpled graphene layers for different normal loads and a ti...
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Figure 8: Density maps of the polymer for (a) the flat graphene sheet with r = 50 Å and Fn = 3.2 nN, (b) the ...
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Figure 9: Snapshots of the simulation during sliding for a tip radius of 50 Å and a load of 102 nN (64 eV/Å) ...
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Figure 10: Frictional force as a function of the position of the support on the flat graphene specimen for (a)...
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Figure 11: Average frictional force measured between support displacements of 50 and 100 Å as function of the ...
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Figure 12: Frictional force versus the position of the support for a tip of radius r = 50 Å on the crumpled gr...
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Figure 13: Average frictional force measured between 50 and 100 Å of the support displacement versus load appl...
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Figure 14: Average displacement of the monomers below the tip during sliding for (a) the case without graphene...
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- Full Research Paper
- Published 17 Jan 2022
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Figure 1: Static XMCD-PEEM images acquired at 50 K before (a) and after (b) a single laser pulse of 6.8 mJ/cm2...
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Figure 2: Static XMCD-PEEM images acquired at room temperature, each image after one single laser pulse of 80...
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Figure 3: PEEM images before (A) and after (B) a single laser pulse of 7.9 mJ/cm2 fluence in the center at 20...
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- Full Research Paper
- Published 18 Jan 2022
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Figure 1: a) TEM image of SPION@bPEI. b) AFM micrograph image of SPION@bPEI (magnetic mode). c) X-ray diffrac...
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Figure 2: a) Gel electrophoresis showing the binding of PIC to SPION@bPEI (the PIC amount was kept constant a...
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Figure 3: MTT cytotoxicity assay in HeLa cells treated with free bPEI, SPION@bPEI, and SPION@bPEI/PIC for 48 ...
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Figure 4: Fluorescence microscopy images of HeLa cells treated for 4 h with SPION@bPEI (20 μg/mL) (a1–a3), SP...
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Figure 5: MTT cytotoxicity assay in MCF7, HCT116, and HeLa cells treated with free Erb (0.62 μg/mL), SPION@bP...
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Figure 6: Fluorescence microscopy images of HCT116 cells transfected with SPION@bPEI/pGFP or SPION@bPEI-Erb/p...
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Figure 7: Fluorescence microscopy images of MCF7, HCT116, and HeLa cells transfected with SPION@bPEI-Erb/pGFP...
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