- Review
- Published 15 Sep 2021
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Figure 1: Effects of CUR on cancerous processes observed on clinical trials [28-38]. Carcinoembryonic antigen (CEA);...
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Figure 2: Graphical representation of CUR-based nanosystems. Because of its poor water solubility, CUR will p...
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Figure 3: Key factors for the design of nanosystems for targeted cancer therapy.
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- Review
- Published 13 Sep 2021
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Figure 1: Schematic illustration of methods of microneedle application to the skin for drug delivery purposes....
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Figure 2: Schematic showing in-plane and out-of-plane microneedle arrays [53]. Figure 2 was reproduced from [53] (© 2019 X. H...
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Figure 3: Scanning electron microscopy (SEM) image of a 5.3 mm long silicon microneedle fabricated by GCoS. (...
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Figure 4: (a) A schematic representation of the manufacturing procedure for producing γ-PGA microneedles, (b)...
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Figure 5: (a) A schematic illustration of the drawing lithography procedure for fabrication of nickel microne...
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- Full Research Paper
- Published 10 Sep 2021
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Figure 1: Electron microscopy (EM) images of Sb2S3 nanoparticles after different reaction times: (a) TEM, 2 m...
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Figure 2: X-ray diffractograms of a sample after a reaction time of (a) 30 min and (b) 18 h (the red lines co...
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Figure 3: Histograms showing the size distribution of the spherical, amorphous particles in the samples obtai...
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Figure 4: Nanoparticles obtained after 30 s reaction time: (a) small, individual nanoparticles, (b) raspberry...
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Figure 5: AFM measurements of nanoparticles obtained after 30 s reaction time: (a) individual single nanopart...
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Figure 6: EDX spectra of the nanoparticles obtained after (a) 2 min and (b) 5 min of reaction time. The sampl...
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Figure 7: Measurement results of the white product obtained by the direct injection of the Sb precursor into ...
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Figure 8: Growth scheme of Sb2S3. After injection, type 0 seeds (yellow) were formed, which turned into small...
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Figure 9: Optical characterization of Sb2S3 samples obtained after different reaction times: (a) reflectance ...
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- Review
- Published 09 Sep 2021
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Figure 1: (A) Schematic representation of the electrochemical processes taking place in a RT Na–S battery. Figure 1A w...
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Figure 2: Some of the principal challenges of RT Na–S batteries and potential improvements by nanostructuring...
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Figure 3: (A) Schematic illustration of the processing steps of using sucrose to produce microporous, sulfur-...
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Figure 4: (A) Schematic illustration of preparation and structure of the covalent sulfur–carbon composite syn...
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Figure 5: (A) Schematic representation of a RT Na–S battery with a liquid-phase catholyte containing polysulf...
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Figure 6: (A) Cycling performance of a sulfur–hollow carbon nanospheres cathode composite with and without co...
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Figure 7: (A) HRTEM image of sulfur nanoparticles and graphene in GCNT/S and the cycle performance at 1 A·g−1...
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Figure 8: (A) Illustration of the Na dendrite formation mechanism during charging cycles, where Na is redepos...
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Figure 9: (A) Encapsulation of molten metallic Na into porous carbonized wood by a spontaneous infusion. SEM ...
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Figure 10: (A) Illustration of the sodiation process of a flexible Sn@C composite substrate and corresponding ...
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- Full Research Paper
- Published 02 Sep 2021
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Figure 1: (a) Schematic illustration and (b) band diagram of the fabricated Au/CuNiCoS4/p-Si photodiode.
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Figure 2: (a) XRD pattern and crystal structure model, (b) TEM image, (c) HR-TEM interplanar spacing image, (...
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Figure 3: (a) Absorbance spectroscopy graph (inset figure: diffuse reflectance graph) and (b) bandgap energy ...
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Figure 4: The I–V characteristics as well as RR changes of the Au/CuNiCoS4/p-Si photodiode under different il...
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Figure 5: The values of n and ϕb of the Au/CuNiCoS4/p-Si photodiode as functions of the illumination power de...
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Figure 6: Rj–V plots (with equivalent circuit of serial and shunt resistance in the inset) of the Au/CuNiCoS4...
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Figure 7: F(V)–V plots of the Au/CuNiCoS4/p-Si photodiode for various illumination power densities.
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Figure 8: Graphs of log I and photoresponsivity as functions of log P of the Au/CuNiCoS4/p-Si photodiode for ...
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Figure 9: C–V graphs of the Au/CuNiCoS4/p-Si photodiode for increasing frequencies.
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Figure 10: G–V graphs of the Au/CuNiCoS4/p-Si photodiode for increasing frequencies.
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Figure 11: C−2–V plots of the Au/CuNiCoS4/p-Si photodiode for increasing frequencies.
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Figure 12: The Ri–V plots of the Au/CuNiCoS4/p-Si photodiode for changing frequency.
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Figure 13: a) Photocurrent and b) photocapacitance changes of the Au/CuNiCoS4/p-Si photodiode under different ...
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- Full Research Paper
- Published 31 Aug 2021
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Figure 1: Illustration of the underlying ion–solid interactions that occur when irradiating a sample with dif...
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Figure 2: Illustration of the experimental polishing setup for the different ion species, ion energies, and i...
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Figure 3: STEM, TEM, and EBSD measurements of an unpolished Cu control sample. (a) 30 kV STEM image showing a...
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Figure 4: EBSD measurements of unpolished, electropolished, and low-energy Ar ion-polished Cu sample. Top row...
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Figure 5: Ion channeling images showing the changes in ion channel contrast upon Ga irradiation. 30 keV Ga 0°...
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Figure 6: STEM, TEM, SAED, and simulated SAED patterns for the different ion irradiation approaches. (a–d) 30...
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Figure 7: EBSD measurements and evaluation for different ion irradiation approaches. (a–c) 30 keV Ga, 0° inci...
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Figure 8: TEM measurements of a 25 keV Ne 0° incidence (top row) as well as 2 keV Ga 88.5° incidence (bottom ...
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Figure 9: Illustration showing the enlarged irradiation area resulting from polishing at glancing angles. The...
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- Full Research Paper
- Published 30 Aug 2021
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Figure 1: The flow chart of the NEA preparation: (a) deposition of Cu current collector and subsequent electr...
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Figure 2: Electrochemical responses recorded during the electrodeposition of the third Cu segment: (a) j–t cu...
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Figure 3: An NEA after Cu re-deposition onto recessed Au electrodes: 3D schematic drawing (a) and top-view SE...
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- Full Research Paper
- Published 20 Aug 2021
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Figure 1: SEM micrograph of ß-diketone tubules on an E. gunnii leaf surface. Scale bar 400 nm.
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Figure 2: SEM micrographs of wax and ß-diketone recrystallized on HOPG and glass after three days. Left colum...
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Figure 3: AFM images of recrystallized wax on HOPG. Two kinds of platelets were detected: (a,c,e) shorter pla...
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Figure 4: Comparison of AFM images of recrystallized wax on glass (a) 45 and (b) 71 min after the application...
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Figure 5: Diagram of length increase of recrystallized tubules (1–5) from a wax solution on glass within 26 m...
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Figure 6: AFM image of recrystallized wax tubules from a wax solution on glass. (a) Top view of vertically gr...
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Figure 7: Diagram of height increase of vertically growing tubules from a wax solution on glass. Time zero re...
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Figure 8: AFM images of recrystallized tubules of a ß-diketone solution on glass. (a,b) Flat-growing branched...
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- Review
- Published 18 Aug 2021
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Figure 1: Number of publications over the last five years on the synthesis of nanoparticles (NPs)/nanomateria...
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Figure 2: Cytotoxicity of anisotropic gold metal nanoparticles in vitro and in vivo.
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Figure 3: Synthesis of gold nanoparticles of different shapes using the seed-mediated approach. Chitosan was ...
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Figure 4: A deep eutectic solvent as green solvent in the synthesis of anisotropic nanoparticles (flower shap...
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Figure 5: Carrageenan as capping and reducing agent for gold nanoparticle synthesis. (A) Histogram for the si...
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Figure 6: (A) A κ-carrageenan-stabilized hydroxyapatite rod-shaped nanocomposite. (B) Antibacterial study usi...
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