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The morphology and structural characteristics of the material were analyzed by XRD, SEM and TEM, which were shown that the average particle size of AgNPs was about 30 nm, and when the mass ratio of graphene oxide(GO) and silver nitrate is 1:3, the average particle size of AgNPs loaded on RGO was about 18 nm.
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It was also established that with a decrease in the average particle size from 40 to 18 nm, the activity of the catalyst based on WС, obtained by the plasma-mechanochemical method increases and at 950°C the conversion of methane reaches 55%.
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18 Nm sentence examples within 18 nm thick
We report on the detection of diffraction gratings buried below a stack of tens of 18 nm thick $\mathrm{SiO_2}$ and $\mathrm{Si_3N_4}$ layers and an optically opaque metal layer, using laser-induced, extremely-high frequency ultrasound.
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In contrast, for coatings < 18 nm thick, the surface potentials increased steadily with decreasing film thickness; the measured electrical double layer forces contained contributions from both the coating and the substrate.
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18 nm diameter to ensure magnetic hyperthermia) by an original large pore stellate mesoporous silica (STMS) shell to produce uniform and mono-core magnetic core–shell nanocomposites denoted IO@STMS NPs.
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AgNPs were prepared with an average size of 18 nm diameter to study their interaction with SH-SY5Y cells.
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18 Nm sentence examples within 18 nm fiber
The random fiber laser seed centered at 1064 nm was pumped by a 1018 nm fiber laser and reached an output power of 8.
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Especially with the tandem pump configuration, pumping the active medium with a pump laser light instead of a diode laser, has made a breakthrough and so many research has been conducted about 1018 nm fiber laser systems [1].
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In this context, in the present study the MC3T3-E1 murine pre-osteoblast cells behavior has been investigated by using TiO2 nanotubes of ~78 nm diameter and lateral spacing of 18 nm and 80 nm, respectively.
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A 976 nm pumped EYDFL with a 1018 nm auxiliary cavity are compared with EYDFLs cladding-pumped at 915 nm, 940 nm, and core-pumped at 1018 nm, respectively, in aspects as optimal fiber length, pump conversion efficiency, thermal effects, and Yb ASE suppression.
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We report on the detection of diffraction gratings buried below a stack of tens of 18 nm thick $\mathrm{SiO_2}$ and $\mathrm{Si_3N_4}$ layers and an optically opaque metal layer, using laser-induced, extremely-high frequency ultrasound.
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The hardware level simulation is done in Cadence Virtuoso using 18 nm technology.
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The process is based on position of the centroid of the point spread function produced by each mirror module when illuminated by a collimated planewave at 218 nm taken at 12 m focal length.
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in mode-locking regime), stable nanosecond pulses with peak power of ~300 W have been observed both at the 1st (1018 nm) and 2nd (1064 nm) Stokes orders.
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The cellulose-AgNPs showed different maximum absorptions confirming AgNPs spectra at 415, 425, and 418 nm, respectively.
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The TEM images have confirmed that high quality spherical Au NPs that were between 18 nm – 24 nm were successfully synthesized.
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pseudo Ag/AgCl), and the detection limits are 23 nM and 18 nM (at S/N = 3).
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The PeLEDs with controlled crystal grain size exhibited maximum electroluminescence peak position of ~534 nm, emission spectrum of ~18 nm of full width at half maximum, maximum luminance of 20388 cd m-2, maximum current efficiency of 51.
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A previously reported cyclic peptidyl inhibitor against the Kelch-like ECH-associated protein 1 (Keap1)-nuclear factor erythroid-2 (Nrf2) interaction (KD = 18 nM) was covalently attached to a cyclic CPP through a flexible linker.
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There was a peak at 418 nm with a strong silver peak observed around 2.
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Herein, we successfully prepared a broad-band red-emitting CsMgPO4:Eu2+ phosphor with an emission peak at 628 nm (fwhm = 118 nm).
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H2P and ZnP presented fluorescence emission band in the red region, from 601 nm to 718 nm.
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Upon irradiation using different excitation light, probe 1 exhibited different fluorescence responses upon the addition of Cys, Hcy, and GSH: λex = 419 nm, λem = 498 nm; λex = 518 nm, λem = 573, 616, 727, and 783 nm; λex = 555 nm, λem = 612 and 727 nm, respectively.
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Results indicate that with 20 min look-ahead time, when outliers are not considered, along-track errors can reach up to 18 nmi, whereas altitude errors can reach up to around 13,000 ft.
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The optical transmittance spectra exhibit an average transmittance of approximately 91% in the wavelength range 500-1100 nm; a gradual increase in emission intensity arising from the 5D0→7F₂ transition (618 nm) of Eu3+ is observed with increasing substrate temperature.
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We have developed a high-power single mode monolithic tandem-pump fiber source operating at 1018 nm by employing a low core/cladding diameter ratio of 20/400 μm ytterbium-doped fiber.
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In film state, PL maximum wavelength is 518 nm for TAD and 527 nm for oMe-TAD.
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Results The characterization results revealed a spherical shape of AgNPs with an average diameter of 18 nm and the successful construction of AsNPs.
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From the data, two complexes were hypothesized, complex I with a maximum of absorption at 344 nm (at low HCl concentration) and complex II with a maximum at 418 nm (the only visible peak for HCl concentrations above 0.
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This study included 40 subjects: 22 healthy volunteers and 18 NMS patients.
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25 nm), and the other was extremely rough (root-mean-square roughness of 918 nm).
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Electron microscopy revealed aggregates of 15–18 nm round viral particles in damaged crypt cells and in the endothelium of small blood vessels.
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The coherent scattering range of the Pt cluster is close to 8 nm on a support with titanium nitride particles of 18 nm.
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Probe 2 is readily excitable (λex ∼460 and λem ∼618 nm) with the available laser (454 nm) in commercial microscopes and thus it can be a useful probe for mitochondrial tracking in live cells.
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It was established experimentally that the excitation spectra of TG and MT are similar to their absorption spectra (λex = 318 nm (TG) and λem = 274 nm (MT)).
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Without CKC, Brij 97 or Tween 80-based microemulsions showed average droplet sizes of 12 nm and 18 nm, respectively.
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The resist was used to create 5 nm wide, continuous, discrete lines spaced on a 16 nm pitch in silicon, and 6 nm wide lines on 18 nm pitch in tungsten, with line edge roughness of 3 nm.
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First, by systematically elucidating the magnetic nanoparticle magnetic characteristics and the magnetic resonance imaging (MRI) and magnetic particle imaging (MPI) signal enhancement effects, which are based on the magnetic anisotropy, size, and type of nanoparticles, we found that 18 nm iron oxide NPs (IOs) could be used as superior nanocrystallines for high performance of MRI/MPI contrast agents in vitro.
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In this thesis, a fiber laser at 1018 nm has been used to core-pump a single-mode and single-frequency EYDFA at 1556 nm for the first time.
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5 W of output power at a single wavelength of 1018 nm with 42% slope-efficiency.
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The nanorods catalyze the oxidation of substrate ABTS by H2O2 to form a green product with an absorption maximum at 418 nm.
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The assay involves the following two steps: (a) duplex-specific nuclease (DSN)-mediated signal amplification using aptamer-based sensor; (b) MoS2 nanosheets-based multiplexed fluorometric signal detection, and fluorometric signals have excitation/emission maxima at 492/518 nm for microRNA-499, 565/580 nm for microRNA-133a and 649/663 nm for microRNA-1.
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FR4 and FR5 showed the most potent hMAO-B inhibitory activity, with IC50 of 18 nM and 15 nM (SI > 2.
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XRD, SEM and RAMAN spectroscopy have shown that (i) ZnO-G crystallite particles of 18 nm were obtained after drying and this was mainly due to sonoprocessing, (ii) Nanoflower-like 3D architectures of ZnO-G hybrids were obtained at pH=14, which de-structured gradually at pH of 11.
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This simple two-step process leads to the synthesis of fluorescent ultrashort nanotubes with a narrow length distribution (38 ± 18 nm) and a yield as high as 57%.
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Grazing incidence wide-angle X-ray scattering shows that the size of crystalline domains of PffBT4T-2OD increases to ∼18 nm in photovoltaic blends upon thermal annealing at 100 °C for 5 min.
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Results: Nos-loaded PCL-NPs were prepared for optimization of drug-polymer ratio, surfactant concentration, stirring time, and stirring revolutions per minute (RPM) and characterized for mean particles size range from 150 nm to 818 nm; the zeta potential values were in the range of −8.
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18 nm), DNA (≈10 pm), cholesterol (≈1 µm), aptamer (≈0.
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18 nm behave more anisotropic, while all those at other photolysis wavelengths are near the value β = 0.
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The ternary complex was excited at 420 nm, and the fluorescence signal was measured at 518 nm.
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Nanoparticles were spherical in shape with diameters ranging from 8 nm to 34 nm with a mean particle size of 18 nm.
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Photoluminescence spectroscopy showed quantitative fluorescence quenching by TNP of the emission peaks of 1 at 398 nm and 418 nm due to donor–acceptor electron transfer.
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Results
The results of this study showed that NPs had spherical and smooth morphology with 110-118 nm in size and had positive zeta potential (12-14 mV).
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Coarse surface grains of size 36±6µm transformed into nanocrystalline grains of size 13-18 nm.
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In addition, the stretching frequency of the dangling OD band at the island surface with the average height less than 18 nm shows a systematic blue shift with increasing temperature from 100 to 145 K: this is in stark contrast to thick ice films and bulk ice showing a negligible peak shift at a temperature lower than 180 K.
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Microscopic analyses revealed the triangular (SEM and AFM) and spherical (TEM) morphologies of the nanoparticles with nanosize dimension ranging from 13 to 18 nm.
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18 nm) from the QD material high-frequency bulk value inside the QD to the solvent or passivant high-frequency value outside.
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All three complexes showed unstructured emission near 618 nm from a triplet metal‐to‐ligand charge transfer (3MLCT) state with a lifetime (τem) of approximately 1 μs.
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25 µM to 250 µM and the detection limit is 18 nM.
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In this study, by incorporating cellulose nanocrystals, a new type of QD film is fabricated: CH3NH3PbBr3 PQD paper that features 91% optical absorption, intense green light emission (518 nm), and excellent stability attributed to the complexation effect between the nanocellulose and PQDs.
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Particle size is found to be about 18 nm from HR-TEM images.
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The synthesized composite has a particle size ranging from 18 nm to 30 nm with band gap energy of 2.
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56 nmol/L to trough levels (measured prior to the following injection) between 16 and 18 nmol/L.
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18 nm for the cell grown on the exactly-cut substrate (exact) at 420°C.
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2%, D50 of BCc was at 200 ± 20 nm and 135 ± 18 nm respectively.
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Continuous ridges of controlled thickness have been realized on top of a single waveguide interface with thicknesses as small as 18 nm, thus thick enough to contain only a photoluminescent NC monol.
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