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The annealed nanoparticles that terminate with butyl and ethyl groups have core sizes of ∼14 and ∼17 nm with carbon shell thicknesses of ∼16 and ∼8 nm, respectively.
4) nanomag-D MNP consisted of a cluster of single iron oxide cores (5 to 15 nm) embedded in a dextran matrix and leading to overall core sizes of 130 nm.
nanomag-D MNP consisted of a cluster of single iron oxide cores (5 to 15 nm) embedded in a dextran matrix and leading to overall core sizes of 130 nm.
On the other hand, annealed nanoparticles that terminate with methyl groups have core sizes of 40 nm with a very thin carbon shell without uniform coverage of the core.
The sizes of these Ru nanoparticles were carried out by transmission electron microscopic measurement, with the average core sizes of 2.8 ± 0.6 nm, 3.1 ± 1.2 nm, and 3.1 ± 1.1 nm, respectively.
Assuming a 1 nm thick solvation layer, the relative volume fraction is expected for core sizes of 4 6) nm for a cylindrical (spherical) geometry, respectively.
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Estimation of magnetic core size following the Chantrell method [26] provides a mean core size of 9.6 nm.
These results imply that the metallic core size of AuNPs mostly likely affects their catalytic activities.
According to TEM images of the materials, the initial parameters were set at an Au core size of 532 nm.
The average core size of as-prepared CdSe QDs calculated from the statistical results was about 2.8 nm.
The core size of the analog front-end is only 0.94×0.84 mm2 with a power consumption of 0.42 mW.
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