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DLC film containing Ag nanoparticles of spherical shape with different filling fractions as indicated.
From these figures, we can see the circular shape with different diameters.
Rectangular and L shape with different values of the angle enclosed between the wings of this shape are studied.
Gray (Sim. I), red (Sim. II), green (Sim. III), blue (Sim. IV) beams present the 50 times upscaled deformed shape with different material parameters.
By altering the input flow rates the lens shape with different lens radii in the lateral and normal direction is adjusted.
Effective properties of DLC:Ag films containing nanoparticle of spherical shape with different eccentricity as indicated: (a) effective refractive index, (b) effective extinction coefficient (containing 22 at.% of Ag, nanoparticles radius is 10 nm).
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AIF shapes with different injection durations, Δτ is shown.
The carbide precipitates had shapes with different aspect ratios ranging from spherical to cylindrical.
Three spectral shapes with different dominant frequencies and bandwidths are used.
Drop tests have been performed on a hemisphere and two conical shapes with different deadrise angles.
Transmission electron microscopy illustrates that ZGG nanoparticles possess diameters ranging from 30 to 100 nm and some nonspherical shapes with different aspect ratios (Fig. 2a).
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com