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The mean size of the empty cores and the mean shell thickness of the hollow carbon microspheres were 490 and 90 nm, respectively.
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I took that to mean shell shock.
Various microcapsule samples were successfully fabricated and the mean size and shell thickness were adjusted.
The microcapsule sample was composed of three types of microcapsules with different mean size and shell thickness values.
This means that there is an optimized shell thickness for designing high-efficiency solar cells.
In contrast, the optimal geometric mean of the shell thicknesses is almost independent of n and approximated by the polynomial Med[H]≈2σ2−3σ+10 in the case of absorption, and as Med[H]≈26σ2−41σ+40 in the case of scattering.
The mean size of hollow core and shell thickness of the hollow NiO nanopowders are 11 and 7 nm, respectively.
In this work, monodisperse hollow cobalt ferrite (CoFe2O4) microspheres with mean diameter of 150 nm and shell thickness of 50 nm have been successfully prepared via a one-pot solvothermal method.
Physical characteristics of the nut and kernel such as mass, dimensions, geometric mean diameter, sphericity, volume surface area and shell thickness were determined.
In a mean particle size of 30 μm having a shell thickness equal to 0.5 μm, the circumference of microcapsules calculated was 94.2 μm and the circumference of core material was 91.06 μm.
Hollow silica beads with controllable shell thickness are successfully fabricated by means of an improved template-directed interfacial sol gel polymerization.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com