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Exact(5)
The mean lateral size (163 nm) is close to that by capping at 640°C.
The mean lateral size of the pits is 304 nm, which is much larger than that of the original pits.
The mean lateral size of the fabricated pits is about 92 nm, which is even smaller than that fabricated by using 200 nm PS nanospheres.
The nanograins within the amorphous film had a vertical size of 5 nm and mean lateral size of 11.3 nm [14].
After oxidation, the vertical NC size was reduced to 2.8 nm, while the mean lateral size was reduced to 6.5 nm.
Similar(54)
The CSNWs have an average lateral size of 125 nm.
Selective area epitaxy (SAE) is an established means to control the lateral size and height of epitaxial features.
For a typical diameter of ~200 nm, the lateral size precision of ±5 10% means an error within ±10 20 nm.
However, it did not mean that the primary particles of nanohybrids with ~200 nm lateral size strongly aggregated in the aqueous media, as they can be easily stabilized into small assembly of particles under appropriate treatment of stabilizing agents.
The PEF increases with nanopillar lateral size.
Now, let us examine the dependence on lateral size.
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mean lateral length
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mean lateral strain
mean lateral diameter
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mean lateral root
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mean lateral force
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mean lateral ventricle
mean lateral condyle-patella
mean lateral deviation
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