High-resolution transmission electron microscopy mapping of nickel and cobalt single-crystalline nanorods inside multiwalled carbon nanotubes and chirality …
The nickel and cobalt nanorods of the diameters in the range of 6–20 nm with lengths of
0.29–0.9 μ m are formed using multiwalled carbon nanotubes as templates. The nickel and
cobalt nanorods as described in our letter are perfect single crystals inside the nanotube
with their Miller planes inclined with respect to the tube axis in a particular fashion. The (111)
planes of face-centered-cubic nickel and cobalt are inclined at angles 39.6 and 39.4,
respectively, while the hexagonal-closed-packed cobalt (002) planes incline at an angle …
0.29–0.9 μ m are formed using multiwalled carbon nanotubes as templates. The nickel and
cobalt nanorods as described in our letter are perfect single crystals inside the nanotube
with their Miller planes inclined with respect to the tube axis in a particular fashion. The (111)
planes of face-centered-cubic nickel and cobalt are inclined at angles 39.6 and 39.4,
respectively, while the hexagonal-closed-packed cobalt (002) planes incline at an angle …
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