Abstract
This study reports the direct writing of low-resistance graphite film strip of 25 μm width and ∼65 nm height on nickel substrates by laser-assisted chemical vapor deposition (LCVD). Raman spectra of the LCVD graphite showed no D-band, confirming that it had little defects. The G-band was nearly constant but the 2D-band showed variations in shape and intensity. A detailed analysis of the 2D-band revealed that the LCVD graphite is a mixture of highly ordered graphite and turbostratic graphite. An observation of the stacking feature by transmission electron microscope further confirmed that the layers close to substrate was closely packed, whereas the layer interspacing gradually increased with distance, transforming into turbostratic graphite. The resistivity of LCVD graphite estimated from the sheet resistance measured by the 4-point method was 2.45 × 10−5 Ω m.
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