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Scan speed was set at 2 Hz.
However, coating thickness decreased with increasing laser scan speed.
The scan speed was always 10 μm/s.
The scan speed was about 145 mm/s.
The microhardness in the coating depends on laser scan speed.
The maximum heating rate and cooling rate increase with increasing scan speed at constant laser power and increase with increasing laser power at constant scan speed as well.
The AFM-LO as a function of scan speed on a- and m-plane 4H-SiC is similar to that of scan speed on c-plane 4H-SiC.
The examined process parameters were scan speed, on-time, pulse duration and gas pressure.
The hardness obtained was 446Hv with high laser power, low feed rate and high scan speed.
The maximum temperature is more sensitive to laser power than scan speed.
Excitation, emission slit widths were 5 nm and scan speed was 1200 nm/min.
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