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The maximal light enhancement decreases with the width-to-depth ratio for both kinds of scratches.
It can be seen from Fig. 9b that the maximal light enhancement is more significant for elliptical scratches than triangular ones for the ratio of 20.
When width-depth ratio is less than 5 for 10 μm wide scratch, maximal light enhancement caused by triangular scratches is more pronounced than elliptical ones.
Fig. 9 Maximal light enhancement with respect to width of scratches for elliptical and triangular scratches with the width-to-depth ratios of (a) 2 and (b) 20.
Fig. 10 Maximal light enhancement with respect to width-to-depth ratio for elliptical and triangular scratches of (a) 2 μm and (b) 10 μm wide.
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Fig. 8 Maximal light intensity enhancement of various dimensions.
Figure 9 shows the maximal light intensity enhancement for two kinds of scratches with respect to the width of scratches when width-to-depth ratio keeps constant.
Sniper-rifle scopes that can combine heat vision and minimal light enhancement, like combining Planet Earth with Predator.
For both elliptical and triangular scratches, the maximal light intensity due to scratches increases with the depth of the scratches and decreasing the width will also result in the enhancement of light intensity.
S8 would cause 1.9 times light enhancement, and S9 would cause 1.6 times light enhancement.
With the optimal geometrical dimensions, the NW arrays should lead to maximal light absorption.
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