This research presents the biogradery compounds production process (BIC). Hierarchical eyes were performed (i) modified laser edema, (ii) deformation of air aid and (iii) combined growth of controlled crystal. The results show that the surface effectiveness of the nanostructure has improved effectively with the effectiveness of ~ 160 ° to the angular angle of the ~ 160 ° and the general decrease in the 400-800 nm wavelength ~ 25%. In addition to these properties, BIC eyes showed good optical performance. The round structure has a circular shape and asperf profile; This provides optical uniformity and constant resolution (full width semi maximal = 1.9 μm) in all directions. Additionally, the BIC Eye reduction of the image distortion is 1.5 / 3.4 and 2.3 / 3.1 times x And y The axis, according to the 10 ° and 20 ° incident light than one lens. In light receiving range, the image is almost distorted.
Support information is free at ACS publications website: DOI: 10.1021 / acsnano.8b04047.
Controlled diameters and height structures were obtained during laser power and irradiation. Diameter and height dependence of fraudulent microprocessors during laser power and irradiation. FOV is defined at altitude (H) And radius (R.) Macroperium dome. Theoretical calculation of the FOV of the BIC eye, which is mainly determined by the spherical macrophage (PDF)