| 초록 |
The directional photo-reconfiguration of azomaterials along with the light polarization has enabled sophisticated engineering of micro/nanoarchitectures with exquisite control over large-area 2D/3D structural shapes and geometries. However, its unique feature of a path change approach to the micro/nanofabrication place severe restrictions on the range of available structural motifs and their practical applications because much of efforts have been mainly limited to a simple flat or pattern as pristine structures. To overcome this incompatible challenge, here, we have advanced the experimental conditions for the high throughput generation of azomaterial microspheres. Microfluidic approach provides a platform for the generation of uniformly sized colloidal microspheres fully made of linearized azopolymeric chain. We achieved 3D shaped colloidal microparticles and Janus microsphere with different surface textures, which could be useful for the diffractive grating-barcoded microparticles. |
