Citation:
JIA Ruo-Kun, YAN Yong-Nan, LI Cui-Xia, YANG Shan, BAI Yu-Bai. Fabrication of Regular Polyvinyl Alcohol Microlens Arrays by Solvent Evaporation Self-organization[J]. Chinese Journal of Applied Chemistry,
;2009, 26(5): 566-570.
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Polystyrene(PS) mesh was prepared with water drops as template.Water drops formed regular patterns under the refrigeration of solvent evaporation.After solvent evaporation,the regular patterns of polymer form mesh structures.An amphiphilic copolymer was added to stabilize the water drops to form a regular mesh.Water solution of polyvinyl alcohol(PVA) was filled into the mesh,and PVA spherical microlens arrays were obtained after drying and washing with chloroform.Peeling off the surface of PS mesh gave a PS pincushion structure,which had semi-spherical structure interspaces.PVA semi-spherical microlenses were prepared by PS pincushion structures as templates.Both the spherical and semispherical microlenses have a function of imaging.The result shows that semi-spherical has better imaging effect.
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Keywords:
- self-organization,
- regular mesh,
- regular microlens arrays
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