• Acta Photonica Sinica
  • Vol. 49, Issue 1, 0124001 (2020)
Quan-dai WANG, Min LIANG, Lin-kai CHENG, Ming-shun YANG*..., Peng-yang LI and Yan LI|Show fewer author(s)
Author Affiliations
  • School of Mechanical and Precision Instrument Engineering, Xi'an University of Technology, Xi'an 710048, China
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    DOI: 10.3788/gzxb20204901.0124001 Cite this Article
    Quan-dai WANG, Min LIANG, Lin-kai CHENG, Ming-shun YANG, Peng-yang LI, Yan LI. Influence of Micro-feature parameters of Substrate on Light Transmittance in Constraint Surface Projection Stereolithography[J]. Acta Photonica Sinica, 2020, 49(1): 0124001 Copy Citation Text show less
    CLIP工艺中阻聚区形成原理示意图Schematic diagram for the principle of oxygen inhibition layer formation in CLIP process
    Fig. 1. CLIP工艺中阻聚区形成原理示意图Schematic diagram for the principle of oxygen inhibition layer formation in CLIP process
    计算模型Numerical calculation model
    Fig. 2. 计算模型Numerical calculation model
    不同形状微孔的约束基底的透光率Light transmittance of constraint substrate formed micro-pores with different shapes
    Fig. 3. 不同形状微孔的约束基底的透光率Light transmittance of constraint substrate formed micro-pores with different shapes
    微孔尺寸及周期对不同波长光在固化区光强分布均匀性的影响Effect of the size and period of micro-pores on light intensity distribution uniformity with different wavelength in curing zone
    Fig. 4. 微孔尺寸及周期对不同波长光在固化区光强分布均匀性的影响Effect of the size and period of micro-pores on light intensity distribution uniformity with different wavelength in curing zone
    不同孔径微孔基底条件下405 nm UV光源在固化区的光强分布特征Light intensity distribution characteristics of 405 nm UV light in curing zone with different size micro-pores
    Fig. 5. 不同孔径微孔基底条件下405 nm UV光源在固化区的光强分布特征Light intensity distribution characteristics of 405 nm UV light in curing zone with different size micro-pores
    约束面投影光固化成型装置Setup of constrained-surface projection-based stereolithography
    Fig. 6. 约束面投影光固化成型装置Setup of constrained-surface projection-based stereolithography
    通过激光加工在石英玻璃基底上制备的微孔阵列Micro-pore array on quartz substrate fabricated through laser etching
    Fig. 7. 通过激光加工在石英玻璃基底上制备的微孔阵列Micro-pore array on quartz substrate fabricated through laser etching
    微孔固化成型图案共聚焦显微镜表征结果Cured pattern characterization result of micro-pore through confocal interferometric microscope
    Fig. 8. 微孔固化成型图案共聚焦显微镜表征结果Cured pattern characterization result of micro-pore through confocal interferometric microscope
    Quan-dai WANG, Min LIANG, Lin-kai CHENG, Ming-shun YANG, Peng-yang LI, Yan LI. Influence of Micro-feature parameters of Substrate on Light Transmittance in Constraint Surface Projection Stereolithography[J]. Acta Photonica Sinica, 2020, 49(1): 0124001
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