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Morpho蝴蝶现显闪蓝色光泽,这与蝶翅表面分级微纳结构密切关.将甲醇、乙醇、异丙醇3种折射同体滴加鳞片表面,鳞片结构反射下降,波峰右移,蝶翅变为黄绿色;体完全挥发后,又还原为蓝色.同时,对型蝶翅微纳结构进行建模,仿真分析出体滴加过程中反射变化规.进运用分分析方法对甲醇、乙醇、异丙醇滴加过程中反射验和仿真数据进行元提取和降维处理,在三元坐标系中反射变化曲,从而可以监测滴加体时蝶翅结构型变色过程,并且通过映射密集分区域能够直观辨出同体.上述结论为仿Morpho蝶翅微纳结构环境质检测和数据分析提供了指,对其制造和应用具有重鉴意义.
Morpho butterfly is now blue and blue, which is closely related to the graded micro / nano structure of the butterfly’s wing surface. The three kinds of refraction of methanol, ethanol and isopropanol are added to the surface of scale, the reflection of scale structure is decreased, Is yellow-green; after the body is completely volatilized, it returns to blue color. At the same time, the micro-and nano-structure of the butterfly’s wing is modeled and the variation rule of the reflection in the body is simulated and analyzed. Isopropyl alcohol during the reflection test and simulation data extraction and dimension reduction processing yuan, in the ternary coordinate system reflects the variation of the song, which can be monitored when the butterfly body butterfly structure-type discoloration process, and by mapping the dense sub-region Which can intuitively identify the same body.The above conclusions provide a means for the environmental quality detection and data analysis of Morpho butterfly wing micro-nano structure, which has the significance of re-evaluation of its manufacture and application.