Author Affiliations
1Combat Support Academy, The Chinese People’s Liberation Army Rocket Force University of Engineering, Xian, Shaanxi 710025, China1Combat Support Academy, The Chinese People′s Liberation Army Rocket Force University of Engineering, Xi′an, Shaanxi 710025, Chinashow less
Fig. 1. Optical microscopic images of the Achillidesbianor Cramer scales. (a) Achillidesbianor Cramer; (b)--(c) colored scales of the forewing; (d)--(f) colored scales of the hindwing
Fig. 2. Reflectance spectrum characteristics of the scales with structural color
Fig. 3. Color change of the forewing scales. (a) Before filling with alcohol; (b) after filling with alcohol
Fig. 4. Color change of the hindwing scales. (a) Before filling with alcohol; (b) after filling with alcohol
Fig. 5. Color of the hindwing scales after irradiation angle changes
Fig. 6. Micro-nano structure of the forewing scales. (a) Distribution of the dark-brown scales; (b) distribution of the green scales; (c) surface structure of the black-brown scales; (d) surface structure of the green scales
Fig. 7. Micro-nano structure of the hinding scales. (a)--(b) Scales distribution in color area; (c)--(d) surface structure of the blue-green scales; (e)--(f) surface structure of the black basal scales
Fig. 8. Cross sectional structure of the scales
Fig. 9. Layered structure of the cross section of the scale. (a) Pit type multilayer film; (b) flat type multilayer film
Fig. 10. Optical characteristics of scales when filled with alcohol-free solution. (a) Scales of the frontwing; (b) scales of the hindwing
Fig. 11. Optical characteristics of scales when filled with alcohol. (a) Scales of the frontwing; (b) scales of the hindwing
Fig. 12. Optical characteristics of light incident on the bottom of the scale pits at different angles. (a) Scales of the frontwing; (b) scales of the hindwing