OPTICAL DIFFRACTION BY THE MICROSTRUCTURE OF THE WING OF A MOTH

Brink DJ.; Lee ME.; Moller A.; Smit JE.

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OPTICAL DIFFRACTION BY THE MICROSTRUCTURE OF THE WING OF A MOTH

机译：飞蛾翅膀的微观结构引起的光学衍射

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On the wing of the moth Trichoplusia orichalcea a prominent, apparently highly reflective, golden spot can be seen. Scales from this area of the wing exhibit a regular microstructure resembling a submicrometer herringbone pattern. We show that a diffraction process from this structure is responsible for the observed optical properties, such as directionality, brightness variations, polarization, and color. [References: 9]

机译：在飞蛾Trichoplusia orichalcea的机翼上，可以看到一个明显的，高度反射的金色斑点。来自机翼这一区域的鳞片显示出规则的微观结构，类似于亚微米的人字形图案。我们表明，从这种结构的衍射过程负责观察到的光学特性，例如方向性，亮度变化，偏振和颜色。 [参考：9]

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《Applied optics》 |1995年第27期|共9页
作者
Brink DJ.; Lee ME.; Moller A.; Smit JE.;
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正文语种 eng
中图分类光学;
关键词
Structural colors; Optical diffraction; Insect optics;

机译：结构颜色;光学衍射;昆虫光学;

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1. OPTICAL DIFFRACTION BY THE MICROSTRUCTURE OF THE WING OF A MOTH [J] . Brink DJ., Lee ME., Moller A., Applied optics . 1995,第27期

机译：飞蛾翅膀的微观结构引起的光学衍射
2. The anti-bat strategy of ultrasound absorption: the wings of nocturnal moths (Bombycoidea: Saturniidae) absorb more ultrasound than the wings of diurnal moths (Chalcosiinae: Zygaenoidea: Zygaenidae) The anti-bat strategy of ultrasound absorption: the wings of nocturnal moths (Bombycoidea: Saturniidae) absorb more ultrasound than the wings of diurnal moths (Chalcosiinae: Zygaenoidea: Zygaenidae) The anti-bat strategy of ultrasound absorption: the wings of nocturnal moths (Bombycoidea: Saturniidae) absorb more ultrasound than the wings of diurnal moths (Chalcosiinae: Zygaenoidea: Zygaenidae) [J] . Athanasios Ntelezos, James F. C. Windmill, Francesco Guarato Biology Open . 2017,第1期

机译：超声波吸收的反蝙蝠策略：夜蛾的翅膀（Bombycoidea：Saturniidae）比昼夜蛾的翅膀（Chalcosiinae：Zygaenoidea：Zygaenidae）吸收更多的超声波。超声波吸收的反蝙蝠策略：夜蛾的翅膀（ Bombycoidea：Saturniidae）比昼夜蛾的翅膀吸收更多的超声波（Chalcosiinae：Zygaenoidea：Zygaenidae）超声吸收的反蝙蝠策略：夜蛾的翅膀（Bombycoidea：Saturniidae）比昼夜蛾的翅膀吸收更多的超声波：Zygaenoidea：Zygaenidae）
3. Moth wing scales as optical pH sensors [J] . Xining Zang, Yongwen Tan, Zhi Lv, Sensors and Actuators . 2012,第期

机译：蛾翼秤作为光学pH传感器
4. The Role of Multiple-dimensional Microstructure in the Low Adhesion and Superhydrophobicity on the Wing of Tiger Moth (Arctiidae) [C] . Yan Fang, Gang Sun, Wanxing Wang, International Conference on Machinery, Electronics and Control Simulation . 2017

机译：多维微观结构在虎蛾（Arctiidae）翼粘附低粘附性和超疏水性中的作用
5. Biomimicry of the Hawk Moth, Manduca sexta (L.): Forewing and Thorax Emulation for Flapping-Wing Micro Aerial Vehicle Development [D] . Moses, Kenneth Christopher. 2020

机译：Hawk Moth，Manduca Sexta（L.）的生物体：用于拍打翼微空气开发的前翅和胸部仿真
6. The anti-bat strategy of ultrasound absorption: the wings of nocturnal moths (Bombycoidea: Saturniidae) absorb more ultrasound than the wings of diurnal moths (Chalcosiinae: Zygaenoidea: Zygaenidae) [O] . Athanasios Ntelezos, Francesco Guarato, James F. C. Windmill 2017

机译：超声波吸收的反蝙蝠策略：夜蛾的翅膀（Bombycoidea：Saturniidae）比昼夜蛾的翅膀（Chalcosiinae：Zygaenoidea：Zygaenidae）吸收更多的超声波。
7. The Role of Multiple-dimensional Microstructure in the Low Adhesion and Superhydrophobicity on the Wing of Tiger Moth (Arctiidae) [O] . Yan Fang, Gang Sun, Wanxing Wang, 2017

机译：多维微观结构在虎蛾（Arctiidae）翼粘附低粘附性和超疏水性中的作用
8. Diffractive Wavefront Modulation by Microstructured Optical Media [R] . Huttunen, J. 1995

机译：微结构光学介质的衍射波前调制

OPTICAL DIFFRACTION BY THE MICROSTRUCTURE OF THE WING OF A MOTH

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