Instant Photonic Crystals with a Flap

Colloidal particle-assembled photonic crystals offer sustainable alternatives to traditional structural color materials, but their commercial use is limited by low optical quality and slow fabrication. We demonstrate that embedding colloidal particles in suitable matrix materials and adjusting parti...

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Autor principal:	Feng Gao (3548) (author)
Altres autors:	Junjun Qiu (10462250) (author), Tong An (1721203) (author), Xinyu Jiang (1713721) (author), Christian Schäfer (2237119) (author), Nan Shi (650753) (author), Ge Wang (56838) (author), Xiuhong Li (378121) (author), Bin Zhu (182882) (author), Tan Sui (13803745) (author), Wei You (474340) (author), Wei Yu (43094) (author), Tongxiang Fan (206038) (author), Qibin Zhao (1360539) (author)
Publicat:	2025
Matèries:	Cell Biology Molecular Biology Biotechnology Space Science Physical Sciences not elsewhere classified using common materials uniform photonic crystals typically require thousands suitable matrix materials outline practical principles oscillatory shear induced low optical quality instant photonic crystals flap colloidal particle embedding colloidal particles 05 – 0 6 </ sup slow fabrication sharp 90 second speeds scalable production reflectance peaks rapidly form commercial use accelerate fabrication
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Instant Photonic Crystals with a Flap

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