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Award ID contains: 1911719

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  1. ; ; (, 2023 IEEE Research and Applications of Photonics in Defense Conference (RAPID))
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  2. ; ; ; (, 2021 IEEE Photonics Conference (IPC))
    A novel hybrid of quasi-random nanostructures and Archimedean spiral arrangement light trapping coating, and its low-cost, fast-production technique are presented here. Both numerical simulations and experiments confirmed the superiority of efficiency enhancement and omnidirectional light-trapping capacity when coating the created nanostructures on thin-film solar cells. 
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  3. ; ; ; (, AIP Advances)
    Due to its high biocompatibility and biodegradability, supraparticles made from silk fibroin—produced from Bombyx mori (B. mori) cocoons—can find various applications in biomedical fields. The evaporation of Ouzo droplets by not requiring energy nor a surfactant is an environmentally friendly, easy, and cost-effective strategy to fabricate three-dimensional supraparticles, tackling the so-called “coffee ring effect” associated with droplet evaporation. Silk fibroins are dissolved into quaternary droplets, comprised of ultrapure water, ethanol, trans-anethole oil, and formic acid. The Ouzo droplet is able to form an oil ring that facilitates the droplet contraction to create a three-dimensional supraparticle. Using the Ouzo effect to fabricate these particles from silk fibroin results in consistent macro-porous structures with a high porosity. 
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