中文简介
我们提出了一种利用光致发光材料着色的结构，用于辐射冷却应用。通过模拟，我们证明，光致发光材料的引入能够通过改变电磁波谱能量的分布，为结构赋予颜色。与用于光谱选择性吸收的传统材料（例如颜料和纳米金属谐振器）相比，光致发光材料由于着色而导致的额外太阳能吸收更少。我们研究了不同类型光致发光材料（例如荧光粉和量子点）的热性能和视觉性能，并量化了斯托克斯位移和量子产率的影响，这些光致发光特性表征了光谱间的能量偏移。
英文摘要（原文）
We propose structures that are colored with photoluminescence materials for radiative cooling applications. Using simulations, we show that implementing photoluminescence materials provides color to the structures by shifting electromagnetic energy between spectrums. Resulting additional solar energy absorption due to coloration is lower with photoluminescence compared to the traditional materials
题录（GB/T 7714）
Yalçın R A, Blandre E, Joulain K, 等. Colored radiative cooling coatings with fluorescence[J]. Journal of Photonics for Energy, 2021, 11(03): 1-16. DOI: 10.1117/1.jpe.11.032104.
相关文献
Fluorescent‐Enhanced Radiative Cooling of Colored Cellulose Pulp for Thermal Management and Aesthetic Applications
Advanced Optical Materials · 2025 · 发光色
具有彩色辐射冷却装置和量子点发光二极管的智能构建块
Nanoscale · 2024 · 发光色
Photoluminescent Dual-Layer Electrospinning Films for Colored Passive Radiative Cooling
ACS Applied Polymer Materials · 2026 · 发光色
具有高太阳反射率的TiO基彩色辐射冷却涂层
Journal of Materials Chemistry A · 2026 · 发光色