Dual-Functional Photonic Metacoating Integrating Fluorescence Thermometry and High-Performance Space Radiative Cooling

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Dual-Functional Photonic Metacoating Integrating Fluorescence Thermometry and High-Performance Space Radiative Cooling

Hao Gong et al · SpringerOpen · 2026

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Author / responsible party

Hao Gong et al

Publisher

SpringerOpen

Year

2026

ISSN

2311-6706

ISSN

2311-6706

Language

English

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Highlights Dual-functional Eu-doped ZrO2 submicrosphere metacoating for space radiative cooling and fluorescence thermometry. Photonic structure and materials co-design yield an ultralow solar absorptance (α s = 0.076) and high emittance (ε = 0.931) in a ~ 100 μm thick metacoating. The metacoating achieves a net cooling power of 323.69 W m−2 and enables 173–433 K non-contact thermometry (S r,max = 0.797% K−1) with reliable irradiation resistance under space environments.

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APA 7

al, H. G. E. (2026). Dual-Functional Photonic Metacoating Integrating Fluorescence Thermometry and High-Performance Space Radiative Cooling. https://doi.org/10.1007/s40820-026-02195-8

MLA

al, Hao Gong et. "Dual-Functional Photonic Metacoating Integrating Fluorescence Thermometry and High-Performance Space Radiative Cooling." 2026. https://doi.org/10.1007/s40820-026-02195-8.

Chicago

al, Hao Gong et. 2026. "Dual-Functional Photonic Metacoating Integrating Fluorescence Thermometry and High-Performance Space Radiative Cooling.". https://doi.org/10.1007/s40820-026-02195-8.

Harvard

al, H. G. E. 2026, Dual-Functional Photonic Metacoating Integrating Fluorescence Thermometry and High-Performance Space Radiative Cooling, SpringerOpen, available at: https://doi.org/10.1007/s40820-026-02195-8 [Accessed 8 Aug. 2026].

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Title: Dual-Functional Photonic Metacoating Integrating Fluorescence Thermometry and High-Performance Space Radiative Cooling

Author / contributors: Hao Gong et al

Publisher: SpringerOpen

Publication year: 2026

ISSN: 2311-6706

ISSN: 2311-6706

Language: English

Subjects

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Photonic metacoating; Eu-doped ZrO2 submicrosphere; Space radiative cooling; Fluorescence thermometry