Photothermal investigation study of porous silicon layer doped lithium

Smart windows have shown powerful potential in modulating sunlight and energy management. However, there has not been a single system that can simultaneously possess all desired properties, that is, high compliance, wide tunability, and autonomous regulation. Here, a novel system based on polyhedral oligomeric silsesquioxane crosslinked poloxamer is demonstrated. The as‐synthesized material simultaneously possesses a number of the desired properties for smart windows. In addition, with the incorporation of gold nanorods, the as‐fabricated smart window can be operated in an autonomous fashion with its transmission being modulated automatically upon environmental temperature shifts. Finally, the high toughness and high stretchability (10 000% strain) of the material also pave a way for future applications in wearable displays or flexible window screens.

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Ultra‐Compliant and Tough Thermochromic Polymer for Self‐Regulated Smart Windows

Zhang

Jiang

Chen

et al. 2021

Adv Funct Materials

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Effect of DC power on opto-thermal properties of AlN thin films

Khalfaoui¹,

Ktifa

Aouadi

et al. 2022

Appl. Phys. A

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Photothermal Investigation of Nanocomposite Porous Silicon / Rhodamine 6G

Ktifa

Znaidi

Saadallah

et al. 2018

Silicon

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Photothermal investigation study of porous silicon layer doped lithium

Cited by 7 publications

References 16 publications

Ultra‐Compliant and Tough Thermochromic Polymer for Self‐Regulated Smart Windows

Ultra‐Compliant and Tough Thermochromic Polymer for Self‐Regulated Smart Windows

Effect of DC power on opto-thermal properties of AlN thin films

Photothermal Investigation of Nanocomposite Porous Silicon / Rhodamine 6G

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