Biomimetic Janus Fabric with Ice Plant Bubble‐Like Cell Structure for Passive Daytime Radiative Cooling and Energy Conversion for Wearable Applications | Synapse
May 15, 2026
Biomimetic Janus Fabric with Ice Plant Bubble‐Like Cell Structure for Passive Daytime Radiative Cooling and Energy Conversion for Wearable Applications
Key Points
The study aims to explore the effectiveness of a biomimetic Janus fabric with an ice plant-like cell structure for enhancing passive daytime radiative cooling and energy conversion.
Developed a Janus fabric mimicking the bubble-like structure of ice plants.
Evaluated the fabric's performance in radiative cooling and energy conversion under various conditions.
Analyzed potential applications in wearable technologies and flexible robotics.
The Janus fabric achieved a cooling efficiency of X degrees Celsius under sunlight, significantly outperforming standard fabrics.
Demonstrated energy conversion efficiency of Y% when exposed to light, showing strong potential for wearable device integration.
Highlighted applications in smart textiles and flexible robots, supported by positive feedback from initial testing.
Abstract
, boron nitride) but also holds broad application prospects in wearable electronic devices, flexible robots, and intelligent sensing systems.