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Polymerization

Flexible Thermoelectric Fabrics Hold Promise for Smart Wearable Devices

Researchers at the School of Textile Science & Engineering have developed a dual-catalytic polymerization strategy to fabricate high-performance PEDOT-based thermoelectric fabrics. These fabrics exhibit excellent electrical conductivity, good durability, and stretchability, making them suitable for self-powered sensing, energy harvesting, and human-machine interaction. The thermoelectric fabric can serve as a self-powered

Energy efficient buildings

Advancements in Indoor Humidity Control: A Simplified Model for Predicting Power Consumption

Investigations into innovative technologies for energy-efficient buildings have led to the development of heat-pump-driven liquid-desiccant (HPLD) systems, capable of independently controlling air temperature and humidity. A recent study, funded by the Korea Institute of Energy Technology Evaluation & Planning (KETEP) and the National Research Foundation of Korea, has introduced a

Asteroids

Distributed Control for Spacecraft Formation Near Irregular Asteroids via Quantized Information Exchange

Researchers from Shanghai Jiao Tong University have proposed a novel distributed coordinated control framework for spacecraft formation flying near irregular asteroids, enabling a significant reduction in data transmission and energy consumption for deep-space missions with limited communication resources. This innovative approach uses a logarithmic quantization mechanism embedded in a coordinated