Wavy Cooling Channels Keep Lithium-Ion Batteries Cooler With Gradient Design
Researchers at Dalian Maritime University show that serpentine liquid cooling plates with sine-wave channels and gradient-designed amplitudes and wavelengths lower ...
Researchers at Dalian Maritime University show that serpentine liquid cooling plates with sine-wave channels and gradient-designed amplitudes and wavelengths lower ...
Researchers have built a microgrid scheduling system that pairs online electric vehicle battery state estimation with a neural network surrogate, ...
A University of Waterloo study of 11 large language models found that chatbots systematically favour existing options over change in ...
A new study in Ionics uses 72 real BMW i3 driving trips and a Horned Lizard Optimization-tuned CatBoost model to ...
Researchers have developed a physics-informed neural network with an attention mechanism that predicts electric vehicle range with far greater accuracy ...
A firm-level network analysis of nine major battery manufacturers shows that lithium shortages cause the greatest cascading losses, recovery flows ...
A Monte Carlo total-cost-of-ownership study finds that gasoline cars remain cheaper to own in Saudi Arabia under current prices, but ...
A detailed techno-economic and life cycle assessment shows mechanical black mass separation from spent EV and phone batteries is highly ...
Researchers have developed an adaptive low-frequency bidirectional pulse preheating method that rapidly warms lithium-ion batteries in extreme cold without causing ...
New University of Technology Sydney research based on interviews with 122 Australian consumers shows how socially reinforced misinformation communities sustain ...
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© 2026 Scienmag - Science Magazine