Search alternatives:
dissection algorithm » detection algorithms (Expand Search), selection algorithm (Expand Search), correction algorithm (Expand Search)
multiple ionic » multiple chronic (Expand Search), multiple omics (Expand Search), multiple long (Expand Search)
dissection algorithm » detection algorithms (Expand Search), selection algorithm (Expand Search), correction algorithm (Expand Search)
multiple ionic » multiple chronic (Expand Search), multiple omics (Expand Search), multiple long (Expand Search)
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Bioinspired Gradient-Modulus Iontronic Sensors with Drift-Suppressed Stability for Biomechanical Monitoring
Published 2025“…Inspired by the gradient-modulus structure of human skin, we fabricated a bioinspired gradient-modulus iontronic sensor (GMIS) by integrating a microstructured ionic gel with a glass fiber-reinforced matrix. This design expanded the sensing range and stability, enabling real-time monitoring of multiple physiological signals. …”
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Bioinspired Gradient-Modulus Iontronic Sensors with Drift-Suppressed Stability for Biomechanical Monitoring
Published 2025“…Inspired by the gradient-modulus structure of human skin, we fabricated a bioinspired gradient-modulus iontronic sensor (GMIS) by integrating a microstructured ionic gel with a glass fiber-reinforced matrix. This design expanded the sensing range and stability, enabling real-time monitoring of multiple physiological signals. …”
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3
Bioinspired Gradient-Modulus Iontronic Sensors with Drift-Suppressed Stability for Biomechanical Monitoring
Published 2025“…Inspired by the gradient-modulus structure of human skin, we fabricated a bioinspired gradient-modulus iontronic sensor (GMIS) by integrating a microstructured ionic gel with a glass fiber-reinforced matrix. This design expanded the sensing range and stability, enabling real-time monitoring of multiple physiological signals. …”