Ion Gel Pressure Sensor with High Sensitivity and a Wide Linear Range Enabled by Magnetically Induced Gradient Microstructures

In the field of intelligent sensing, a major challenge pertains to the development of capacitive pressure sensors that can precisely detect minute pressure changes and simultaneously exhibit a wide linear range and high sensitivity. This paper develops a novel capacitive pressure sensor inspired by...

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Bibliographic Details
Main Author:	Zhijie Xie (9204441) (author)
Other Authors:	Haoran Ou (20718532) (author), Boyi Xu (10429389) (author), Hao Zhan (6853280) (author), Zheping Wang (20718535) (author), Fei Yang (46361) (author), Jinsui Xu (20718538) (author)
Published:	2025
Subjects:	Biophysics Molecular Biology Neuroscience Biotechnology Inorganic Chemistry Science Policy Space Science Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified Information Systems not elsewhere classified wide pressure range wide linear range object grasping recognition major challenge pertains detect minute pressures deep learning algorithms capacitive pressure sensors intelligent logistics sorting gradient microstructure morphology human health monitoring gradient microstructure health monitoring intelligent sensing motion monitoring work provides simultaneously exhibit precisely control paper develops new solution motion signals ionic gel high sensitivity features enable conductive nanomaterials application fields also maintain 51 kpa 5 pa 5 kpa
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Ion Gel Pressure Sensor with High Sensitivity and a Wide Linear Range Enabled by Magnetically Induced Gradient Microstructures

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