Rationally designed cellulose hydrogel for an ultrasensitive pressure sensor
Minzhang Chen, Huixiong Wan, Yang Hu, Fengyan Zhao, Xiaoni An, Ang Lu
Abstract
in increments of 2245, which also has a high degree of transparency, excellent durability, and good electrical transmission. Moreover, the ICH demonstrated great potential as sensors and arrays practicable in various industries, including medical treatment and motion recognition. The design is also applicable for piezoresistive tactile sensors, which realize enhanced sensitivity. This affordable, effective, and environmentally friendly technology definitely offers novel perspectives and the potential to enhance the functionality of flexible pressure sensors.
Topics & Concepts
Materials sciencePressure sensorDurabilityNanotechnologyPiezoresistive effectSensitivity (control systems)Transparency (behavior)Environmentally friendlyCelluloseBiomedical engineeringOptoelectronicsComputer scienceElectronic engineeringComposite materialMechanical engineeringChemical engineeringEngineeringEcologyBiologyComputer securityAdvanced Sensor and Energy Harvesting MaterialsTactile and Sensory InteractionsConducting polymers and applications