This work demonstrates a biodegradable resistive pressure sensor fabricated by a solvent-free, low cost and highly efficient method. The sensor shows a high sensitivity of 4.77 %/kPa, a fast response of 0.3 ms and a relaxation time of 8 ms. The fast response time, flexibility, and capability to be safely attached to the human body and measure the motion of the Unger in real-time indicate its potential for human motion detection, touch displays, and tactile sensing applications
Wearable sensors, especially pressure sensors, have become an indispensable part of life when reflec...
For sensors that emulate human tactile perception, we suggest a simple method for fabricating a high...
Sensing of mechanical stimuli forms an important communication pathway between humans/environment an...
This work demonstrates a biodegradable resistive pressure sensor fabricated by a solvent-free, low c...
A flexible pressure sensor with a rudimentary, ultra-low cost, and solvent-free fabrication process ...
Piezoresistive microsensors are considered to be essential components of the future wearable electro...
The emergence of wearable electronics provides opportunity for continuous health monitoring. Current...
The electromechanical properties of single-layer graphene have inspired specific application to forc...
The ability of a flexible pressure sensor to possess zero power consumption in standby mode, high se...
To imitate tactile sensing for application to artificial skin, we propose a highly sensitive tactile...
In this work, graphene has been utilized as the sensing material for the development of a highly-sen...
There is a strong demand for flexible user interface technology with a desired size and shape to mak...
A wearable, low-cost, highly repeatable piezoresistive sensor was fabricated by the synthesis of mod...
In recent years, wearable and flexible sensors have attracted considerable research interest and eff...
Wearable pressure sensors are crucial building blocks for potential applications in real-time health...
Wearable sensors, especially pressure sensors, have become an indispensable part of life when reflec...
For sensors that emulate human tactile perception, we suggest a simple method for fabricating a high...
Sensing of mechanical stimuli forms an important communication pathway between humans/environment an...
This work demonstrates a biodegradable resistive pressure sensor fabricated by a solvent-free, low c...
A flexible pressure sensor with a rudimentary, ultra-low cost, and solvent-free fabrication process ...
Piezoresistive microsensors are considered to be essential components of the future wearable electro...
The emergence of wearable electronics provides opportunity for continuous health monitoring. Current...
The electromechanical properties of single-layer graphene have inspired specific application to forc...
The ability of a flexible pressure sensor to possess zero power consumption in standby mode, high se...
To imitate tactile sensing for application to artificial skin, we propose a highly sensitive tactile...
In this work, graphene has been utilized as the sensing material for the development of a highly-sen...
There is a strong demand for flexible user interface technology with a desired size and shape to mak...
A wearable, low-cost, highly repeatable piezoresistive sensor was fabricated by the synthesis of mod...
In recent years, wearable and flexible sensors have attracted considerable research interest and eff...
Wearable pressure sensors are crucial building blocks for potential applications in real-time health...
Wearable sensors, especially pressure sensors, have become an indispensable part of life when reflec...
For sensors that emulate human tactile perception, we suggest a simple method for fabricating a high...
Sensing of mechanical stimuli forms an important communication pathway between humans/environment an...