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- Growing demand for inexpensive smart wireless sensor for healthcare and sports offering enormous revenue gains to firms in smart textile market; miniaturization of electronics expanding horizon
/PRNewswire/ -- Advancements in nanotechnologies and increasing trend of miniaturization of electronics are expanding lucrative opportunities, finds a TMR...
Advances in flexible and printable electronics have paved the way for large-area, and low-cost wearable electronics that will revolutionize the way we detect and monitor ionizing radiation. The improvements to early detection and widespread use of treatment procedures of tumors and other illnesses using ionizing radiation have led to the rapid increase in the yearly dose exposure to the public. Therefore, safety organizations must introduce stricter quality assurance measures to ensure the safe delivery of the total dose to the patient - only achievable using live monitoring systems, named in-...
Wearable sensors and devices capable of simulating human somatosensation are highly desirable to develop the next generation of electronic skins (e-skins), human-machine interfaces, and soft robotics. Herein, the design of flexible and skin-compliant capacitive pressure sensors for monitoring human motion and physiological signals by electrical signal conversion is reported. The introduction of air chambers into elastomeric polydimethylsiloxane (PDMS) substrate led to the development of pressure sensors with high sensitivity (0.82 kPa−1, up to 20% strain), capable of detecting both static an...
A very sensitive hybridized nanofiber and membrane-based pressure gauge has been presented to address the limitations of the current piezo-resistive pressure gauge.