Sublimation of MXene/camphor device: a study on self – destructive dry transiency

Abstract

Recently, transient electronics have come to the limelight accounts for their programmable destruction for various exciting biomedical and hardware secure electronics applications, which is impossible with conventional electronics. Most of...

Development of WS2/MXene (Ti3C2T x ) nanohybrid based multi-functional textronic sensor for non-invasive personal healthcare monitoring

“…Another class of 2D material, called MXenes (M n+1 X n T x ) (transition metal nitrides/carbides/carbonitrides), is also being actively investigated as an electronic material for piezoresistive sensing [32][33][34]. MXenes have high electrical conductivity, tunable stoichiometry, and a large surface area with increased interlayer spacing, resulting in highly sensitive and responsive sensors [35,36].…”