Ionic liquids (ILs) are regarded as ideal components in the next generation of strain sensors
because their ultralow modulus can commendably circumvent or manage the mechanical …

Although a variety of stretchable strain sensors based on electrical percolation have been
reported, stretchable sensors detecting low strains have been rarely demonstrated. This is …

With growing concerns over electronic device malfunction and the resulting information loss
caused by electromagnetic interference (EMI), extensive studies have been performed in …

To fabricate flexible electrodes, conventional silver (Ag) nanomaterials have been deposited
onto flexible substrates, but the formed electrodes display limited electrical conductivity due …

Reduced graphene oxide (rGO) is an attractive material for heat dissipation films due to its
high thermal conductivity. However, stacked rGO nanosheets generally suffer from low cross …

A highly conductive environmental benign strategy for even coating of metal ion is of the
great demand for various applications. This article proposes a nature originated polyphenol …

Recently, there has been an increasing demand for develo** high performance barrier
films for effectively suppressing the penetration of organic solvent. Particularly, in …

Polyelectrolyte complexes offer unique possibilities for assembling nanostructures with
recognition properties that find increasing application in various sensors for detection of …

Mechanical flexibility introduced in functional electronic devices has allowed electronics to
avoid mechanical breakage, conform to nonplanar surfaces, or attach to deformable …

Rapid advances in the design of flexible electronics have broadened the scope of wearable
devices from perspiration analysis to cardiac monitoring that contains important clinical …