“…EG has been previously used to make printable inks, owing to its high viscosity and boiling point. [48][49][50] Furthermore, upon settling, the nanoparticles can be re-dispersed in the medium and reused, without loss of functionality. Hence, EG was chosen as the medium to produce the NiO dispersion.…”
“…EG has been previously used to make printable inks, owing to its high viscosity and boiling point. [48][49][50] Furthermore, upon settling, the nanoparticles can be re-dispersed in the medium and reused, without loss of functionality. Hence, EG was chosen as the medium to produce the NiO dispersion.…”
“…In addition, the liquid uncured PDMS can be molded easily and could be used as direct printing inks. 12 The surface of cured PDMS can also be further modied using plasma treatment to control its physiochemical properties. Consequently, we can integrate both adhesion and conducting functions by creating a conductive PDMS composite that are loaded with Ag nanoparticles.…”
“…[7][8][9][10][11] Indeed, high mechanical strength and large electrical conductivity of conductors are required in these numerous applications. [12][13][14][15][16][17][18] Promising candidates that meet the above requirements are nanocomposites with inorganic conductive llers embedded in an organic matrix. In this regard, an effective electron pathway can be established by forming the network of llers, while the matrix provides good mechanical properties.…”
High-performance flexible nanocomposite conductors are solution prepared by embedding Ag NWs uniformly within PVDF matrix, which exhibits the highest electrical conductivity of 1.77 × 104 S cm−1 and remains little changed after 1000 bending events.
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