Fig. 7
From: Large area flexible pressure/strain sensors and arrays using nanomaterials and printing techniques
Textile based sensing platforms (i) Pyrolysis assisted CNT-PDMS sensor (Reproduced by permission from [125].Copyright 2017, Nature) (ii) Elastomer yarns supporting silver coated yarn giving stitched textile like sensor (Reproduced by permission from [128] Copyright 2013, MDPI) (iii) Cotton fabric made conductive by dip-dry in CNT-Graphene solution (Reproduced by permission from [132] Copyright 2018, Elsevier) (iv) Large scale fabric sensor fabrication with padding and rolling and uniform heating for flexible sensor (Reproduced by permission from [129] Copyright 2017, American Chemical Society) (v) Silver NW coated fibre yarn coated with SBS elastomer for flexible and stretchable sensor (Reproduced by permission from [134] Copyright 2018, Springer) (vi) Vacuum infiltrated fabric with graphene oxide (GO) and reduced to rGO by hot press giving area scalable and uniform heating (Reproduced by permission from [131] Copyright 2017, Elsevier) (vii) Spray coated PEDOT on fabric (Reproduced by permission from [130] Copyright 2017, Elsevier) (viii) Textile electrode elastomer dielectric based sensor with laser assisted shape and size control (Reproduced by permission from [140] Copyright 2017, Wiley)