“…5d). 43–52 Based on the strategy of infiltration printing, the GCNP sponge forms a porous and three-dimensional conductive structure, facilitating the rapid transfer and detection of loads in the sponge structure.…”
This study presents an approach for developing sleep monitoring sensors with excellent satisfactory softness, sensitivity and stability by embedding three-dimensional graphene conductive network patterns onto sponges.
“…5d). 43–52 Based on the strategy of infiltration printing, the GCNP sponge forms a porous and three-dimensional conductive structure, facilitating the rapid transfer and detection of loads in the sponge structure.…”
This study presents an approach for developing sleep monitoring sensors with excellent satisfactory softness, sensitivity and stability by embedding three-dimensional graphene conductive network patterns onto sponges.
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