Figure 4: Physical properties of graphene elastomers with different densities.
From: Biomimetic superelastic graphene-based cellular monoliths
The data for selected low-density porous carbon materials are also presented for comparison. (a) The relationship between Young’s modulus and density of graphene elastomers. (b) The energy loss coefficient (the ratio of dissipated energy over total work done during the compression). (c) Electrical conductivity of graphene elastomers.
