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It is essential to understand the size scaling effects on the mechanical properties of graphene networks to realize the potential mechanical applications of graphene assemblies. Here, a “highly dense‐yet‐nanoporous graphene monolith (HPGM)” is used as a model material of graphene networks to investigate the dependence of mechanical properties on the intrinsic interplanar interactions and the extrinsic...
Tensile loading and pullouts of individual multi‐walled BNNTs were studied for the first time by in‐situ tests in the integrated HRTEM‐AFM setup. Most important mechanical parameters, such as the ultimate tensile strength and strain, maximum sustainable load and the Young’s modulus of tubes, were measured. Under parallel HRTEM observations the measured mechanical parameters were correlated to experimental...
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