A carbon nanotube film forms when an elastic substrate stretches a transferred array along one direction while drawing the film along another.
Storing nanocarbon dispersions at 10°C or lower with adjusted surfactant levels prevents aggregation and turbidity.
Autocatalytic plating deposits metallic layers on carbon nanomaterials to resolve poor wettability and void formation in composites.
Integrates a nanoindenter with a potentiostat inside an inert housing to measure electrode mechanical properties during electrochemical cycling.
Annealing amorphous ribbons under controlled tensile stress prevents the omega profile formation that causes fragility during small-diameter winding.