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Precise Ta2O5 thickness could be controlled by adjusting the anodizing voltage.
It traces out waves or loops - which the team found could be controlled by adjusting the speed of the nozzle.
The porous structures and sizes of Fe2O3 nanostructures can be controlled by adjusting the calcination temperatures.
The PIT window can be controlled by adjusting the geometric parameters of graphene-based metamaterial structure.
The bending behavior can be controlled by adjusting the surrounding hydrogen pressure.
Carrier concentration and mobility could be controlled by adjusting dopant concentration.
CNT density can be controlled by adjusting the concentration of Ni nanopowder in silver paste.
Moreover, the diameter of concave PCML can be controlled by adjusting the curing time and temperature.
The particle size can be controlled by adjusting the cobalt to copolymer ratio.
The length distribution of the cut SWCNTs could be controlled by adjusting the irradiation fluence.
Shell thickness could be controlled by adjusting the amount of coating monomer added.
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