… Helium plasma irradiation to various metals leads to peculiar morphology changes as
forming fiberform nanostructures called fuzz when a certain set of conditions is satisfied. In this …

… fiber-form nanostructure formation on metal surfaces is inconclusive. Here we propose a
model for the initial fiber-form nanostructure … method and physical properties of several metals. …

… stage of fiberform nanostructure growth on tungsten and molybdenum surfaces with helium
… viscoelastic model for the mechanism of fiber-form nanostructure growth, which is supported …

… The formation of fiber-form nanostructures on molybdenum … which fiber-form nanostructure
formed on molybdenum surfaces. … Secondly, we study the surface morphology of molybdenum …

… On Pd, Ag, and Au, fine fiberform structures were not grown even though we conducted …
surface temperature. At the moment we cannot deny the possibility of the fiberform nanostructure …

… nanostructure on the tungsten surface made in AIT-PID, where we have high-density (∼10
18 m −3 ) helium plasmas with an ion bombarding energy of 50 eV and a starting surface …

… on a W surface forms fiberform nanostructures called fuzz 3,4 … In addition, fiberform
nanomaterials have various practical … is called a large-scale fiberform nanostructure (LFN), and it …

… fiber form-factor using this strategy, such as transversely emitting fiber lasers, fibers that detect
light, heat, or sound impinging on their external surfaces… fabrication of nanostructures such …

… surface or in the plasma-nanostructure sheath, as well as charge-related effects. The outlook
section summarizes advantages of plasma-driven self-organization, and outlines principal …

… was difficult to survive on the clean/typical metal surface [18]. Figures 3(a… nanostructure one
after another [19], but it may not be easy to continue such repetitions on a clean metal surface…