The possibility of using platinum foils with a rippled surface as diffraction gratings

Scattering of light on rippled surfaces

“…The authors of [2,5,7] inves tigated the surfaces with a unidirectional rippled sur face relief of Pt(111) foils and AA ribbons. The authors of [2] assumed that such surfaces could serve as the basis for the fabrication of reflective diffraction grat ings, and this assumption was confirmed experimen tally in [8].…”

“…Fractal nanostructures and microstructures on sur faces of thin foils of platinum and ribbons of the iron based Fe 77 Ni 1 Si 9 B 13 amorphous alloy (AA) are described in [2,3,[5][6][7][8]. The authors of [2,5,7] inves tigated the surfaces with a unidirectional rippled sur face relief of Pt(111) foils and AA ribbons.…”

“…are formed by the effect of the laser radiation, ion bombardment, application of the mechanical load, and using electro chemical technologies [1][2][3][4][5][6][7][8][9][10]. These structures are interesting for using in optics, fracture and deforma tion physics, mechanics of continuous media, and in heterocatalysis.…”

Multifractal properties of the molybdenum ribbon surface at mechanical loading

“…Therefore, it is of undoubted interest to study the structure of near-surface layers of metals with BCC-latticesuch as molybdenum under temperature and mechanical influences. Certain results of studies of the structure of molybdenum bands under external impact were presented in [12][13][14], however, the behavior of the near-surface layers under pre-breaking load has been poorly studied.…”

“…In ref. [18], the nanostructures formed as multiscale Pt diffraction lattices by thermomechanical action were considered as a fractal object. The relief anisotropy and the ability of these objects to function at different scales was quantified by calculating the components of fractal dimensionality (D f ) relative to the position of the corrugations.…”