The electrochemical growth of nanowires in nuclear track membranes has been studied and a strong plasma absorption of copper nanowires in the visible region of the electromagnetic spectrum is observed.The result of th...The electrochemical growth of nanowires in nuclear track membranes has been studied and a strong plasma absorption of copper nanowires in the visible region of the electromagnetic spectrum is observed.The result of the plasma absorption is qualitatively in agreement with the prediction of the appropriate formulation of effective medium theory.展开更多
X-ray nonspecular scattering method is used to study the structures of Mo thin films fabricated with magnetron sputtering under different Ar pressures.The results show that with the increase of Ar pressure,the density...X-ray nonspecular scattering method is used to study the structures of Mo thin films fabricated with magnetron sputtering under different Ar pressures.The results show that with the increase of Ar pressure,the density of amorphous Mo film decreased;the surface roughness of the films increased,while the surface coherent length decreased.The abnormal glow discharging in the sputtering processes interprets the observed results well.展开更多
基金Supported by the open laboratory of nuclear analysis technique of Chinese Academy of Sciencesin part by the 95 key project of Chinese Academy of Sciences.
文摘The electrochemical growth of nanowires in nuclear track membranes has been studied and a strong plasma absorption of copper nanowires in the visible region of the electromagnetic spectrum is observed.The result of the plasma absorption is qualitatively in agreement with the prediction of the appropriate formulation of effective medium theory.
文摘X-ray nonspecular scattering method is used to study the structures of Mo thin films fabricated with magnetron sputtering under different Ar pressures.The results show that with the increase of Ar pressure,the density of amorphous Mo film decreased;the surface roughness of the films increased,while the surface coherent length decreased.The abnormal glow discharging in the sputtering processes interprets the observed results well.
