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Optical Behavior of Some Nanosized Structures Formed Due to Laser Irradiation

机译:激光辐照形成的某些纳米结构的光学行为

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With the help of laser method the metal nanoparticle suspensions (Ag, Zn, V) and diamond carbon films were formed. The effective size of metal nanoparticles in liquid media was defined due to the method of laser probing. The optical properties (transmission, index of refraction) of diamond carbon films and metal nanoparticle suspensions (absorption) were investigated. The dependence of carbon films thicknesses on deposition conditions were obtained.
机译:借助于激光方法,形成了金属纳米颗粒悬浮液(Ag,Zn,V)和金刚石碳膜。通过激光探测的方法确定了液体介质中金属纳米粒子的有效尺寸。研究了金刚石碳膜和金属纳米颗粒悬浮液(吸收)的光学性质(透射率,折射率)。获得了碳膜厚度对沉积条件的依赖性。

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