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Dimensional Dependencies of Optical Parameters of Nanodimensional Metal Particles

机译:纳米二维金属粒子光学参数的尺寸依赖性

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The results of researches of the investigations of dimensional dependencies of optical parameters of nanodimensional particles of silver, nickel chrome in high-frequency spectral diapason 1.1+3.2 eV are presented. It is shown, that values of high-frequency conductivity of nanodimensional particles of these metals are considerable lesser than in macroscopic samples and with diminishing of particle dimensions the values of high-frequency conductivity diminish by 1-2 orders. Determined is the connection of dimensional changes of high-frequency conductivity of nanoparticles with their specific absorption.
机译:提出了纳米二维颗粒光学参数的尺寸依赖性研究的研究结果,提出了高频光谱乳酰态1.1 + 3.2eV中的镍铬。 结果表明,这些金属的纳米二维颗粒的高频导电率的值比在宏观样品中相当大,并且颗粒尺寸减小,高频电导率的值减小1-2次订单。 确定是纳米颗粒高频电导率的尺寸变化与其特定的吸收的连接。

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