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Optical properties salt an aerosol in natural and laboratory experiments

机译:光学特性盐在天然和实验室实验中的气溶胶

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The research technique radioactive, photo and plasma of chemical transmutations of salt particles with the check of structure, composition and optical properties in ultraviolet, visual and infrared range of a spectrum designed. For separate micro crystals are checked structure, composition and optical properties in ultraviolet, visual and infrared range of a spectrum. The experiments show, that the action of short-wave radiations initiates interaction of alkali-haloids crystals with an environmental gas phase. It gives in change of structure and chemical composition of particles of alkali-halides. During experiments it is revealed, that the optical properties alkali-haloids crystals change in ultraviolet, visual and infrared range of a spectrum. Action of small radiation doses it is enough for formation of changes of particles, which are filed by optical methods. Dynamics of change of optical properties of particles of a salt aerosol is analyzed as a result of action of small doses of short-wave radiations.
机译:盐粒子化学传播的研究技术放射性,照片和等离子体,用紫外线,视觉和红外线范围的结构,组成和光学性质进行检查,设计的纤维素。对于单独的微晶,在紫外,视觉和红外范围内检查结构,组成和光学性质。实验表明,短波辐射的作用引发了碱无卤素晶体与环境气相的相互作用。它含有碱卤化物颗粒的结构和化学成分。在实验期间,揭示了光学性质碱性卤素晶体在紫外线,视觉和红外范围内变化。小辐射剂量的作用足以形成通过光学方法提交的颗粒的变化。作为小剂量短波辐射的作用,分析了盐气溶胶颗粒的光学性质变化的动态。

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