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Small-angle light scattering in the study of phase separation in eye lens homogenate

机译:小角度光散射在眼镜匀浆中分离研究中的研究

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The homogenate of the nuclear part of the bovine lens was investigated. The angular dependence of the light scattered intensities was measured as a function of temperature. The random density fluctuation theory and the Debye theory for a spherical scatterer were adopted to evaluate size of scattering units. The analysis of the experimental data demonstrates the presence of four kinds of scattering units: aggregates, separation between aggregates, scatterers responsible to the phase separation and large elements. The temperature dependence of the light scattered intensity was used to estimation of the spinodal temperature for the sample.
机译:研究了核镜片的核部分的匀浆。作为温度的函数测量光散射强度的角度依赖性。采用随机密度波动理论和球形散射体的德拜德理论来评估散射单元的尺寸。实验数据的分析表明了四种散射单元的存在:聚集体,聚集体之间的分离,负责相分离和大元件的散射体。光散射强度的温度依赖性用于估计样品的纺丝镜温度。

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