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In-line control and characterization of nanomaterials synthesis from hyperspectral polarimetric light scattering: an experimental method

机译:在线控制和表征由高光谱偏振光散射合成的纳米材料:一种实验方法

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Control and characterization of nanomaterial synthesis have been a great challenge for years. Onera, TheFrench Aerospace Lab, has developed a fast, in-line and comprehensive characterization method based on thecombination of hyperspectral, polarized and angular measurements. In this paper, physical and optical propertiesare measured to control and characterize nanomaterials synthesis. Based on achieved results, in-line techniquesare presented to retrieve physical properties of materials such as aggregates of calcium carbonate precipitates.Original applications will be discussed in various fields as chemical or atmospheric (eg. aerosol characterization)science.© (2012) COPYRIGHT Society of Photo-Optical Instrumentation Engineers (SPIE). Downloading of the abstract is permitted for personal use only.
机译:多年来,纳米材料合成的控制和表征一直是一个巨大的挑战。法国航空航天实验室的Onera基于高光谱,极化和角度测量的组合,开发了一种快速,在线的综合表征方法。在本文中,对物理和光学性质进行了测量以控制和表征纳米材料的合成。根据取得的成果,提出了在线技术来检索材料的物理特性,例如碳酸钙沉淀的聚集体。原始应用将在化学或大气(例如气溶胶表征)科学等各个领域进行讨论。©(2012)COPYRIGHT Society光电仪器工程师(SPIE)。摘要的下载仅允许个人使用。

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