Acquisition of a Time-Resolved Simultaneous Static and Dynamic Laser Light Scattering Goniometer Operating at 647 nm

该奖项由化学研究仪器和设施 （CRIF）计划和主要研究仪器（MRI）计划将 克拉克森的先进材料加工中心（CAMP） 大学获得现代同步静态和动态光 具有多角度光纤检测的散射（SSDLS）仪器， 多通道相关器。 有了这些新的能力，教师将 研究基础研究课题，包括无机合成 和有机胶体颗粒（从纳米到微米尺寸）， 它们的特性，研究它们的性质， 聚集现象，颗粒-表面相互作用，包括 薄膜中的组织或多孔介质中的传输，最后 表面活性剂、胶束溶液和微乳液的研究。 静态和动态光散射技术代表了不可或缺的 胶体系统原位表征的工具。 这些 基础课题与应用研究密切相关， 陶瓷，化妆品，印刷工艺，电子， 光学、电光和磁器件，以及医疗或 环境应用。

This award from the Chemistry Research Instrumentation and Facilities (CRIF) Program and the Major Research Instrumentation (MRI) Program will enable The Center of Advanced Materials Processing (CAMP) at Clarkson University to acquire a modern simultaneous static and dynamic light scattering (SSDLS) instrument with multi-angle fiber-optic detection and a multi-channel correlator. With these new capabilities, faculty will investigate fundamental research topics including synthesis of inorganic and organic colloidal particles (from nanometer to micrometer sized), their characterization, investigation of their properties such as aggregation phenomena, particle-surface interactions including organization in thin films or transport in porous media, and finally studies of surfactants, micellar solutions and microemulsions. Static and dynamic light scattering techniques represent an indispensable tool for the in-situ characterization of colloidal systems. These fundamental topics are closely tied to applied research spanning ceramics, cosmetics, printing processes, construction of electronic, optical, electro-optical and magnetic devices, as well as medical or environmental applications.