Acquisition of an Integrated FT-Raman/Microscope for Advanced Battery Materials Research and Student Training

这是俄克拉何马大学诺曼校区主要研究仪器项目颁发的奖项。俄克拉荷马大学诺曼校区将收购Equinox 55(Buncker Optics Inc.)傅立叶变换拉曼(FT-Raman)系统和远红外光谱范围扩展包。该仪器将对物理和天文学系以及化学和生物化学系现有的跨学科研究计划产生影响。研究人员寻求对下一代锂充电电池的聚合物电解液和插层材料有一个基本的了解。新仪器将加强现有的跨学科研究，并将使研究生和本科生受益。它将被整合到一个积极的教育和研究计划中，其中包括初级和高级本科生以及现有的暑期REU计划。这是俄克拉何马大学诺曼校区主要研究仪器项目颁发的奖项。俄克拉荷马大学诺曼校区将收购Equinox 55(Buncker Optics Inc.)傅立叶变换拉曼系统和远红外光谱范围扩展包。该仪器将对物理和天文学系以及化学和生物化学系现有的跨学科研究计划产生影响。研究人员寻求对下一代锂充电电池的聚合物电解液和插层材料有一个基本的了解。新仪器将加强现有的跨学科研究，并将使研究生和本科生受益。它将被整合到一个积极的教育和研究计划中，其中包括初级和高级本科生以及现有的暑期REU计划。

This is an award from the Major Research Instrumentation program to the University of Oklahoma Norman campus. The University of Oklahoma Norman campus will acquire the Equinox 55 (Buncker Optics INC) Fourier-Transform Raman (FT-Raman) system and a far-infrared spectral range expansion package. The instrument will have impact on an existing interdisciplinary research program of faculty in the Physics and Astronomy, and the Department of Chemistry and Biochemistry. The researchers seek a fundamental understanding of polymer electrolyte and intercalation materials for next generation lithium rechargeable batteries. The new instrument will enhance an existing interdisciplinary research and will benefit graduate and undergraduate students. It will be integrated into an active education and research program which includes junior and senior undergraduates as well as in an existing summer REU program. This is an award from the Major Research Instrumentation program to the University of Oklahoma Norman campus. The University of Oklahoma Norman campus will acquire the Equinox 55 (Buncker Optics INC) Fourier-Transform Raman system and a far-infrared spectral range expansion package. The instrument will have impact on an existing interdisciplinary research program of faculty in the Physics and Astronomy, and the Department of Chemistry and Biochemistry. The researchers seek a fundamental understanding of polymer electrolyte and intercalation materials for next generation lithium rechargeable batteries. The new instrument will enhance an existing interdisciplinary research and will benefit graduate and undergraduate students. It will be integrated into an active education and research program which includes junior and senior undergraduates as well as in an existing summer REU program.