Soft X-ray Spectroscopy Using Synchrotron Radiation

9420425 Callcott主要研究人员将利用先进微结构器件中心的扩展能量范围和劳伦斯伯克利实验室的先进光源来研究技术上重要的材料，如高温超导体，多层磁性材料和高温材料。 他们将研究半导体中杂质的结合，生物材料中的低丰度元素，以及表面上的分子和表面层。 该研究将导致对各种材料中软X射线荧光的更深入和更定量的理解。 这将导致一种独特的仪器，将用于研究表面， 催化作用， 接口和 磁 二色性 仪器 将为学生提供独特的能力， 以及来自国家、工业和大学实验室的科学家。 %%% 主要研究人员将利用先进微结构器件中心的扩展能量范围和劳伦斯伯克利实验室的先进光源来研究技术上重要的材料，如高温超导体，多层磁性材料和高温材料。 他们将研究半导体中杂质的结合，生物材料中的低丰度元素，以及表面上的分子和表面层。 这项研究将导致开发一种独特的仪器，用于研究表面，催化，界面 和磁性。 这些工具将提供 为来自国家、工业和大学实验室的学生和科学家提供独特的能力。 ***

9420425 Callcott The Principal investigators will utilize the extended energy range at the Center for Advanced Microstructure Devices and the Advanced Light Sources at Lawrence Berkeley Laboratory to study technologically important materials such as high temperature superconductors, multi- layer magnetic materials, and high temperature materials. They will study bonding of impurities in semiconductors, low abundance elements in biological materials, and of molecules and surface layers on surfaces. The research will lead to a deeper and more quantitative understanding of soft-x-ray fluorescence in various materials. This will lead to a unique instrumentation which will be used to study surfaces, catalysis, interfaces and magnetic dichroism. The instruments will provide unique capabilities for students and scientists from national, industrial and university laboratories. %%% The Principal investigators will utilize the extended energy range at the Center for Advanced Microstructure Devices and the Advanced Light Sources at Lawrence Berkeley Laboratory to study technologically important materials such as high temperature superconductors, multi- layer magnetic materials, and high temperature materials. They will study bonding of impurities in semiconductors, low abundance elements in biological materials, and of molecules and surface layers on surfaces. The research will lead to the development of to a unique instrumentation which will be used to study surfaces, catalysis, interfaces and magnetism. The instruments will provide unique capabilities for students and scientists from national, industrial and university laboratories. ***