X-ray Scattering

摘要-X射线散射技术核心 X射线散射技术核心将为用户提供解决方案散射和微束 在生命科学X射线散射（LiX）光束线衍射测量，并将继续 提高仪器的可靠性和光束线的用户体验。我们的目标是实现这些 通过在多个方面努力实现目标。我们将提供HDF 5数据打包和数据用户界面 收集、浏览、处理和分析。我们将实施一个样本管理器进行跟踪 样品和数据，并用于调度测量和定义数据处理数据流。我们还将 开发软件工具，以促进测量自动化、性能优化和故障处理 复苏这些功能将使我们能够提供远程访问和邮寄数据收集， 散射，并实现更高水平的自动化，因此通过微束 映射.除了用于解决方案分散的标准数据分析软件包外， 数据分析将通过在光束线计算机模拟实现， 对灵活结构进行结构分析，并与用户社区合作扩大数据 用于微束映射的分析库。时间分辨溶液散射的能力将是 通过合作和外部资助的研究获得，并提供给所有用户。我们 我将通过实际操作培训课程，使用户群体熟悉这些光束线能力 和高级专题研讨会。将进行例行质量保证检查， 仪器性能，并在问题影响光束线操作之前解决问题。设备 与本提案下的其他光束线以及国家同步加速器光源内的光束池共享 II（NSLS-II）将在紧急情况下提供备用部件，以便有时间进行修理和恢复。 为了保持光束线的竞争力，我们建议完成LiX多层膜 单色器，以在样品处提供更高的光束强度和交易光束的灵活性 更小的光束尺寸或更好的光束稳定性。

Abstract – X-ray Scattering Technology Core The X-ray Scattering Technology Core will provide user access to solution scattering and microbeam diffraction measurements at the Life Science X-ray Scattering (LiX) beamline and will continue to improve instrumentation reliability and the user experience at the beamline. We aim to achieve these goals by working on multiple fronts. We will provide HDF5 data packaging and user interfaces for data collection, browsing, processing and analysis. We will implement a Sample Manager for tracking samples and data, and for scheduling measurements and define data processing data flow. We will also work on software utilities to facilitate measurement automation, performance optimization and failure recovery. These capabilities will enable us to offer remote access and mail-in data collection for solution scattering, and to achieve a higher level of automation and therefore throughput with microbeam mapping. In addition to standard data analysis packages for solution scattering, enhanced capabilities for data analysis will be realized by making available at the beamline computer simulations for structural analysis on flexible structures and working with the user community to expand the data analysis library for microbeam mapping. Capabilities for time-resolved solution scattering will be acquired through collaboration and externally-funded research and made available to the all users. We will familiarize the user community with these beamline capabilities through hands-on training classes and workshops on advanced topics. Routine quality-assurance checks will be performed to monitor instrument performance and to resolve issues before they impact beamline operations. Equipment pools shared with other beamlines under this proposal and within National Synchrotron Light Source II (NSLS-II) will provide spare components in case of emergency to allow time for repair and recovery. To maintain the competitiveness of the beamline, we propose to complete the LiX mutlilayer monochromator, to provide higher beam intensity at the sample and the flexibility of trading beam intensity for smaller beam size or better beam stability.