REMOTE & RAPID ACCESS FACILITY AT NSLS BEAMLINE X8-C

我们建议开发一个远程/快速访问设施(R/RAF)，位于 BEAMLINE X&C我们的目标是以高效的方式收集数据 在没有任何外部研究小组人员的情况下 现场，减少从获得晶体到获得晶体的延迟 传输时间短至一周。水晶将被安装在 冷藏在家中，以允许的标准方式包装和运输 易于识别和处理，并通过快递服务发送到X&C。 然后，光束线人员将计划在 一天的范围内，并在几个小时内发出更准确的通知 数据收集开始。然后，用户可以将数据链接到 使用标准Web浏览器的光束线，并将开始监视 数据收集和整理。光束线工作人员将登上 晶体，并按 用户。衍射性好到足以保证数据的晶体 收集将立即进行测量；未进行测量的将 将被取回，并与其余物品一起归还。这一方案建立了 基于软件开发的预期进展 第9.cL1.3节中描述的项目，并代表结束 与该项目的合作。

We propose to develop a remote/rapid access facility (R/RAF) at beamline X&C. Our goal is to have data collected in an efficient manner without having any personnel from the external research group on site, and to reduce the delay from obtaining crystals to obtaining beam time to as little as one week. Crystals would be mounted and frozen at home, packaged and shipped in a standard way that permits easy identification and handling, and sent by courier service to X&C. Beamline personnel would then schedule data collection within the range of a day, with a more precise notice within a few hours of the beginning of data collection. Users then would make a data link to the beamline using a standard Web browser, and would begin monitoring data collection and reduction. Beamline personnel would mount crystals and evaluate them for diffraction, in an order specified by the user. Crystals that diffract well enough to warrant data collection would be measured immediately; those that don't would be retrieved and returned along with the rest. This scheme builds upon the advances that are expected from the software-development project described in section 9.cL1.3 and represents a close collaboration with that project.