Nurizzo Didier, Mairs Trevor, Guijarro Matias, Rey Vicente, Meyer Jens, Fajardo Pablo, Chavanne Joel, Biasci Jean Claude, McSweeney Sean, Mitchell Edward
European Synchrotron Radiation Facility, BP-220, F-38043 Grenoble CEDEX 09, France.
J Synchrotron Radiat. 2006 May;13(Pt 3):227-38. doi: 10.1107/S0909049506004341. Epub 2006 Apr 13.
The demand for access to macromolecular crystallography synchrotron beam time continues to increase. To meet this demand the ESRF has constructed a dual station beamline using a canted undulator system as the X-ray source. The first phase of the beamline to be constructed is ID23-1, a tunable MAD-capable station with a mini-focus X-ray beam. The beamline makes use of well characterized optical elements: a channel-cut monochromator with a high-precision toroidal mirror to focus the X-ray beam. The beamline has been conceived with the aim of providing high levels of automation to create an industrial-like environment for protein crystallography. A new software suite has been developed to permit reliable easy operation for the beamline users and beamline staff. High levels of diagnostics are built in to allow rapid trouble-shooting. These developments are now being exported to the ESRF macromolecular crystallography beamline complex and have been made in a modular fashion to facilitate transportability to other synchrotrons.
对大分子晶体学同步加速器束流时间的需求持续增长。为满足这一需求,欧洲同步辐射装置(ESRF)建造了一条使用倾斜波荡器系统作为X射线源的双站束线。即将建造的束线的第一阶段是ID23 - 1,这是一个具有微聚焦X射线束的可调谐多波长反常散射(MAD)站。该束线使用了特性良好的光学元件:一个带有高精度环形镜的通道切割单色仪来聚焦X射线束。该束线的设计目标是提供高水平的自动化,为蛋白质晶体学创造类似工业生产的环境。已开发出一套新的软件套件,以便束线用户和束线工作人员能够可靠且轻松地操作。内置了高水平的诊断功能,以实现快速故障排查。这些进展目前正在推广到ESRF大分子晶体学束线综合体,并且是以模块化方式进行的,以便于运输到其他同步加速器。