Experimental demonstration of a soft x-ray self-seeded free-electron laser.

Experimental demonstration of a soft x-ray self-seeded free-electron laser.
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DOI:
10.1103/physrevlett.114.054801
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发表时间:
2015-02
影响因子:
8.6
通讯作者:
D. Ratner;R. Abela;J. Amann;C. Behrens;D. Bohler;G. Bouchard;C. Bostedt;M. Boyes;K. Chow;Daniele Cocco;F.-J. Decker;Yuantao Ding;C. Eckman;P. Emma;D. Fairley;Yiping Feng;C. Field;U. Flechsig;G. Gassner;J. Hastings;P. Heimann;Zhirong Huang;N. Kelez;J. Krzywinski;H. Loos;A. Lutman;A. Marinelli;G. Marcus;T. Maxwell;P. Montanez;Stefan Moeller;D. Morton;H. Nuhn;N. Rodes;W. Schlotter;S. Serkez;T. Stevens;J. Turner;D. Walz;J. Welch;Jan-Jan Wu-Jan
D. Ratner;R. Abela;J. Amann;C. Behrens;D. Bohler;G. Bouchard;C. Bostedt;M. Boyes;K. Chow;Daniele Cocco;F.-J. Decker;Yuantao Ding;C. Eckman;P. Emma;D. Fairley;Yiping Feng;C. Field;U. Flechsig;G. Gassner;J. Hastings;P. Heimann;Zhirong Huang;N. Kelez;J. Krzywinski;H. Loos;A. Lutman;A. Marinelli;G. Marcus;T. Maxwell;P. Montanez;Stefan Moeller;D. Morton;H. Nuhn;N. Rodes;W. Schlotter;S. Serkez;T. Stevens;J. Turner;D. Walz;J. Welch;Jan-Jan Wu-Jan
中科院分区:
物理与天体物理1区
文献类型:
--
作者:
D. Ratner;R. Abela;J. Amann;C. Behrens;D. Bohler;G. Bouchard;C. Bostedt;M. Boyes;K. Chow;Daniele Cocco;F.-J. Decker;Yuantao Ding;C. Eckman;P. Emma;D. Fairley;Yiping Feng;C. Field;U. Flechsig;G. Gassner;J. Hastings;P. Heimann;Zhirong Huang;N. Kelez;J. Krzywinski;H. Loos;A. Lutman;A. Marinelli;G. Marcus;T. Maxwell;P. Montanez;Stefan Moeller;D. Morton;H. Nuhn;N. Rodes;W. Schlotter;S. Serkez;T. Stevens;J. Turner;D. Walz;J. Welch;Jan-Jan Wu-Jan

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直线加速器相干光源使用光栅单色仪系统为软 X 射线范围添加了自播种功能。我们报告了软 X 射线自播种的演示,测得的分辨率为 2000-5000,波长稳定性为 10(-4),并且在 500-1000 eV 的光子能量范围内峰值亮度增加了 2-5 倍。通过避免在实验站使用单色仪,自播种光束可以为用户提供高达 50 倍的亮度。
The Linac Coherent Light Source has added a self-seeding capability to the soft x-ray range using a grating monochromator system. We report the demonstration of soft x-ray self-seeding with a measured resolving power of 2000-5000, wavelength stability of 10(-4), and an increase in peak brightness by a factor of 2-5 across the photon energy range of 500-1000 eV. By avoiding the need for a monochromator at the experimental station, the self-seeded beam can deliver as much as 50-fold higher brightness to users.