100 ps time‐resolved solution scattering utilizing a wide‐bandwidth X‐ray beam from multilayer optics | Zendy

Ichiyanagi K. | Zendy; Sato T. | Zendy; Nozawa S. | Zendy; Kim K. H. | Zendy; Lee J. H. | Zendy; Choi J. | Zendy; Tomita A. | Zendy; Ichikawa H. | Zendy; Adachi S. | Zendy; Ihee H. | Zendy; Koshihara S. | Zendy

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100 ps time‐resolved solution scattering utilizing a wide‐bandwidth X‐ray beam from multilayer optics

Author(s) -

Ichiyanagi K.,

Sato T.,

Nozawa S.,

Kim K. H.,

Lee J. H.,

Choi J.,

Tomita A.,

Ichikawa H.,

Adachi S.,

Ihee H.,

Koshihara S.

Publication year - 2009

Publication title -

journal of synchrotron radiation

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 1.172

H-Index - 99

ISSN - 1600-5775

DOI - 10.1107/s0909049509005986

Subject(s) - optics , scattering , beamline , bandwidth (computing) , materials science , storage ring , x ray optics , x ray , diffraction , photon , photon energy , optoelectronics , physics , beam (structure) , computer science , computer network

100 ps time‐resolved X‐ray solution‐scattering capabilities have been developed using multilayer optics at the beamline NW14A, Photon Factory Advanced Ring, KEK. X‐ray pulses with an energy bandwidth of Δ E / E = 1–5% are generated by reflecting X‐ray pulses (Δ E / E = 15%) through multilayer optics, made of W/B 4 C or depth‐graded Ru/C on silicon substrate. This tailor‐made wide‐bandwidth X‐ray pulse provides high‐quality solution‐scattering data for obtaining photo‐induced molecular reaction dynamics. The time‐resolved solution scattering of CH 2 I 2 in methanol is demonstrated as a typical example.

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