Raw ultrafast electron diffraction data of photoexcited nitrobenzene
Authors/Creators
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Wolf, Thomas J. A.
(Contact person)1, 2
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Hegazy, Kareem
(Data collector)2, 1
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Bucksbaum, Philip2, 1
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Centurion, Martin
(Data collector)3
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Cryan, James
(Data collector)2, 1
- Li, Renkai1
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Lin, Ming-Fu
(Data collector)1
- Moore, Bryan (Data collector)3
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Nunes, João Pedro Figueira
(Data collector)4
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Shen, Xiaozhe
(Data collector)1
- et al. Show all 13 authors
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Wolf, Thomas J. A.
(Contact person)1, 2
-
Hegazy, Kareem
(Data collector)2, 1
-
Bucksbaum, Philip2, 1
-
Centurion, Martin
(Data collector)3
-
Cryan, James
(Data collector)2, 1
- Li, Renkai1
-
Lin, Ming-Fu
(Data collector)1
- Moore, Bryan (Data collector)3
-
Nunes, João Pedro Figueira
(Data collector)4
-
Shen, Xiaozhe
(Data collector)1
-
Weathersby, Stephen
(Data collector)1
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Yang, Jie
(Data collector)5
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Wang, Xijie1
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1.
SLAC National Accelerator Laboratory
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2.
Stanford University
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3.
University of Nebraska–Lincoln
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4.
Diamond Light Source
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5.
Tsinghua University
Description
Raw gas phase ultrafast electron diffraction dataset of the molecule nitrobenzene after photoexcitation at 266 nm.
The file "20180629_1619.zip" contains a folder structure with images of the detector background.
The file"20180929_1630.zip" contains a folder structure with images of the diffraction patterns.
The folder structure is as follows: Each scan of the pump-probe delay steps is in a separate folder "scanxxx" with xxx being the scan number. Each of these scan folders contains two subfolders, "I0" and "images-ANDOR1". The diffraction patterns of each delay step are contained in the latter folder. The filename has the following structure: ANDOR2_delay-x-y_z_a_0001.tif with x being the order of the delay step in which it was obtained, y being the delay stage position in mm, z being the date, and a being the time of data acquisition.