Fig. 5: Kinetic traces of selected Bragg peaks in long timescale. | Nature Communications

Fig. 5: Kinetic traces of selected Bragg peaks in long timescale.

From: Capturing ultrafast molecular motions and lattice dynamics in spin crossover film using femtosecond diffraction methods

Fig. 5

a Kinetic traces of radial position of selected Bragg peaks from − 10 to + 175 ps. The solid lines for Bragg peaks with l ≠ 0 show the results of the fitting analysis (Supplementary Eq. 2). The solid lines of hk0 Bragg peaks show monoexponential decay fits (Supplementary Eq. 2). The radial position shift of the 042 Bragg peak was scaled with 0.5 to emphasize the relatively small intensity changes for the 200 and 020 Bragg peaks. b Kinetic traces of intensities of selected Bragg peaks from − 10 to + 175 ps. Solid lines show results of the fitting analysis (Supplementary Eq. 2).

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