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{{AFC submission|d|reason|Thus article contains major errors of fact. Diffuse scattering is an established technique and very different, as is wide angle scattering (in any form); they are not subsets of this. It is also poorly constructed as a how-to guide for novices. Please read more about the fundamentals of XRD before revising.|u=LaylabDL|ns=118|decliner=Ldm1954|declinets=20250202111112|ts=20250129112127}} <!-- Do not remove this line! -->▼
{{Short description|measurement technique, scattering, X-rays}}
{{Draft topics|chemistry}}
{{AfC topic|stem}}
{{AfC submission|||ts=20250304133009|u=LaylabDL|ns=118}}
▲{{AFC submission|d|reason|Thus article contains major errors of fact. Diffuse scattering is an established technique and very different, as is wide angle scattering (in any form); they are not subsets of this. It is also poorly constructed as a how-to guide for novices. Please read more about the fundamentals of XRD before revising.|u=LaylabDL|ns=118|decliner=Ldm1954|declinets=20250202111112|ts=20250129112127}} <!-- Do not remove this line! -->
Time-Resolved X-ray Solution Scattering (TR-XSS), also known as Liquidography<ref>Kim, Tae Kyu, et al. "Spatiotemporal Kinetics in Solution Studied by Time‐Resolved X‐Ray Liquidography (Solution Scattering)." ChemPhysChem 10.12 (2009): 1958-1980.</ref> is a measurement technique ([[X-ray scattering techniques]]) capable of observing the structural dynamics of molecules dissolved in a liquid on a femtosecond (10<sup>-15</sup> s) timescale [[femtochemistry]] with better than [[angstrom]] spatial resolution. As such, it can be used to create movies of chemical reactions as they unfold, in real-time, and help to understand fundamental processes in nature.<ref>Wang, Qianci, Longteng Yun, and Jie Yang. "Ultrafast molecular movies: Probing chemical dynamics with femtosecond electron and X-ray diffraction." CCS Chemistry 6.5 (2024): 1092-1109.</ref><ref>
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