Interplay between charge correlations and superconductivity across the superconducting domes of CsV3Sb5-xSnx (CHESS data)

Overview This repository contains data links for High-Dynamic-Range Mapping, including both raw and reduced 3D reciprocal space maps for CsV3Sb5-xSnx (x = 0.0, 0.025, 0.05, 0.09, 0.12, 0.32, 0.68) from Quantum Materials (QM2) Beamline within the temperature range of 13 K to 300 K at various cooling rates. The experiments took place at the QM2 beamline of the Cornell High Energy Synchrotron Source (CHESS) in between 2021-3, 2023-2, and 2023-3 cycles. The corresponding CHESS beamline scientist overseeing the project is Suchismita Sarker. Data Structure and Analysis The data is organized with a prefix that identifies the principal investigator (PI), beamtime request ID, and beamline cycle: wilson-3029-b,pokharel-3700-a, and pokharel-3828-a. The JSON file includes several subdirectories for the data stored on the CHESS server: `data_location_raw` and `data_location_reduced`. The `data_location_raw` folder contains SPEC files and .cbf files. The `data_location_reduced` folder contains files with .nxs extensions, where data analysis has been performed using QM2 in-house code. Metadata at Zenodo: The .json files for the metadata here at Zenodo contain all the information below. Name in the JSON files Description beam_energy : What is beam energy (e.g., 26 keV )?beamline : Specify beamlinebeamline_funding_partner : Select a funding partnerbtr : Beamtime request IDcalibration : Specify your calibration sample (e.g., CeO2)?cesr_conditions : CESR bunch modecrystal_system_rt : Provide room temperature sample crystal system (e.g., Hexagonal)cycle : YYYY-cycle_numberdata_location_beamtime_notes : Location of the beamline notesdata_location_meta : Location of the metadatadata_location_raw : Location of the raw datadata_location_reduced : Location of the reduced datadata_location_scientific_data : Google Drive link, link for the other scientific data related to your research detectors : Detectors useddid : Dataset IDentifier at CHESSExperimenters : Include all the names who are collecting the data in the beamlinefacility : Facility where the experiment is to be performed, e.g., CHESSin_situ : Is the experiment an in-situ test?insertion_device : Include the insertion device material_safety_hazardous_samples : Is the sample hazardous?monochromator : Include the monochromatorphase_transition : Will the sample undergo a phase transition during the experiment? pi : Last name of the Principal Investigatorsample_chemical_formula : Provide chemical formula of the sample (e.g, AV3Sb5)sample_name : Common name of sample material (e.g., Kagome superconductor, nickelates)sample_space_group : Provide the sample space groupsample_space_group_number : Provide the sample space group numbersample_state : Specify the sample state (e.g., Single Crystal, Thin-film )sample_unit_cell : Unit cell dimensions scan_edge_k : Specify the sample scan K edge, insert "N/A" if nonescan_edge_l : Specify the sample scan L edge, insert "N/A" if nonespot_size : What is the spot size of the sample?staff_scientist : List of staff scientiststechnique : Experimental technique(s) (e.g HDRM/ DS/ 3DPDF) Detailed Data Analysis: The Detailed Data Analysis (3D-PDF) has been performed by NXS-ANALYSIS-TOOLS (https://zenodo.org/records/15186360) and scripts are shown in the format of .ipynb. Contact information For any questions or further information, please contact: Suchismita Sarker: [e-mail] Acknowledgments This research was supported by the UC Santa Barbara NSF Quantum Foundry funded via the Q-AMASE- i program under award DMR-1906325. We acknowledge the use of shared facilities of the NSF MRSEC at UC Santa Barbara [DMR 1720256] and the Center for Scientific Computing, supported by the California Nano Systems Institute, the NSF MRSEC (DMR 1720256) and NSF CNS 1725797. This work is based on research conducted at the Center for High-Energy X-ray Sciences (CHEXS), which is supported by the National Science Foundation (BIO, ENG, and MPS Directorates) under award DMR-2342336. Research is primarily supported by the National Science Foundation with award DMR-2323970. Please cite appropriately if used in your work.