RASER-Resolved 129Xe Chemical Shift Spectrometer Data

Encompassing spectrometer data for replicating findings on RASER-resolved 129Xe chemical shifts in an inhomogeneous ultra-low magnetic field. The data was authored by Sebastian Atalla and includes ultra-low field data in plain-text or floating-point binary formats and high field data in Bruker ParaVision/TopSpin format.

Use Cases

• Replicate the analysis of 129Xe chemical shifts using the provided spectrometer data and acquisition parameters from the manuscript.
• Compare ultra-low field data formats (plain-text, floating-point binary) with high field Bruker ParaVision/TopSpin data for methodological validation.
• Process the spectrometer data to verify RASER signal resolution under inhomogeneous ultra-low magnetic field conditions.

Strengths

• Data is directly linked to a specific scientific manuscript, providing clear context and acquisition parameters.
• Includes data from both ultra-low field and high field spectrometers, enabling comparative analysis.

Limitations

• The specific data structure, column names, row count, and file sizes are unknown, complicating initial assessment.
• Data formats (Bruker ParaVision/TopSpin) may require specialized software for access and analysis.

Provenance

Source

ODUM Harvested Dataverse

Collection Method

Spectrometer data acquisition for a specific physics experiment.

Time Range

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Freshness

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Geography

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