Analysis of Hydrazine concentrations in Bennu, Murchison, and Fused Silica  samples using AccQ-Tag derivatization and LC-MS/LC-Fluorescence detection.


20260422_LC-MS_GSFC_OREX-377025-1_2_LCMSCollection_1.yaml

20260422_LC-MS_GSFC_OREX-377025-1_2_LCMSCollection_1.zip

20260422_LC-MS_GSFC_OREX-377025-1_2_instrumentMetadata_1.TXT

20260422_LC-MS_GSFC_OREX-377025-1_2_instrumentMetadata_1.yaml

20260422_LC-MS_GSFC_OREX-377025-1_2_methodDescription_1.pdf

20260422_LC-MS_GSFC_OREX-377025-1_2_methodDescription_1.yaml

20260422_LC-MS_GSFC_OREX-377025-1_2_samplePreparation_1.pdf

20260422_LC-MS_GSFC_OREX-377025-1_2_samplePreparation_1.yaml

Liquid Chromatography-Mass Spectrometry

Xevo TQS-Micro with Acquity H-class Plus

NASA Goddard Space Flight Center

LC-MS and LC-Fluorescence analysis of Bennu, Murchison, and Fused Silica samples.  Extraction performed via hot water, followed by AccQ-Tag derivatization.  Each analysis produced two files: .mzml (chromatogram-mass spectrum)  and .cdf (chromatogram-fluorescence).


This describes the instrumental output and conditions for the LC-MS during these analyses.

This describes the naming conventions, standards used, compound class, and instrumental conditions.

This describes the preparation of the sample before analysis (e.g., extraction, derivatization).

Astromat

AccQ-Tag Derivatization and Analysis of Hydrazine

How To Cite

Files

Funding Sources