University of MarylandCustom glow-discharge source for ion–molecule reaction measurements
The methods explicitly identify a glow-discharge source custom designed by Ardara for the instrument. The paper also acknowledges troubleshooting assistance.
Development of a Glow-Discharge Ion-Trap Instrument for Measuring Effective Radiative-Association Rate Coefficients. Journal of Physical Chemistry A (2026).
Published record →Accessible source (preprint)
University of Central ArkansasSelected-ion drift-cell reaction research
An Ardara-affiliated coauthor contributed to this publication.
Systematic Ligand Effects in the Reactions of Fe⁺ and FeX⁺ with CF₃X; Ion Mobility Measurements of FeX⁺ in He. Journal of Physical Chemistry A (2018).
Published record →West Virginia UniversityAnalyzing ions transmitted through a Loeb–Eiber filter
The methods identify Ardara ion optics, a 12 mm quadrupole, a detection system and Tempus software in the downstream analysis system. This does not attribute the experimental filter chip or its VHF drive to Ardara.
Performance Evaluation of a Loeb-Eiber Mass Filter at 1 Torr. Journal of the American Society for Mass Spectrometry (2015).
Published record →Accessible source