WebThe Citius LC-HRT’s no-compromise approach to resolving power, acquisition rate, mass accuracy, and sensitivity were noted by panel members as something that has not yet been achieved by anyone else in the industry. The system utilizes LECO’s Folded Flight … WebThe use of highly toxic rocket fuel based on 1,1-dimethylhydrazine (UDMH) in many types of carrier rockets poses a threat to environment and human health associated with an ingress of UDMH into ...
Jeff Patrick Presents the Pittcon Editors
WebMay 10, 2011 · The firm celebrated 75 years in business, and at Pittcon tied for the Gold Editors’ Award for the Citius™ LC-HRT (High Resolution TOFMS). The LC is from Agilent (Santa Clara, CA) and potentially other vendors. The mass analyzer is LECO’s Folded Flight Path™ design, where the resolution increases as more traverses are added to the flight ... WebAm Donnerstag wurden die diesjährigen Pittcon Editors' Awards an die strahlenden Gewinner überreicht, die die Redakteure einiger wichtiger Fachzeitschriften - darunter auch Dr. Arne Kusserow vom G.... signal seed dressing
Citius LC-HRT (High Resolution TOFMS) - YouTube
WebMay 1, 2011 · MS was achieved on a LECO Citius LC-HRT system equipped with a LECO electrospray ionization (ESI) source (LECO Corporation, St. Joseph, Michigan) and operated in high resolution mode (R = 50,000 [FWHM]). Data were processed using ChromaTOF-HRT software (LECO). Acquisition rates of 2–40 spectra/s were used both with and … WebMar 22, 2011 · Citius™ LC-HRT, a new high-resolution mass spectrometer for the LCMS market that utilizes the Omni Spray® DESI ion source from Prosolia. LECO and Prosolia Collaborate on Source for New High Performance Mass Spectrometer WebRecognized with the 2011 Pittcon Editors’ Gold Award, the Citius™ LC-HRT offers several API sources and acquisition of 50-2500 m/z, 200 spectra/second, at 100,000 resolving power (FWHM) and < 1 ppm mass accuracy. Its novel ion optics provide the capability to generate and analyze fragment ions in a comprehensive fashion. Ions are ... signal selection