Table 10 Applications of various inks, dyes, and paints along with the type of mass analyzer used for their analysis
Application | Mass analyzer | Ionization mode in DART source |
|---|---|---|
Analysis if inks using DART-MS (Jones and Cody 2006) | JMS-T100LC TOF-MS (JEOL, USA) | Positive Ionisation Mode |
Detection of MAAQ from security packs using DART-MS (Laramee and Dupont Durst 2008; Pfaff and Steiner 2011) | JMS-T100LC TOF-MS (JEOL, USA) | Both positive and negative ionization mode |
Study of the effects on ink mass spectra by the paper type used (Jones and McClelland 2013) | JMS-T100LC TOF-MS (JEOL, USA) | Positive ionization mode |
Differentiation of inkjet printer inks of different manufacturers (Houlgrave and LaPorte 2013) | JMS-T100LC TOF-MS (JEOL, USA) | Positive ionization mode |
Detection and comparison of MAAQ alone and in fingerprints on a glass slide (Clemons and Dake 2013) | JMS-T100LC TOF-MS (JEOL, USA) | Positive ionization mode |
classification and differentiation of different printer ink samples (Williamson and Raeva 2016) | 6530 Q-TOF-MS (Agilent, USA) coupled to DART-SVPTM Ion Source (IonSense, USA) | Positive ionization mode |
Comparison of known and questioned samples (Chen and Wu 2017) | DART-Q-Orbitrap tandem mass spectrometer (Thermo Fisher Scientific, USA) | Positive ionization mode |
Comparison of ballpoint inks using DART-MS and direct sample analysis (Drury and Ramotowski 2018) | JMS-T100LC TOF-MS (JEOL, USA) | Positive ionization mode |
Comparison of DART-MS to pyGC–MS for a clear coat analysis in automotive paints (Maric and Marano 2018) | IonSense® DART® Ion Source and AccuTOF™ 4G LC-plus mass spectrometer (JEOL, USA) | Positive ionization mode |