THE EFFECTS OF INTERNAL ENERGY DEPOSITION DURING IONIZATION ON THE COLLISION-INDUCED DECOMPOSITION SPECTRA OF AN ORGANIC POLYMER ADDITIVE

The effect of the amount and distribution of internal energy, deposite d during the ionization process, on the high-energy collision-induced (CID) spectrum of a commonly-used organic polymer additive has been co mpared for four different ionization techniques, electron ionization, chemical ionization, liquid secondary ion mass spectrometry and field desorption. The variation in relative yield of various fragment ions o bserved in the CID spectra are ascribed to differences in the internal energy transferred to the precursor ion during ionization.