Abstract

Poster Presentations

Day 1: Wednesday, June 17  [Poster Room] Room P

Analysis of butylene glycol oligomer samples by temperature-rising direct analysis in real time mass spectrometry (TR-DART-MS)

(1Shimadzu, 2BioChromato, 3AMR)
oJun Watanabe1, Kazumasa Kinoshita2, Chikako Takei2, Takao Nishiguchi2, Motoshi Sakakura3, Teruhisa Shiota3

DART (Direct Analysis in Real Time), a direct atmospheric pressure ionization source, is capable of analyzing chemical materials with little or no sample preparation. In DART analysis, as samples are only introduced into the heated helium gas flow which is set at the preset temperature, they can be analyzed in a quite short time such as about 10 seconds. We had developed the temperature rising device combined with DART-MS system, which could make the heating temperature of sample rise with the passage of time. It became able to acquire a MS spectrum while changing the heating temperature successively by this. Here, we report the analyses of 1,3-butylene glycol oligomer samples using this temperature rising device.