In this study, Shimadzu's TD-30 thermal desorption system is used to address the issues of carryover when analyzing samples with highly concentrated SVOC content from automotive interior materials in accordance with VDA278.
In this study conducted by Shimadzu a purge and trap GC/MS measurement method that allows the quantification of components in leachate from water supply equipment is described.
In this study an overview of inspection methods, from sample preparation to compound analysis, for certain aromatic amines derived from azo colorants is described.
Separation Science, in collaboration with Peak Scientific, is pleased to offer an on-demand presentation addressing potential alternatives to helium as a carrier gas in GC analysis.
Helium has been the preferred carrier gas for GC applications...
Discover how this GC-MS method, now adopted by the ACS Reagent Chemicals Guide, can be used to identify and quantitate ppm levels of carbonyl compounds.
Discover the importance of preventative maintenance of your GC-MS system and know when it is the right time to replace parts.
This on-demand webinar, brought to you by Separation Science in collaboration with Agilent Technologies, highlights the...
Learn how to identify and prevent common sources of leaks, evaluate tune reports and discover how to improve GC/MS detection limits.
There’s no time for downtime in a busy GC/MS lab. Lingering leaks, interpreting tune reports, and mediocre mass...
Separation Science, in association with Agilent Technologies, offers you the exclusive chance to take part in a webinar highlighting the importance of preventative maintenance when it comes to a gas chromatography mass spectrometry system.