289 Characterizing a Lithium-Ion Battery Recycling Stream using Evolved Gas Analysis and Multi-Step Pyrolysis
290 Using Hydrogen as the GC Carrier Gas in Combination with the CDS 7550S Pro Automated Thermal Desorber
286 Evaluation of Empore™ C18 Spin Column Ability to Increase Proteome Coverage via High pH Fractionation
Apr 24, 2023267 Quantification of Limonene from Essential Oil Emissions using Thermal Desorption GC-MS AnalysisThis application note demonstrates a method for sampling and analyzing volatile organic compound (VOC) emissions of essential oils using...
Mar 31, 2022258 Thermal Desorption Analysis of Essential Oil Emissions from Common In-Home DiffusersThis application note demonstrates a method for sampling and analyzing VOC emissions of essential oils from in-home diffusers. As part of...
Mar 31, 2022257 Thermal Desorption Analysis of Asphalt Binder Samples Contaminated with Automotive FluidsThis application note demonstrates a method for using thermal desorption as a way to screen asphalt binder samples for the presence...
Oct 22, 2021248 Automated TD Sample Preparation of Calibration StandardsThis application note demonstrates quantitative sample preparation of calibration standards using the CDS 7550S automated thermal...
Aug 24, 2021243 Sample Recollection by the CDS 7550S Automated Thermal DesorberQuantitative recollection of split sample to a clean sample saver tube, demonstrated by different split percents on the CDS 7550S...
Jun 17, 2021241 Determination of VOCs in Air by Adsorption Tube Sampling-Thermal Desorption GC-MS (HJ 644-2013)This application note demonstrates the superior performance of CDS Analytical's automatic electronic cooling and thermal desorption...
Apr 16, 2021236 Quantitative Sample Split using the CDS 7550S Automated Thermal DesorberQuantitative sample split capability of 7550S thermal desorber for a group of VOCs with boiling points up to 218 °C. Environmental