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
Nov 15289 Characterizing a Lithium-Ion Battery Recycling Stream using Evolved Gas Analysis and Multi-Step PyrolysisThis application note investigates the lithium-ion battery recycling stream using Evolved Gas Analysis coupled with Multi-Step Pyrolysis...
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...
Feb 25, 2020213 Quantitative Analysis of Low Levels of Methyl Methacrylate in a CopolymerQuantitative analysis of poly(methyl methacrylate) contamination with a calibration curve. Pyroprobe 6000 6150 Adhesive Plastics General...
Jul 16, 2018Pyrolysis-GCxGC-QTOF for Improved Characterization of Crude OilsPy-GC×GC is used for improved characterization and comparison of crude oils and HRMS detection shows advantages for speciation of...
Jan 17, 2018187 EGA for Polymer Identification Using the PyroprobeA quick and simple way to identify polymers and their constituents, using a CDS 6000 Series Pyroprobe connected directly to the mass...
Mar 31, 2017181 Pyrolysis of a Multi-Layered Car Door PanelAn interior section of a multi-layered car door panel was studied using pyrolysis. PET 6000 6200 Multi-step Thermal Desorption Pyrolysis...