Analytical Thermal Desorption: History, Technical Aspects and Application Range
28 Jul 2014

This application note, which replaces earlier editions of TDTS 11 and 12, summarizes the history of thermal desorption (TD), and describes the technological advances that have led to it becoming the foremost sample introduction methodology for GC(MS). A comprehensive overview of the applications of TD is given, followed by discussion of MS technologies that enhance its power and application range.

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Using Thermal Desorption for the Quality Control of Products and Raw Materials air sampling, VOC monitoring, gas analysis23 Jul 2014Read
Optimizing Analytical Performance and Extending the Application Range of Thermal Desorption for Monitoring Air Indoors and Inside Vehicle Cabins air sampling, VOC monitoring, thermal desorption23 Jul 2014Read
The Analysis of Sulfur Compounds using On-Line and Off-Line TD–GC(MS) sulfur, trace level impurities22 Jul 2014Read
SUPELCO® Application Compendium: Forensic, Clinical and Bioanalytical Applications metabolomics, cancer, biomarker discovery18 Jul 2014Read
Analysis of VOCs in Exhaled Breath as Cancer Biomarkers VOC monitoring, cancer, biomarker discovery15 Jul 2014Read
Improving Efficiency in the Forensics Laboratory: Introducing a New Controlled Substances Analyzer drugs of abuse, forensic toxicology20 Jun 2014Read
Characterization and Classification of Heroin from Illicit Drug Seizures Using the Agilent 7200 GC/Q-TOF drugs of abuse19 Jun 2014Read
Quantitation and Confirmation of Blood Ethanol Content Using a New GC/FID/MS Blood Alcohol Analyzer ethanol, world cup, blood analysis18 Jun 2014Read
The Determination of Anabolic Steroids in Human Urine using the TSQ Quantum XLS Anti-Doping Science, world cup, anabolic steroid12 Jun 2014Read
Analysis of Pesticides in Food Matrix using QuEChERS by Triple Quadrupole GC/MS/MS and LC/MS/MS pesticides, QuEChERS, triple quadrupole MS30 Apr 2014Read

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