|
Determination of Moisture in Flour
|
|
Determination of Moisture in Cheese
|
|
Oxgen in Silicon Wafers using O836Si
|
|
Iron, Steel, Nickel-Base, Cobalt-Base Alloys using ON736
|
|
Brewery Process Monitoring with GC-MS
|
|
Carbon and Sulfur in High Carbon Ferroalloys using CS844
|
|
Explosive Residues in Soil Pegasus BT
|
|
Carbon and Sulfur in Limestone-Dolomite using CS744
|
|
Brand Distinguishing Analytes in Perfume
|
|
GCxGC-HRT Aroma Analysis of Perfume Samples
Targeted and Non-Targeted analysis of name-brand and Imitation perfume samples
|
|
Electronic Waste GC-HRT4D
|
|
High-Resolution GCxGC for Improved Yeast Metabolite Characterization
|
|
Cannabis Terpene Profiles Pegasus BT4D
|
|
Quantitation of PAHs in Used Engine Oil using GCxGC and Time-of-Flight Mass Spectrometry
|
|
Introduction to Simply GCxGC
An Online Guide for Optimizing Comprehensive Two Dimensional GC Separations
|
|
Coffee Roast Level
|
|
Quantitation and Non-Target Detection of Pesticides in Spinach Extract with Pegasus BT4D
|
|
Analysis of Smoker and Non-Smoker Urine Using the Pegasus BT4D
Urine is a favored biological fluid for medical testing since it is easy to obtain in large quantities and provides a window into an individual's exposure, diet, and general health. Comprehensive GCxGC-TOFMS data can be used to visually differentiate smoker and non-smoker urine standard reference materials.
|
|
Spice Wars – Are You Battle Ready? Analysis of Synthetic Cannabinoids Using an HR-CI Source Operated in EI and CI Modes
|
|
Hardness Profile in Decarburized Steel using AMH55
|
