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Mercury in Plant Tissue using AMA254
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Oxygen in Aluminum and Aluminum Alloys using TC600
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Oxygen and Nitrogen in Reactive-Refractory Metals and their Alloys using TC600
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Sulfur and Carbon in Cement, Clay, Fly Ash, Limestone, Soil, Ore using SC832
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CBD Beverage Comparison
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Nutmeg Essential Oils
Sensory Directed Analysis of GC-MS Data via Olfactory Detection
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Semivolatile Organic Compounds EPA 8270 Pegasus BT
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Citrus Aromas Essential Oils
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Fast Pesticide Residue Analysis in Food with a New Benchtop GC-TOFMS: Pegasus BT
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Carbon-Sulfur in Silicon Carbide using CS744
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Carbon Nitrogen in Plant Tissue using CN828
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Greenhouse Gases Pegasus BT
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Carbon-Nitrogen in Soil using CN828
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Determining MOSH-MOAH with GCxGC-TOFMS
Discover unparalleled resolution and identification capabilities for analyzing food contaminated by mineral oil hydrocarbons (MOH). This application note details a powerful workflow to accurately separate and identify MOSH/MOAH fractions from common interferents, ensuring precise results even in complex samples like spices. Download now to learn how this advanced technology can elevate your food safety testing.
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Moisture, Volatile, Ash in Biomass and Plant Tissue using TGA801
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Ultra-Low Sulfur in Steel, Nickel, and Superalloys
Accurate determination of ultra-low sulfur levels in steel, nickel, and other super alloys is important for quality control of high-temperature applications.
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Moisture in Weld Flux using RC612
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Flue Gas Desulfurization (FGD) using TGA801
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Bulk Carbon Gradient in Carburized Steel using GDS900
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Iron, Steel, Nickel-Base, Cobalt-Base Alloys: Optimization using ONH836
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