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This application demonstrates that hydrogen carrier gas, when paired with the Agilent HydroInert source, is a viable option for the analysis of terpenes in cannabis flower.
This application note demonstrates residual solvents analysis (RSA) using headspace as a sample introduction technique on a single quadrupole GC/MS in selective ion monitoring (SIM) mode with hydrogen as the GC carrier gas.
This application note outlines the translation of a GC/MS forensic drug screening method from using helium to hydrogen carrier gas by applying the HydroInert source.
Hydrogen carrier gas for analyzing pesticides in pigmented foods with 8890/7000E and 8890/7010C GC/TQ systems GC/MS/MS.
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This application note summarizes the analysis of terpenes in cannabis using GC/MS with hydrogen carrier gas and the Agilent HydroInert source.
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This application note summarizes the analysis of terpenes in cannabis using gas chromatography/mass spectrometry with hydrogen carrier gas.
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This application note describes the use of hydrogen carrier gas and the Agilent HydroInert source for GC/MS analysis of humidified canister ‘a(chǎn)ir toxics’ samples at 100% relative humidity, using cryogen-free systems for thermal desorption...
The Agilent HydroInert source was used in the system evaluated here for analyzing F&F mixtures.
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| Chinese (Simplified) (China) | Complete (PDF) |
A GC/MS/MS method for polycyclic aromatic hydrocarbon (PAH) analysis in a complex soil matrix using hydrogen carrier gas and the Agilent HydroInert source.
This application note focuses on GC/MS in selected ion monitoring (SIM) mode using hydrogen as the GC carrier gas.
This technical overview evaluates the application of the Agilent HydroInert source to Agilent Inert Plus GC/MS analyses.
Meet the Agilent 5977C GC/MSD. The 5977C is designed to provide robust, day-in, day-out performance so you can focus on what matters.
A quick start guide for the Agilent HydroInert Source installation.
The purpose of this document is to help users of Agilent EI GC/MS systems determine if hydrogen can be used as a carrier gas for their analyses and what considerations and procedures are necessary to make the transition successful.
Although helium remains the preferred carrier gas, global helium shortages have reduced its availability—and increased its cost. Learn more about how hydrogen carrier gas is good for your lab budget.
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Hydrogen presents a number of dangers. Some are general, others are unique to GC or GC/MS operation.
See how we identified and quantitated volatiles at low ?μg/L levels by performing a 7-minute analysis using headspace-GC/MSD with HydroInert and hydrogen carrier gas.
This application note demonstrates the ability of the Agilent HydroInert source to allow the use of hydrogen carrier gas, while retaining critical functional groups.
| Italian (Italy) | Complete (PDF) |
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This application note demonstrates the ability of the Agilent HydroInert source to allow the use of H2 carrier gas, while retaining critical functional groups, like nitro groups and halogens.
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| French (France) | Complete (PDF) |
| Portuguese (Brazil) | Complete (PDF) |
| Japanese (Japan) | Complete (PDF) |
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Global helium shortages have reduced the availability of helium gas. Agilent offers a safe alternative.
| Italian (Italy) | Complete (PDF) |
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| German (Germany) | Complete (PDF) |
| Japanese (Japan) | Complete (PDF) |
| Spanish (Spain) | Complete (PDF) |
| Chinese (Simplified) (China) | Complete (PDF) |
| Korean (Korea) | Complete (PDF) |
| French (France) | Complete (PDF) |
| Portuguese (Brazil) | Complete (PDF) |