Griffin Application Notes
For Mobile GC/MS Technology
Griffin systems are used by U.S. and foreign governments, universities and other domestic and international agencies to detect and confirm the presence of explosives, illicit and designer drugs, CWAs, TICs, environmental pollutants, and a broad range of other chemicals of interest. Performing on-site analysis preserves sample integrity and saves time; giving users the actionable intelligence needed to complete the job.
Proven Applications
- Environmental Contaminant Analysis
- Field-based Forensics Investigation
- High Consequence Building Security
- Military Reconnaissance
- Incident Response Vehicles
- Event Security
- Taste & Odor Research
- Teaching and Academic Research
White Papers
- GC/MS as Forensics Confirmation Tool
- GC/MS as Continuous Air Monitoring System
- White Paper: GC/MS System for Illicit Drug Identification
- White Paper: GC/MS System for Designer Drug Identification
- White Paper: GC/MS System for Explosives Analysis using PSI-Probe
- White Paper: Clear-Down Comparison MS vs IMS
Application Notes
- Application Note #6
- Characterization of a Griffin Low Thermal Mass Gas Chromatograph/Mass Spectrometer
- Application Note #7
- Quantitation of Chemical Warfare Agents using a Field-Ready Mass Spectrometer
- Application Note #8
- Detection of Semivolatile Pesticides using a Transportable GC/MS/MS
- Application Note #9
- Determination of Aqueous Nitrobenzene in Environmental Samples
- Application Note #10
- Detection of Illicit Drugs with the Griffin Mobile GC/MS System Based on a Cylindrical Ion Trap
- Application Note #11
- Quantitation of Fenvalerate using the Griffin Mobile GC/MS/MS
- Application Note #12
- Detection of Volatile Organic Compounds (VOCs) in Water Using a Mobile GC/MS/MS
- Application Note# 13
- Thermal desorption for Gas Chromatograph (GC) and Gas Chromatograph / Mass Spectrometer (GC/MS) systems
- Application Note# 14
- MS/MS Analysis of Pesticide Using the Griffn Mobile GC/MS System
- Application Note# 15
- Sampling, Identification and Quantitation of Toluene Using X-Sorber and Griffin GC/MS
