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High-Throughput, Cost-Effective Analysis of Environmental Air Contaminants in Accordance with US EPA Method TO-15 Using GC–TOF MS

19 May 2015

Application Note

Select-eV: The Next Generation of Ion Source Technology

17 May 2015

Application Note

Extending the Compatible Analyte Volatility Range for Indoor Air Quality and Material Emissions Testing Using Multi-Bed Sorbent Tubes from Markes

30 Apr 2015

Application Note

High-Throughput, Cost-Effective Analysis of Environmental Air Contaminants Using the CIA <i>Advantage</i> and GC–TOF MS

28 Apr 2015

Application Note

The Benefits of Direct Desorption and Sample Re-Collection Using the Markes TD-100 for the Aroma Profiling of Peppermint Tea

21 Apr 2015

Application Note

Passive Monitoring of Benzene and Other Hazardous Air Pollutants at Refinery Perimeters in Accordance with US EPA Method 325

18 Mar 2015

Application Note

Improving the Identification and Measurement of Trace Odorous and Toxic Components during Materials Emissions Testing

5 Dec 2014

Application Note

Using Markes’ Thermal Desorption Technology to Automate High/Low Analysis of a Complex Beer Sample

2 Dec 2014

Application Note

Trace-Level Quantitation of Tear Gas Lachrymators in Complex Matrices

12 Nov 2014

Scientific Poster

Diffusive Monitoring – A Cost-Effective and Quantitative Approach to Environmental Monitoring

19 Oct 2014

Application Note

Characterization of Allergens in Cosmetics by GC×GC–TOF MS with Select-eV Variable-Energy Electron Ionization

29 Sept 2014

Application Note

Identification of Off-Odours in Wine Using TargetView GC–MS Software

18 Sept 2014

Application Note

Enhanced Odour Profiling of Strawberries Using TD–GC–TOF MS

18 Sept 2014

Application Note

Monitoring Organic Vapors in air – A Comparison of Thermal Desorption and Carbon Disulfide (CS2) Extraction

18 Sept 2014

Application Note

Fenceline and Ambient Monitoring of Benzene and Other Hydrocarbons using Diffusive Sampling and TD Analysis

18 Sept 2014

Application Note

Rapid Analysis of Environmental Contaminants by Fast GC–TOF MS with Select-eV Variable-Energy Electron Ionization

11 Sept 2014

Application Note

Materials Emissions Testing using the FLEC Cell: Testing Recovery and Sink Effects

7 Sept 2014

Application Note

Application of Rapid Micro-Chamber Tests (ISO 12219-3) for Screening Chemical Emissions from Plastic Car Trim Components

7 Sept 2014

Application Note

Rapid Detection of Chemicals Emitted from Museum Display Cases

3 Sept 2014

Application Note

TD-GC/MS Analysis of Vapour-Phase Organic Compounds for Materials Emissions Testing

28 Aug 2014

Application Note

Identification of Chemical Warfare Agents in Complex Real-World Samples using Targetview GC–MS Software

11 Aug 2014

Application Note

Analysis of Polycyclic Aromatic Hydrocarbons from Vehicle Exhaust using TD–GC–TOF MS and Targetview Software

11 Aug 2014

Application Note

Enhanced Odor Profiling of Strawberries using TD–GC–TOF MS

11 Aug 2014

Application Note

The Identification of Hydrocarbons in Highly Complex Petrochemical Samples by GC×GC–TOF MS

11 Aug 2014

Application Note

The Identification and Quantitation of Trace-Level Compounds in Beer by GC–TOF MS

11 Aug 2014

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Selected Filters:

High-Throughput, Cost-Effective Analysis of Environmental Air Contaminants in Accordance with US EPA Method TO-15 Using GC–TOF MS

Select-eV: The Next Generation of Ion Source Technology

Extending the Compatible Analyte Volatility Range for Indoor Air Quality and Material Emissions Testing Using Multi-Bed Sorbent Tubes from Markes

High-Throughput, Cost-Effective Analysis of Environmental Air Contaminants Using the CIA <i>Advantage</i> and GC–TOF MS

The Benefits of Direct Desorption and Sample Re-Collection Using the Markes TD-100 for the Aroma Profiling of Peppermint Tea

Passive Monitoring of Benzene and Other Hazardous Air Pollutants at Refinery Perimeters in Accordance with US EPA Method 325

Improving the Identification and Measurement of Trace Odorous and Toxic Components during Materials Emissions Testing

Using Markes’ Thermal Desorption Technology to Automate High/Low Analysis of a Complex Beer Sample

Trace-Level Quantitation of Tear Gas Lachrymators in Complex Matrices

Diffusive Monitoring – A Cost-Effective and Quantitative Approach to Environmental Monitoring

Characterization of Allergens in Cosmetics by GC×GC–TOF MS with Select-eV Variable-Energy Electron Ionization

Identification of Off-Odours in Wine Using TargetView GC–MS Software

Enhanced Odour Profiling of Strawberries Using TD–GC–TOF MS

Monitoring Organic Vapors in air – A Comparison of Thermal Desorption and Carbon Disulfide (CS2) Extraction

Fenceline and Ambient Monitoring of Benzene and Other Hydrocarbons using Diffusive Sampling and TD Analysis

Rapid Analysis of Environmental Contaminants by Fast GC–TOF MS with Select-eV Variable-Energy Electron Ionization

Materials Emissions Testing using the FLEC Cell: Testing Recovery and Sink Effects

Application of Rapid Micro-Chamber Tests (ISO 12219-3) for Screening Chemical Emissions from Plastic Car Trim Components

Rapid Detection of Chemicals Emitted from Museum Display Cases

TD-GC/MS Analysis of Vapour-Phase Organic Compounds for Materials Emissions Testing

Identification of Chemical Warfare Agents in Complex Real-World Samples using Targetview GC–MS Software

Analysis of Polycyclic Aromatic Hydrocarbons from Vehicle Exhaust using TD–GC–TOF MS and Targetview Software

Enhanced Odor Profiling of Strawberries using TD–GC–TOF MS

The Identification of Hydrocarbons in Highly Complex Petrochemical Samples by GC×GC–TOF MS

The Identification and Quantitation of Trace-Level Compounds in Beer by GC–TOF MS

Resources

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Search

Selected Filters:

High-Throughput, Cost-Effective Analysis of Environmental Air Contaminants in Accordance with US EPA Method TO-15 Using GC–TOF MS

Select-eV: The Next Generation of Ion Source Technology

Extending the Compatible Analyte Volatility Range for Indoor Air Quality and Material Emissions Testing Using Multi-Bed Sorbent Tubes from Markes

High-Throughput, Cost-Effective Analysis of Environmental Air Contaminants Using the CIA <i>Advantage</i> and GC–TOF MS

The Benefits of Direct Desorption and Sample Re-Collection Using the Markes TD-100 for the Aroma Profiling of Peppermint Tea

Passive Monitoring of Benzene and Other Hazardous Air Pollutants at Refinery Perimeters in Accordance with US EPA Method 325

Improving the Identification and Measurement of Trace Odorous and Toxic Components during Materials Emissions Testing

Using Markes’ Thermal Desorption Technology to Automate High/Low Analysis of a Complex Beer Sample

Trace-Level Quantitation of Tear Gas Lachrymators in Complex Matrices

Diffusive Monitoring – A Cost-Effective and Quantitative Approach to Environmental Monitoring

Characterization of Allergens in Cosmetics by GC×GC–TOF MS with Select-eV Variable-Energy Electron Ionization

Identification of Off-Odours in Wine Using TargetView GC–MS Software

Enhanced Odour Profiling of Strawberries Using TD–GC–TOF MS

Monitoring Organic Vapors in air – A Comparison of Thermal Desorption and Carbon Disulfide (CS2) Extraction

Fenceline and Ambient Monitoring of Benzene and Other Hydrocarbons using Diffusive Sampling and TD Analysis

Rapid Analysis of Environmental Contaminants by Fast GC–TOF MS with Select-eV Variable-Energy Electron Ionization

Materials Emissions Testing using the FLEC Cell: Testing Recovery and Sink Effects

Application of Rapid Micro-Chamber Tests (ISO 12219-3) for Screening Chemical Emissions from Plastic Car Trim Components

Rapid Detection of Chemicals Emitted from Museum Display Cases

TD-GC/MS Analysis of Vapour-Phase Organic Compounds for Materials Emissions Testing

Identification of Chemical Warfare Agents in Complex Real-World Samples using Targetview GC–MS Software

Analysis of Polycyclic Aromatic Hydrocarbons from Vehicle Exhaust using TD–GC–TOF MS and Targetview Software

Enhanced Odor Profiling of Strawberries using TD–GC–TOF MS

The Identification of Hydrocarbons in Highly Complex Petrochemical Samples by GC×GC–TOF MS

The Identification and Quantitation of Trace-Level Compounds in Beer by GC–TOF MS

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