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Workplace Air Monitoring Using Pumped Sampling with UNITY™

29 Dec 2016

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Monitoring Trace-Level High-Boiling Compounds in Air with UNITY™

23 Dec 2016

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Quantitation of Polycyclic Aromatic Hydrocarbons in Air

15 Dec 2016

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Passive Monitoring of Benzene and Other Hazardous Air Pollutants

13 Dec 2016

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Near-Real-Time Profiling of Fragrance Components with TT24-7™ Thermal Desorber Combined with GC–MS

8 Dec 2016

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Thermal Desorption Technology for Testing Chemical Emissions from Construction Products and Consumer Goods

7 Dec 2016

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Using the CIA Advantage™ for Automated Cryogen-Free Analysis of Canister Air and Gas

6 Dec 2016

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A Simple Sampling Technique for the Analysis of VOCs Released from Packaged Meat

1 Dec 2016

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Utilizing Automated Cryogen-Free Thermal Desorption to Monitor Air Toxicity

1 Dec 2016

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Analysis of Canister Air Using Cryogen-Free Thermal Desorption

29 Nov 2016

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Industrial Emissions Testing Using Thermal Desorption

24 Nov 2016

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Rapid and Reliable Screening of Landfill Gas by TD–GC–MS

22 Nov 2016

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High-Performance Screening of Pollutants in Water using GC×GC–TOF MS

4 Nov 2016

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Use of Diffusive Samplers with TD–GC Analysis for Monitoring VOCs in Ambient Air

13 Sept 2016

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Detailed Characterization of Essential Oils by Flow-Modulated GC×GC–TOF MS with Tandem Ionization

16 Aug 2016

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Fast and Confident Quantitation of Environmental Contaminants using GC–TOF MS

7 Aug 2016

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Rapid Profiling of VOCs and SVOCs in e-Cigarette Vapors for Regulatory Compliance and Quality Control

19 Jun 2016

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Simple and Reliable Quantitation of ppt-level PAHs in Air by TD–GC–MS

19 Feb 2016

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A Guide to the Applications of Time-of-Flight Mass Spectrometry for Gas Chromatography

23 Nov 2015

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Advice on Sorbent Selection, Tube Conditioning, Tube Storage and Air Sampling

2 Aug 2015

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Prediction of Uptake Rates for Diffusive Tubes

28 Jul 2015

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Comprehensive Characterization of Essential Oil by GC×GC–TOF MS

26 Jul 2015

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Uptake Rates for Tube-Type Axial Diffusive Samplers

20 Jul 2015

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National and International Standard Methods Relating to Speciated Monitoring of Vapour-Phase Organic Chemicals in Air

27 May 2015

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Enhanced Separation and Identification of Fungicides and Other Components in Wine by Headspace SPME–GC×GC–TOF MS

21 May 2015

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Selected Filters:

Workplace Air Monitoring Using Pumped Sampling with UNITY™

Monitoring Trace-Level High-Boiling Compounds in Air with UNITY™

Quantitation of Polycyclic Aromatic Hydrocarbons in Air

Passive Monitoring of Benzene and Other Hazardous Air Pollutants

Near-Real-Time Profiling of Fragrance Components with TT24-7™ Thermal Desorber Combined with GC–MS

Thermal Desorption Technology for Testing Chemical Emissions from Construction Products and Consumer Goods

Using the CIA Advantage™ for Automated Cryogen-Free Analysis of Canister Air and Gas

A Simple Sampling Technique for the Analysis of VOCs Released from Packaged Meat

Utilizing Automated Cryogen-Free Thermal Desorption to Monitor Air Toxicity

Analysis of Canister Air Using Cryogen-Free Thermal Desorption

Industrial Emissions Testing Using Thermal Desorption

Rapid and Reliable Screening of Landfill Gas by TD–GC–MS

High-Performance Screening of Pollutants in Water using GC×GC–TOF MS

Use of Diffusive Samplers with TD–GC Analysis for Monitoring VOCs in Ambient Air

Detailed Characterization of Essential Oils by Flow-Modulated GC×GC–TOF MS with Tandem Ionization

Fast and Confident Quantitation of Environmental Contaminants using GC–TOF MS

Rapid Profiling of VOCs and SVOCs in e-Cigarette Vapors for Regulatory Compliance and Quality Control

Simple and Reliable Quantitation of ppt-level PAHs in Air by TD–GC–MS

A Guide to the Applications of Time-of-Flight Mass Spectrometry for Gas Chromatography

Advice on Sorbent Selection, Tube Conditioning, Tube Storage and Air Sampling

Prediction of Uptake Rates for Diffusive Tubes

Comprehensive Characterization of Essential Oil by GC×GC–TOF MS

Uptake Rates for Tube-Type Axial Diffusive Samplers

National and International Standard Methods Relating to Speciated Monitoring of Vapour-Phase Organic Chemicals in Air

Enhanced Separation and Identification of Fungicides and Other Components in Wine by Headspace SPME–GC×GC–TOF MS

Resources

Resources FilterResources Filter

Search

Selected Filters:

Workplace Air Monitoring Using Pumped Sampling with UNITY™

Monitoring Trace-Level High-Boiling Compounds in Air with UNITY™

Quantitation of Polycyclic Aromatic Hydrocarbons in Air

Passive Monitoring of Benzene and Other Hazardous Air Pollutants

Near-Real-Time Profiling of Fragrance Components with TT24-7™ Thermal Desorber Combined with GC–MS

Thermal Desorption Technology for Testing Chemical Emissions from Construction Products and Consumer Goods

Using the CIA Advantage™ for Automated Cryogen-Free Analysis of Canister Air and Gas

A Simple Sampling Technique for the Analysis of VOCs Released from Packaged Meat

Utilizing Automated Cryogen-Free Thermal Desorption to Monitor Air Toxicity

Analysis of Canister Air Using Cryogen-Free Thermal Desorption

Industrial Emissions Testing Using Thermal Desorption

Rapid and Reliable Screening of Landfill Gas by TD–GC–MS

High-Performance Screening of Pollutants in Water using GC×GC–TOF MS

Use of Diffusive Samplers with TD–GC Analysis for Monitoring VOCs in Ambient Air

Detailed Characterization of Essential Oils by Flow-Modulated GC×GC–TOF MS with Tandem Ionization

Fast and Confident Quantitation of Environmental Contaminants using GC–TOF MS

Rapid Profiling of VOCs and SVOCs in e-Cigarette Vapors for Regulatory Compliance and Quality Control

Simple and Reliable Quantitation of ppt-level PAHs in Air by TD–GC–MS

A Guide to the Applications of Time-of-Flight Mass Spectrometry for Gas Chromatography

Advice on Sorbent Selection, Tube Conditioning, Tube Storage and Air Sampling

Prediction of Uptake Rates for Diffusive Tubes

Comprehensive Characterization of Essential Oil by GC×GC–TOF MS

Uptake Rates for Tube-Type Axial Diffusive Samplers

National and International Standard Methods Relating to Speciated Monitoring of Vapour-Phase Organic Chemicals in Air

Enhanced Separation and Identification of Fungicides and Other Components in Wine by Headspace SPME–GC×GC–TOF MS

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