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Flavor Profiling of Filter Coffee using Hisorb Sorptive Extraction and TD–GC–MS

21 May 2017

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Flavor Profiling of Milk using Hisorb Sorptive Extraction and TD–GC–MS

17 May 2017

Application Notes

Flavor Profiling of Premium Teas using HiSorb Sorptive Extraction and TD–GC–MS

14 May 2017

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A Simple and Reliable Approach to Assessing Permeation of Volatiles Through Materials

11 May 2017

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Analysis of Trace-Level VVOCs and VOCs in High-Humidity Ambient Air by Thermal Desorption–GC–MS: Addressing Water Management Issues

8 Mar 2017

Application Notes

The use of Thermal Desorption with Optimized Sampling Tubes for Quantifying Polycyclic Aromatic Hydrocarbons (PAHs) in Air

1 Mar 2017

Application Notes

VOC & SVOC Emissions from Materials with Relevance to Vehicle Interior Air Quality: Regulation, Standard Methods and Analytical Implementation

22 Feb 2017

Application Notes

Sampling and Analysis of Combustible Air Fresheners

15 Feb 2017

Application Notes

Applying Thermal Desorption (TD)–GC–MS and Microchamber Sampling for Identifying VOCs and SVOCs in Emissions-Testing Applications

8 Feb 2017

Application Notes

Fragrance and Odor Profiling using Thermal Desorption

4 Jan 2017

Application Notes

Automotive Studies using Thermal Desorption

4 Jan 2017

Application Notes

Biological Profiling using Thermal Desorption

4 Jan 2017

Application Notes

Assessing Consumer Environmental Health using Thermal Desorption

4 Jan 2017

Application Notes

Defense and Forensic Applications of Thermal Desorption

4 Jan 2017

Application Notes

Applications of Thermal Desorption in the Food and Beverage Industry

4 Jan 2017

Application Notes

Workplace Air Monitoring Using Pumped Sampling with UNITY™

29 Dec 2016

Application Notes

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

23 Dec 2016

Application Notes

Quantitation of Polycyclic Aromatic Hydrocarbons in Air

15 Dec 2016

Application Notes

Passive Monitoring of Benzene and Other Hazardous Air Pollutants

13 Dec 2016

Application Notes

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

8 Dec 2016

Application Notes

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

7 Dec 2016

Application Notes

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

6 Dec 2016

Application Notes

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

1 Dec 2016

Application Notes

Utilizing Automated Cryogen-Free Thermal Desorption to Monitor Air Toxicity

1 Dec 2016

Application Notes

Analysis of Canister Air Using Cryogen-Free Thermal Desorption

29 Nov 2016

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Flavor Profiling of Filter Coffee using Hisorb Sorptive Extraction and TD–GC–MS

Flavor Profiling of Milk using Hisorb Sorptive Extraction and TD–GC–MS

Flavor Profiling of Premium Teas using HiSorb Sorptive Extraction and TD–GC–MS

A Simple and Reliable Approach to Assessing Permeation of Volatiles Through Materials

Analysis of Trace-Level VVOCs and VOCs in High-Humidity Ambient Air by Thermal Desorption–GC–MS: Addressing Water Management Issues

The use of Thermal Desorption with Optimized Sampling Tubes for Quantifying Polycyclic Aromatic Hydrocarbons (PAHs) in Air

VOC & SVOC Emissions from Materials with Relevance to Vehicle Interior Air Quality: Regulation, Standard Methods and Analytical Implementation

Sampling and Analysis of Combustible Air Fresheners

Applying Thermal Desorption (TD)–GC–MS and Microchamber Sampling for Identifying VOCs and SVOCs in Emissions-Testing Applications

Fragrance and Odor Profiling using Thermal Desorption

Automotive Studies using Thermal Desorption

Biological Profiling using Thermal Desorption

Assessing Consumer Environmental Health using Thermal Desorption

Defense and Forensic Applications of Thermal Desorption

Applications of Thermal Desorption in the Food and Beverage Industry

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

Resources

Resources FilterResources Filter

Search

Selected Filters:

Flavor Profiling of Filter Coffee using Hisorb Sorptive Extraction and TD–GC–MS

Flavor Profiling of Milk using Hisorb Sorptive Extraction and TD–GC–MS

Flavor Profiling of Premium Teas using HiSorb Sorptive Extraction and TD–GC–MS

A Simple and Reliable Approach to Assessing Permeation of Volatiles Through Materials

Analysis of Trace-Level VVOCs and VOCs in High-Humidity Ambient Air by Thermal Desorption–GC–MS: Addressing Water Management Issues

The use of Thermal Desorption with Optimized Sampling Tubes for Quantifying Polycyclic Aromatic Hydrocarbons (PAHs) in Air

VOC & SVOC Emissions from Materials with Relevance to Vehicle Interior Air Quality: Regulation, Standard Methods and Analytical Implementation

Sampling and Analysis of Combustible Air Fresheners

Applying Thermal Desorption (TD)–GC–MS and Microchamber Sampling for Identifying VOCs and SVOCs in Emissions-Testing Applications

Fragrance and Odor Profiling using Thermal Desorption

Automotive Studies using Thermal Desorption

Biological Profiling using Thermal Desorption

Assessing Consumer Environmental Health using Thermal Desorption

Defense and Forensic Applications of Thermal Desorption

Applications of Thermal Desorption in the Food and Beverage Industry

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

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