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Implementation of the US EPA Method 524.2 for the analysis of VOCs in drinking water

16 Aug 2024

Application Note

Optimize VOC analysis with reduced helium consumption using HeSaver-H2 Safer technology in accordance with EPA Method 8260D

16 Aug 2024

Application Note

Enhance trace-level odorant detection in water with ITEX-DHS and GC-MS

16 Aug 2024

Application Note

Trace analysis of volatile organic compounds in wastewater according to US EPA Method 624.1

16 Aug 2024

Application Note

Robust and sensitive multi-element determination in surface and sea waters using triple quadrupole ICP-MS

16 Aug 2024

Application Note

Sensitive determination of hexavalent chromium in drinking water using a compact IC system

16 Aug 2024

Application Note

Maximize sensitivity and accuracy in VOC analysis with ITEX-DHS and cryogen-free refocusing technology

16 Aug 2024

Application Note

Water and nutrient analyses finally mastered

16 Aug 2024

Application Note

A comprehensive software workflow for non-targeted analysis of PFAS by high-resolution mass spectrometry

16 Aug 2024

Application Note

Direct injection of drinking water for the analysis of 54 PFAS compounds by LC-MS/MS

16 Aug 2024

Application Note

Direct analysis of selected PFAS in ground, surface, and waste water by LC-MS/MS

16 Aug 2024

Application Note

A rapid, sensitive, and consolidated method for PCBs and PAHs using GC-MS/MS

15 Aug 2024

Case Study

Automated LLE for on-line GC-MS/MS and GC-FID analyses of drinking and waste waters

15 Aug 2024

Application Note

Improved laboratory productivity with a single GC-MS/MS configuration for multipurpose environmental analysis

15 Aug 2024

Application Note

Imaging protocol handbook

25 Jun 2024

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Quantitative analysis of cannabinoids in urine and oral fluid using reactive PS-MS for forensic toxicology

20 Jun 2024

Application Note

GC-MS-IRMS: Undisputable results by coupling of GC-IRMS with high-resolution mass spectrometry for final confirmation in sports drug testing

12 Jun 2024

Application Note

Analysis of testosterone from human serum using FAIMS technology

12 Jun 2024

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Cell painting high-content screening assay

11 Jun 2024

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MarqMetrix Process Raman Analyzer real-time monitoring

30 May 2024

Product Brochures

Simplify the complexity of dioxin analysis

16 Apr 2024

Application Note

Orbitrap Exploris GC mass spectrometer analysis of PCDD/F

14 Apr 2024

Application Note

PCDD/Fs analysis using triple quadrupole GC-MS with helium-saving technology

14 Apr 2024

Application Note

Which dioxin and POPs can the DFS Magnetic Sector GC-HRMS be used for?

14 Apr 2024

Application Note

The advantages of Magnetic Sector GC-HRMS technology for dioxin and POPs analysis

14 Apr 2024

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Implementation of the US EPA Method 524.2 for the analysis of VOCs in drinking water

Optimize VOC analysis with reduced helium consumption using HeSaver-H2 Safer technology in accordance with EPA Method 8260D

Enhance trace-level odorant detection in water with ITEX-DHS and GC-MS

Trace analysis of volatile organic compounds in wastewater according to US EPA Method 624.1

Robust and sensitive multi-element determination in surface and sea waters using triple quadrupole ICP-MS

Sensitive determination of hexavalent chromium in drinking water using a compact IC system

Maximize sensitivity and accuracy in VOC analysis with ITEX-DHS and cryogen-free refocusing technology

Water and nutrient analyses finally mastered

A comprehensive software workflow for non-targeted analysis of PFAS by high-resolution mass spectrometry

Direct injection of drinking water for the analysis of 54 PFAS compounds by LC-MS/MS

Direct analysis of selected PFAS in ground, surface, and waste water by LC-MS/MS

A rapid, sensitive, and consolidated method for PCBs and PAHs using GC-MS/MS

Automated LLE for on-line GC-MS/MS and GC-FID analyses of drinking and waste waters

Improved laboratory productivity with a single GC-MS/MS configuration for multipurpose environmental analysis

Imaging protocol handbook

Quantitative analysis of cannabinoids in urine and oral fluid using reactive PS-MS for forensic toxicology

GC-MS-IRMS: Undisputable results by coupling of GC-IRMS with high-resolution mass spectrometry for final confirmation in sports drug testing

Analysis of testosterone from human serum using FAIMS technology

Cell painting high-content screening assay

MarqMetrix Process Raman Analyzer real-time monitoring

Simplify the complexity of dioxin analysis

Orbitrap Exploris GC mass spectrometer analysis of PCDD/F

PCDD/Fs analysis using triple quadrupole GC-MS with helium-saving technology

Which dioxin and POPs can the DFS Magnetic Sector GC-HRMS be used for?

The advantages of Magnetic Sector GC-HRMS technology for dioxin and POPs analysis

Resources

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Search

Selected Filters:

Implementation of the US EPA Method 524.2 for the analysis of VOCs in drinking water

Optimize VOC analysis with reduced helium consumption using HeSaver-H2 Safer technology in accordance with EPA Method 8260D

Enhance trace-level odorant detection in water with ITEX-DHS and GC-MS

Trace analysis of volatile organic compounds in wastewater according to US EPA Method 624.1

Robust and sensitive multi-element determination in surface and sea waters using triple quadrupole ICP-MS

Sensitive determination of hexavalent chromium in drinking water using a compact IC system

Maximize sensitivity and accuracy in VOC analysis with ITEX-DHS and cryogen-free refocusing technology

Water and nutrient analyses finally mastered

A comprehensive software workflow for non-targeted analysis of PFAS by high-resolution mass spectrometry

Direct injection of drinking water for the analysis of 54 PFAS compounds by LC-MS/MS

Direct analysis of selected PFAS in ground, surface, and waste water by LC-MS/MS

A rapid, sensitive, and consolidated method for PCBs and PAHs using GC-MS/MS

Automated LLE for on-line GC-MS/MS and GC-FID analyses of drinking and waste waters

Improved laboratory productivity with a single GC-MS/MS configuration for multipurpose environmental analysis

Imaging protocol handbook

Quantitative analysis of cannabinoids in urine and oral fluid using reactive PS-MS for forensic toxicology

GC-MS-IRMS: Undisputable results by coupling of GC-IRMS with high-resolution mass spectrometry for final confirmation in sports drug testing

Analysis of testosterone from human serum using FAIMS technology

Cell painting high-content screening assay

MarqMetrix Process Raman Analyzer real-time monitoring

Simplify the complexity of dioxin analysis

Orbitrap Exploris GC mass spectrometer analysis of PCDD/F

PCDD/Fs analysis using triple quadrupole GC-MS with helium-saving technology

Which dioxin and POPs can the DFS Magnetic Sector GC-HRMS be used for?

The advantages of Magnetic Sector GC-HRMS technology for dioxin and POPs analysis

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