Resources

Results per page

Selected Filters:

Spectroscopy Clear Filters

Application Note

Multi-Component Analysis of Heavy Metals in Various Foods Using AA, ICP, ICPMS & EDX

14 Feb 2019

Application Note

Benefits of New Site Characterization Techniques

14 Feb 2019

Application Note

ASTM D8064 Standard Test Method for Soil and Solid Waste

14 Feb 2019

Case Study

The Versatility and Impact of Light Scattering Analysis

14 Feb 2019

Application Note

Fast, Accurate Analysis of Toxicological Substances in Whole Blood

13 Feb 2019

Application Note

3 Tips to Keep Your Purge and Trap System Running at Top Performance

13 Feb 2019

Case Study

HDXRF Helping Law Enforcement Crackdown on Illegal Mining

13 Feb 2019

Application Note

F963 Testing with HDXRF®

13 Feb 2019

Application Note

Combined Analysis of a Contaminant Using a Compact FTIR and EDX

12 Feb 2019

Application Note

HDXRF vs. Wet Chemistry in Soil Analysis

12 Feb 2019

Case Study

HDXRF® for Brownfield Remediation in China

12 Feb 2019

Application Note

Critical Micellization Temperature Determination Using Multi-Angle Dynamic Light Scattering

12 Feb 2019

Application Note

Quantitation of Residual Solvents in Food Packaging by Automated Headspace–Trap GC–MS

12 Feb 2019

Application Note

Correlating Consumer Sensory Experience of Apple Aroma with VOC Profiles Acquired by Automated TD–GC–MS

12 Feb 2019

Application Note

Quantifying Trace Odorants in Water by GC–MS with Trap-Based Preconcentration: Assessing SPME and High-Capacity Sorptive Extraction

12 Feb 2019

Application Note

Microplastic Analysis Using the AIM-9000 Infrared Microscope

11 Feb 2019

White Papers

The Use of EDX Fluorescence Spectrometry for Pharmaceutical Elemental Impurity Analysis Based on USP<735>

11 Feb 2019

Application Note

Online Chlorine Analysis in Crude Oil and Petroleum Process Streams

11 Feb 2019

White Papers

HDXRF vs ICP for Nickel and Vanadium in Crude Oil

11 Feb 2019

Application Note

Quantitative Analysis of Recycled Plastics Using FTIR – Mixing Ratio Calculation Method

10 Feb 2019

Application Note

Analysis of Minor Components in Water Using the IRSpirit

10 Feb 2019

Application Note

Sulfur Analysis with Compliance Flexibility

10 Feb 2019

Application Note

Precision Comparison Between HDXRF® and ICP for Ni, Fe, and V

9 Feb 2019

Application Note

Reflectance Measurement of Thick Samples Using an Infrared Microscope

9 Feb 2019

Application Note

Low-Volume, High-Throughput DNA and Protein Detection on the SpectraMax ABS Plus Microplate Reader

9 Feb 2019

Resources

Resources Filter

Search

Selected Filters:

Multi-Component Analysis of Heavy Metals in Various Foods Using AA, ICP, ICPMS & EDX

Benefits of New Site Characterization Techniques

ASTM D8064 Standard Test Method for Soil and Solid Waste

The Versatility and Impact of Light Scattering Analysis

Fast, Accurate Analysis of Toxicological Substances in Whole Blood

3 Tips to Keep Your Purge and Trap System Running at Top Performance

HDXRF Helping Law Enforcement Crackdown on Illegal Mining

F963 Testing with HDXRF<sup>®</sup>

Combined Analysis of a Contaminant Using a Compact FTIR and EDX

HDXRF vs. Wet Chemistry in Soil Analysis

HDXRF<sup>®</sup> for Brownfield Remediation in China

Critical Micellization Temperature Determination Using Multi-Angle Dynamic Light Scattering

Quantitation of Residual Solvents in Food Packaging by Automated Headspace–Trap GC–MS

Correlating Consumer Sensory Experience of Apple Aroma with VOC Profiles Acquired by Automated TD–GC–MS

Quantifying Trace Odorants in Water by GC–MS with Trap-Based Preconcentration: Assessing SPME and High-Capacity Sorptive Extraction

Microplastic Analysis Using the AIM-9000 Infrared Microscope

The Use of EDX Fluorescence Spectrometry for Pharmaceutical Elemental Impurity Analysis Based on USP<735>

Online Chlorine Analysis in Crude Oil and Petroleum Process Streams

HDXRF vs ICP for Nickel and Vanadium in Crude Oil

Quantitative Analysis of Recycled Plastics Using FTIR – Mixing Ratio Calculation Method

Analysis of Minor Components in Water Using the IRSpirit

Sulfur Analysis with Compliance Flexibility

Precision Comparison Between HDXRF<sup>®</sup> and ICP for Ni, Fe, and V

Reflectance Measurement of Thick Samples Using an Infrared Microscope

Low-Volume, High-Throughput DNA and Protein Detection on the SpectraMax ABS Plus Microplate Reader

Resources

Resources FilterResources Filter

Search

Selected Filters:

Multi-Component Analysis of Heavy Metals in Various Foods Using AA, ICP, ICPMS & EDX

Benefits of New Site Characterization Techniques

ASTM D8064 Standard Test Method for Soil and Solid Waste

The Versatility and Impact of Light Scattering Analysis

Fast, Accurate Analysis of Toxicological Substances in Whole Blood

3 Tips to Keep Your Purge and Trap System Running at Top Performance

HDXRF Helping Law Enforcement Crackdown on Illegal Mining

F963 Testing with HDXRF<sup>®</sup>

Combined Analysis of a Contaminant Using a Compact FTIR and EDX

HDXRF vs. Wet Chemistry in Soil Analysis

HDXRF<sup>®</sup> for Brownfield Remediation in China

Critical Micellization Temperature Determination Using Multi-Angle Dynamic Light Scattering

Quantitation of Residual Solvents in Food Packaging by Automated Headspace–Trap GC–MS

Correlating Consumer Sensory Experience of Apple Aroma with VOC Profiles Acquired by Automated TD–GC–MS

Quantifying Trace Odorants in Water by GC–MS with Trap-Based Preconcentration: Assessing SPME and High-Capacity Sorptive Extraction

Microplastic Analysis Using the AIM-9000 Infrared Microscope

The Use of EDX Fluorescence Spectrometry for Pharmaceutical Elemental Impurity Analysis Based on USP<735>

Online Chlorine Analysis in Crude Oil and Petroleum Process Streams

HDXRF vs ICP for Nickel and Vanadium in Crude Oil

Quantitative Analysis of Recycled Plastics Using FTIR – Mixing Ratio Calculation Method

Analysis of Minor Components in Water Using the IRSpirit

Sulfur Analysis with Compliance Flexibility

Precision Comparison Between HDXRF<sup>®</sup> and ICP for Ni, Fe, and V

Reflectance Measurement of Thick Samples Using an Infrared Microscope

Low-Volume, High-Throughput DNA and Protein Detection on the SpectraMax ABS Plus Microplate Reader

Resources Filter