rob-thomas

Abstract representation of spectroscopy techniques challenges

spectroscopy-techniques-challenges

Colorful abstract representation of spectroscopy techniques challenges

Separation Science

Explore spectroscopy techniques, challenges, and solutions in this discussion featuring expert insights on ICP-MS and more.

Expert Answers: Spectroscopy Tips and Troubleshooting

Webinars

Technical worker in uniform inspecting lab instrumentation as part of renewable energy analysis in a testing environment focused on performance and efficiency.

renewable-energy-analysis

Discover how analytical techniques such as chromatography, spectroscopy, and pyrolysis-GC are powering innovation and compliance in the renewable energy sector.

Renewable Energy Analysis: Advanced Laboratory Techniques Driving Sustainability

Articles

Abstract wave pattern representing trace element analysis techniques

trace-element-analysis-techniques

Explore various trace element analysis techniques like ICP-MS for ultra-trace detection and their key applications in science.

Trace Element Analysis: Choosing the Right Technique for Your Application

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Cover for application note  on tracking ethylene oxide and acetaldehyde in PEG-3350

brightspec-app-note-cover

BrightSpec

Discover how molecular rotational resonance spectroscopy eliminates dilution, filtration, and injection steps when testing viscous pharmaceutical excipients.

Scale PEG Excipient Testing Without Sacrificing Detection Limits

Application Notes

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Analytik Jena

In this web seminar, Analytik Jena presents analytical solutions along the battery lifecycle

Challenges and Solutions in Midstream Refining Processes

3D illustration of individual cells in a fluid environment, representing the concept of single-cell analysis for studying cellular structures and functions.

single-cell-analysis

A microdroplet generator integrated with ICP-MS unlocks precise, non-destructive elemental profiling of individual mammalian cells.

Advancing Single-Cell Elemental Analysis with ICP-MS and Microdroplet Generators

Close-up of battery cells with colored signal lines illustrating data flow, representing quality control in battery production.

Stacked spectral plots showing silicon emission at 251.611 nm in nickel sulfate (top) and cobalt sulfate (bottom), highlighting clear signal resolution using high-resolution ICP-OES.

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Line graph of TOC results for CoSO4 solution, showing 10 data points  varying around a constant average value.

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Two line graphs compare uncorrected and CSI-corrected spectra of Hg 104.886nm, showing sharper peaks and reduced background noise in the corrected version.

fig3-battery-qa

 Line graph of TOC results for CoSO4 solution, showing 10 data points varying around a constant average value.

fig2-battery-qa

 Red banner with white text "Better Battery QA Starts at the Detection Step" and a "Watch the Full Webinar" button, featuring the Analytik Jena logo.

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Improved elemental and carbon analysis tools catch trace contaminants before they impact production.

Optimizing Midstream Battery QA with ICP-OES and TOC

Thought Leadership

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agilent-260625-lp

Agilent

Gain insights into how ICP-OES can optimize workflows for the analysis of complex materials.

Advanced ICP-OES Applications: From RoHS Compliance to Solid Electrolyte Analysis

Microplastics analysis: A range of primary and secondary microplastics including pellets, fibers, and fragments being inspected with tweezers by a gloved hand in a laboratory setting

microplastics-analysis

Infographic comparing six key microplastic detection techniques—FTIR spectroscopy, Raman spectroscopy, GC-MS/HPLC, fluorescence detection, optical microscopy, and SEM—based on detection principles, particle size range, common applications, throughput, cost, advantages, and limitations, for microplastics analysis workflows.

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Microplastic pollution is on the rise and industries are adopting advanced analytical techniques to detect and quantify microplastics - ensuring regulatory compliance and promoting sustainability.

Microplastics Analysis: Advancements in Detection and Quantification

Agilent_060225_ICPOES

Read this executive summary to learn how to maximize uptime during plasma-based analysis of samples with particulates, reactive organics, and other difficult matrices.