Refine Results
- Products
- Applications and Industries
- Services
- Content Type
- Analysis Technique
- Analyzed With
- Chemical Group
- Compounds
- Detection Technique
- Injection Technique
- Instrument
- Method
- Agency Method
- Inner Diameter
- Length
- Outer DIameter
- Packaging
- Model
- Solvent
- Analyte
- CAS Number
- Concentration
- Format
- Technique
- Unit Quantity
- Volume
- Analysis Platform
- MS Instrument Compatibility
- Spectroscopy Instrument Compatibility
- About Agilent
- Language
- Publication Date
1741 - 1760 of 21615 results
Need help finding the right ICP supplies? Try our ICP Supplies Selector Tool.
Explore the range of instruments Agilent offers for elemental analysis of food and agriculture samples
| Japanese (Japan) | Complete (PDF) |
|---|---|
| Portuguese (Brazil) | Complete (PDF) |
| Chinese (Simplified) (China) | Complete (PDF) |
In this presentation, Dr. Lawrence Pacquette from Abbott Nutrition will present how Agilent ICP-MS instruments have not only provided the required sensitivity for ultra-trace elemental analysis, but have also improved the efficiency of their...
Agilent Spectroscopy Supplies & Services are the Best choice for your PerkinElmer Systems. - Infographic
Volatile halogenated organics in wastewater using GC ICP MS
WPC poster on ThP09 Efficient Removal of Polyatomic Ions by ICP MS
This ICP-MS Journal article describes rare earth element analysis in basalt using the ICP-MS with He collision mode, detailing workflow, accuracy, and stability.
This ICP‑MS Journal article shows how elemental fingerprinting and chemometric analysis verify soybean origins, ensuring sustainability and compliance.
This ICP-MS Journal article explores how pure gases and the SPS 6 autosampler enhance flexibility, contamination control, and ultratrace analysis of semiconductors.
This ICP-MS Journal article describes how ICP-MS and chemometrics can verify the origin of black pepper samples using chemical fingerprints from 150 samples.
Watch how the inline dilution capabilities of the autodilutor work to deliver reliable pre-analysis dilutions as well as reactive dilutions to over range samples.
If you are starting out as an Analyst in a spectroscopy laboratory, then Trace Metals Analysis Considerations for ICP-OES and ICP-MS Laboratories is for you. This course is for ICP-OES and ICP-MS novices that want to understand the basics...
This new product can solve a range of common problems in a metals analysis lab.
Explore advanced ICP-QQQ methods for analyzing silicon, WBG substrates, and photoresist in semiconductor fabs to ensure ultra-trace contamination control.
This ICP-MS Journal article describes validation of a simplified 35‑element ICP‑MS method for routine multi‑matrix food testing, including platinum group elements.
A summary of the 20th European Winter Conference on Plasma Spectrochemistry (EWCPS), held in Berlin, Germany in May 2025
The 8900 ICP-QQQ is the perfect solution for ultratrace analysis required by the semiconductor industry. Here it is used to accurately determine ppq levels of boron.
Agilent ICP-MS Journal Issue 75
Information on how much gas is added after the Atomic Absorption cathode lamp has been processed.
Information on whether if there are any performance compromises with multi-element Atomic Absorption cathode lamps.
Information on the purpose of the fill gas in an Atomic Absorption cathode lamp.