Metals, Mining & Geology
Metals, Mining & Geology Solutions
Applications & Techniques
Applications
Determination of Trace Elements in Copper by ICP-MS (English)
Analysis of Metal Alloys using LA-ICP-MS
Analysis of Rare Earth Elements in Geological Reference Materials on the PlasmaQuant MS Elite (English)
Trace Metals Analysis in High Purity Gold Using ICP-MS PlasmaQuant MS Elite (English)
Speciation of Arsenic in Apple Juice by LC-ICP-MS on PlasmaQuant MS Elite
Applications
Analysis of Rare Earth Elements in Granite and Sandstone by HR ICP-OES
Analysis of High-alloyed Steel by HR ICP-OES
Speciation of Arsenic in Apple Juice by LC-ICP-MS on PlasmaQuant MS Elite
Determination of Trace Elements and Main Components in Permanent Magnet Alloys by HR Arrac ICP-OES
Applications
Determination of TOC in Oil Shale
Applications
Determination of Fluorine in Geological Samples on the contrAA 800 G Continuum-Source AAS
Applications
Copper Quantification in Geological Samples by Flame-AAS
eBook
Mining, Metals, and Geology Resource Guide
The analysis of main and trace element concentrations is essential for the characterization of geological features, mining, and smelting and hydrometallurgical processes. Analytik Jena AAS, ICP-OES, and ICP-MS solutions simplify the analysis process for these and other applications, while simultaneously increasing analytical performance.
Poster Session
High Resolution Spectroscopy in Plasma and Flame - The Efficient Way to Reliable Results
Geological samples, as well as final products, are routinely analyzed for major and trace constituents but come with the challenges of complex sample preparation which is time consuming and error-prone. Matrix effects on analytical results are common and need to be compensated for. See our poster to learn about our industry-leading detection limits and matrix handling of our instruments for both ICP-OES and High-Resolution Continuum Source AAS (HR-CS AAS) techniques.
Web Seminars
From Mining to High-Purity Metals – Elemental Analysis Solutions
This seminar discusses the demands of different metal processing stages, from ores to high-purity metals, and presents ideal atomic spectrometry solutions such as AAS and ICP-OES for a robust, timely and reliable analysis of a wide range of elemental parameters in mining and metal samples.
Overcoming Challenges of Analyzing High-Matrix Samples with ICP-OES
Trace element analysis of mid-to high-matrix samples is a major concern for many laboratories. Mining samples, high-purity metals, chemicals and petrochemicals or highly contaminated soils and industrial wastewater often require a complex analysis process. In this web seminar, our product expert for ICP-OES presents methods and ways to perform the analysis of high-matrix samples in challenging applications by utilizing a high-resolution ICP-OES.