Agilent Manuals

This document describes the determination of 21 elements in an oil sample by ICP-OES.

Analysis of Potable Water for Trace Elements by ICP-OES

This document describes the working principle of hollow cathode lamps, with particular attention to the improvements made to multi-element hollow cathode lamps and boosted discharge lamps

This article describes the method for analyzing metals in synthetic fibers and plastic materials. Atomic absorption spectrophotometry is suitable for the rapid and accurate analysis of metals in polymeric materials.

This document describes a method for analyzing barium, calcium and zinc in lubricating oil additive blends

This article describes a new design for a high-intensity lamp that can be used in atomic absorption spectrometers. The lamp has a special filament material and design that increases its light output, which in turn increases sensitivity.

This paper mainly introduces the method of measuring selenium in serum by xenon lamp fluorescence spectroscopy. The method is improved, using xenon lamp fluorescence spectroscopy technology to detect selenium in serum at 196.0nm, and to detect background at 192.6nm. The background and sample spectra are scanned, and the concentration of selenium in serum is obtained by comparing the calculations. The detection limit of this method is 0.04μg/L.

This document introduces the database management of the SpectrAA 600/800 system.

This document describes a method for the determination of platinum and palladium in chelated systems using GFAAS.

The report describes a technical investigation of approximately 3000 year old bronze objects in the Eli Lilly Collection of Chinese Art conducted by the Analytical Chemistry Division of Indiana University-Purdue University at Indianapolis.

This document mainly introduces a chemical speciation method for aluminium in environmental water bodies, which is based on bromide extraction separation and ICP-AES for measurement.

This article introduces an automated vapor generation accessory for atomic absorption analysis. The accessory utilizes continuous flow technology to pump and mix samples and liquid reagents. It is suitable for determining low levels of elements such as arsenic, antimony, bismuth, selenium, tellurium, and tin, replacing traditional zinc metal and sodium borohydride reducing agents. The accessory simplifies the overall procedure and improves analysis efficiency.

This article discusses the regulations and methodology for determining priority pollutant metals. It highlights the unique nature of metals as environmental and industrial pollutants and their potential detrimental effects on humans. It also describes the collaboration between federal and state agencies, private sector industrial participants, and academic research institutions in studying the sources, distribution, and environmental impact of metal pollutants.