SelectScience – High-Resolution Continuum Source AAS

Videos

High-Resolution Continuum Source AAS
30 April 2012

Watch this video to discover the contrAA 600 the next generation in high-res continuum source AAS. Oliver Büttel, Analytik Jena AG, introduces the spectrometer which allows for simultaneous multi-element analysis as well as the detection of non-metals such as halogens or sulphur. Interview filmed by SelectScience at analytica 2012.

Products in this video

Determination of Fe in Blood with Intelligent High Resolution Continuum AAS Technology

Simultaneous Multi-element Determination with High-Resolution Continuum Source AAS

SORT BY

3 of 60 Page 1 2 3 ... Next

Dr. Imma Ferrer, University of Colorado: Identification of New Emerging Contaminants in Water Sample...	Phenomenex Cool-Lock™ Nut for GC Column Installation Demonstration	Biological Safety Cabinet Maintenance and Certification from NuAire	Introducing the New ultrafleXtreme MALDI-TOF Mass Spectrometer from Bruker	AGROLAB Using Metrohm’s Titration and IC Systems for Water Analysis
Metrohm Ion Chromatograph and MagIC-Net Software Increase Efficiency of Toxin and Pollutant Research...	Pittcon 2013 Show Overview	Improve Your Sample Prep Workflow with the Samplicity Filtration System from EMD Millipore	The Samplicity Challenge	Metrohm Autosampler Increases Throughput of Water Sample Testing
The Modular NGC™ Medium-Pressure Chromatography System from Bio-Rad	Introducing Convergence Chromatography with the ACQUITY UPC2™ from Waters	Melinda Pham, Pennsylvania State University: Applying Environmental Forensic Chemistry to the Identi...	Cecilia Fenech, Dublin City University: An Environmental Forensics Approach to Nitrate Source Determ...	Product Review: Agilent 7696A Sample Prep Workbench
Introducing Ingenuity Variant Analysis Software for the Rapid Identification of Causal Variants in N...	Understand Your Expression Data with Ingenuity iReport	Model, Analyze, and Understand the Complex Biological and Chemical Systems at the Core of Life Scien...	Expanding the Boundaries of LC and GC Separations with the ACQUITY UPC2 from Waters	The Bactron Anaerobic Workstations from SHEL Lab