MATERIAL TÉCNICO GE – GLASS EXP. NEWSLETTER

Glass Expansion E-News

Year	Description
2022	Analytik Jena aurora M90, 800-MS Series ICP-MS Semi-Demountable Torch A Dedicated, Aqueous High Performance Sample Introduction System (HP-SIS) for ICP-OES A Dedicated, HF Resistant High Performance Sample Introduction System (HP-SIS) for ICP-OES Products for PerkinElmer® NexION 5000
2021	Glass Expansion Peltier Cooled Cyclonic Spray Chamber Purged Optical Path (POP) Ceramic-tipped Interface Kit How to Achieve a Wide Range of Signal Stability Performance with the Iridia Laser Ablation System Trident CT™ In-Line Reagent Additions Kit
2020	Products for Fluidigm Helios TOF-ICP-MS Surgical Mask Bacterial Filtration Efficiency (BFE) Testing Apparatus Products for Thermo® PRO ICP-OES A Robust, High Performance Semi-Demountable ICP Torch ICP-MS Cones: Why, When and How to Maintain Products for the PerkinElmer® NexION 1000/2000 ICP-MS High Performance Inert Nebulizers High Sensitivity Single-Cell Sample Introduction System for ICP-MS A Robust, High Performance Demountable ICP Super Torch Laser Ablation Adaptors for ICP A High-Performance Sample Introduction System for the Agilent ® 5100/5110/5800/5900 ICP-OES
2019	Elegra Argon Humidifier – The answer to high TDS samples SeaSpray – A high performance nebulizer HydraMist – Simultaneous Cold Vapor/Pneumatic Nebulization Spray Chamber MicroMist The High Efficiency, Low Uptake Nebulizer for ICP-MS Simultaneous Multi-Element Analysis by Pneumatic Nebulization and Hg by Cold Vapor with the Glass Expansion HydraMist Spray Chamber. A Guide to Choosing Nebulizers and Spray Chambers for your ICP-OES.
2018	Inert-High Performance ICP Sample Introduction System Helix CT ICP Spray Chamber with ConstantTorque Technology
2017	Why change your RF Coil? Considerations when Analyzing Real-World Samples by ICP Spectrometry IsoMist XR- Improved Performance with Precise Temperature Control for any ICP Application
2016	MicroMist Nebulizer for Single Cell Mass Cytometry A Simple, Low Cost Approach to Improving ICP Productivity The Elegra Argon Humidifier: Uninterrupted and Maintenance-Free ICP Operation
2015	Performance of In-Line Addition using the Trident. Optimisation the Analysis of Naphtha by ICP-OES. Optimising your ICP Sample Introduction System for improved Analysis of Oils and Organic Solvents.
2014	ICP Spray Chamber Update Performance of a “Souped Up” ICP-OES System Troubleshooting Guide for ICP Optical Emission Spectrometers
2013	How to Achieve High Accuracy with Difficult Samples A Nebulizer Update Latest Developments in Enhanced Productivity Products
2012	Finding Technical Support for ICP-OES and ICP-MS Examining the Benefits of a Ceramic Torch for ICP Characteristics of a Syringe-Driven Sample Introduction System for ICP Spectrometry
2011	Evaluation of a New High Performance Inert Nebulizer Enhanced Productivity for the Analysis of Ore Samples Comparison of Enhanced Productivity ICP Approaches for Engine Oil Analysis
2010	Improved accuracy in the analysis of precious metals by ICP-OES Dealing with high salt matrices Characterization of a customized valve for enhanced productivity ICP
2009	The Basics of Sample Transport into an ICP Spectrometer Advancing quality control in ICP spectrometry Slurry Analysis by ICP Spectrometry
2008	Selecting the right ICP Spray Chamber ICP Nebulizer Selection and Maintenance Spray Chamber Temperature: A Critical Parameter in ICP Experiments
2007	Clinical Applications of ICP-MS: Optimising the Front End Applications of a Temperature Controlled Spray Chamber Determination of Impurities in Photoresists
2006	Determination of Impurities in Metal Alloys Internal Standardization for ICP-OES and ICP-MS Improving the Performance of ICP Spectrometers
2005	Increasing the Productivity of ICP Analyses Wastewater Analysis by ICP-MS Wastewater Analysis by ICP-AES
2004	Analysis of Organic Solvents by ICP-AES (Part Two) Analysis of Organic Solvents by ICP-AES (Part One) Ultra Trace Analyses for the Semi-Conductor Industry
2003	Determination of Trace Metals in Rat Serum by ICP-MS Determination of Trace Metals in Seawater by ICP-AES