Spectroscopy App Note:
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December 2014 

 
Understanding SRC Microwave Digestion for Trace Metals Analysis
Tim Michel, Milestone Inc.
The Milestone UltraWAVE featuring single reaction chamber (SRC) technology enables simultaneous digestion of mixed sample types and vials. The UltraWAVE offers unmatched performance and productivity compared to conventional closed-vessel microwave digestion. This article describes how SRC technology works without cross contamination, and improves analytical data quality.
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EDXRF Measurement of Lead (Pb) in Gasoline per ASTM D5059
Scott Fess,Applied Rigaku Technologies
ASTM D5059-14 is a standard test method for lead (Pb) in gasoline by X-ray spectroscopy. Rigaku EDXRF application note #1442 describes the measurement of lead in gasoline according to ASTM D5059. The results shown indicate the Rigaku NEX QC+ EDXRF analyzer can be used to satisfy ASTM D5059-14, ensuring compliance with trace lead requirements for lead-free gasoline.
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Initial Quantitative Measurements with Handheld LIBS
Don Sackett, Suzanne Moller, Morgan Jennings, and Justin Spott, SciAps
The analytical technique laser induced breakdown spectroscopy (LIBS) for elemental analysis is rapidly evolving from a laboratory-based to a field-able technology. Keys to this evolution include the development of more powerful yet compact, battery operable lasers, and combining the advancing laser technology with powerful processors and compact, high resolution spectrometers. The result is the first generation of truly handheld LIBS-based analyzers, such as the SciAps Z-500 LIBZ analyzer that has been utilized in a number of studies of different material types including alloys, ceramics, catalysts, soils, and glass sample types. This note presents the early quantitative results from several field tests.
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Polymer Recycling Pack
Kevin Menard and Jerry Sellors, PerkinElmer
Polymer recycling is a growing industry, with emphasis on accurately identifying the recycled materials. Learn more with PerkinElmer’s Polymer Recycling Pack.
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Analyzing Recycled Polyethylene Resin for Polypropylene Contamination Using FT-IR
Chunhong Xiao and Chris Ernst, PerkinElmer
This application note shows that a handheld infrared spectrometer is effective at measuring early onset chemical changes in environmentally stressed PET polymers that precede cracking and other physical degradation processes.
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