Spectroscopy Wavelength e-newsletter:
Having trouble viewing this e-mail? Click here.
 
November 10, 2015
 
Spectroscopy Spotlight

Miniaturized Quantum Cascade Lasers Enable Fast Mid-IR Spectroscopy
Quantum cascade lasers have been gaining increasing attention as their capabilities are being demonstrated in a range of applications. One recent advance is the development of a miniaturized QCL, which when used as a light source, enables mid-infrared (mid-IR) scanning speeds much faster than those of conventional Fourier-transform IR (FT-IR).  Ralf Ostendorf of the Fraunhofer Institute for Applied Solid State Physics in Freiburg, Germany, recently spoke to Spectroscopy about this work.

Apply leading-edge imaging technologies to your life sciences projects! This inaugural one day event will enable you to get a deeper understanding of the technologies that are integral in Life Sciences applications today.
The event will feature in depth presentations, tabletop exhibits, and networking opportunities.
Attend the Vision in Life Sciences Conference – Thursday, November 19, 2015 in San Diego!
Click here for details!

Featured Articles

Questioning the Relationship Between Analyte Ion Mass and ICP-MS Matrix Effects
New studies conducted by Shi Jiao and John Olesik at The Ohio State University have important implications for understanding the fundamental causes of matrix effects in ICP-MS, and for the choice of internal standards.

Demystifying Sample Preparation for Trace Metal Analysis: How Automation Can Make Light Work Of the Sample-to-Results Workflow
Spectroscopy's webinar, "Demystifying Sample Preparation for Trace Metal Analysis: How Automation Can Make Light Work Of the Sample-to-Results Workflow " is now available on-demand for you to view at your convenience along with a complimentary whitepaper. This webinar discusses the application and benefits of an intelligent on-line autodilution system for rapid and efficient analysis of challenging samples.
Register for the On-Demand Webcast

Download Printable Whitepaper

Where Can LIBS Make the Biggest Impact?
For an emergent analytical technique to be adopted, its proponents must find applications where it offers significant benefits over established techniques, such as sensitivity, speed, cost, or ease of use, or some combination of those. For laser-induced breakdown spectroscopy (LIBS), identifying its ideal niche has been one of the challenges in gaining followers. To assess where LIBS is being used today, what new areas are emerging, and how well LIBS competes with other methods in those new areas, we asked a panel of experts for their views.

At-Line Analysis Using ED-XRF Spectroscopy to Detect Metals in Food
To protect the food supply, processors have traditionally used lab-based quality control methods such as ICP-OES or AAS spectroscopy. These methods of elemental analysis have been used successfully for years but add substantial costs and delays to the process. This paper explains how a new generation of high-resolution rapid screening technology, portable ED-XRF spectrometers, used right at-line is starting to change work processes.
Learn more

Approaches to Maximize Performance and Reduce the Frequency of Routine Maintenance in ICP-MS
The importance of routine maintenance in ICP-MS cannot be overemphasized. The potential for thermal instability, corrosion, chemical attack, blockage, matrix deposits, and signal drift is much higher with ICP-MS than with other atomic spectroscopy techniques. By following the guidelines provided here, however, you can reduce the frequency of routine maintenance and ensure optimal instrument performance.

Mitigating Matrix Effects with Advanced Spectra Handling Functionality
A key advantage of high accuracy ED-XRF analysis is its ability to measure samples directly, with minimal preparation enabling rapid screening. For accuracy, this requires eliminating errors called matrix effects. But for consistently high-accuracy results, especially when sample contents are unknown, additional spectra handling functionality is required. This paper explains why this additional functionality is critical to ensure consistently high-accuracy results.
Learn more

The State of the Art of Flow-Through Solid-Phase Spectrometry
Flow-through SPS lowers reagent and sample consumption and decreases waste generation. This technique allows the analyte separation and enrichment by removing possible sample matrix interferences with detection on the surface of the sensor. Therefore, higher sensitivity and selectivity is achieved when comparing this technique with other on-line sample pretreatment techniques.

At-Line Micronutrient Analysis Using ED-XRF Spectroscopy
The ability to conduct elemental analyses of materials at the production line is improving product quality and consistency while maximizing throughput. This is especially true in micronutrient analysis where traditional lab-based QC methods add costs and delays to processes already operating with thin margins. This paper explains how a new generation of portable lab-quality spectrometers designed to operate in a production environment is changing work processes.
Learn more

Quiz
IR Spectral Interpretation Workshop: Quiz 3
How well can you analyze spectra? Test your skills with our short quiz. One reader, selected at random from all who submit correct responses, will receive a signed copy of Brian Smith's book on IR spectral interpretation.

Featured Products
MicromATR Vision From Czitek Complete MVA and DOE software from CAMO Software and Stat-Ease
See what you sample with the Czitek MicromATR Vision!
Fast and Easy FT-IR diamond ATR sampling with integrated viewing and Image capture by E-Spot Software.
Multiple ATR crystal options available. Learn more
The latest version of CAMO’s pioneering Multivariate Data Analysis software, The Unscrambler® X, comes bundled with Stat-Ease’s leading design of experiments software, Design-Expert®, providing the most comprehensive solution for data analysis. Learn more
NEW Rigaku NEX DE High-performance, Direct Excitation EDXRF Elemental Analyzer FS5 Spectrofluorometer
The Rigaku NEX DE high performance, direct excitation EDXRF elemental analyzer is the newest, most advanced benchtop EDXRF spectrometer on the market. It is equipped with a 60 kV, 12 W X-ray tube to deliver significant improvements in elemental peak resolution and counting statistics, resulting in superior calibrations and precision for the most challenging measurements.  The system operates on the latest Rigaku QuantEZ analytical software running under the Microsoft Windows operating system, on a laptop or benchtop personal computer (PC). The software offers all the functions required for calibration and routine operation.
Learn more
The FS5 benchtop analytical spectrofluorometer uses single photon counting to take sensitivity to the next level. It is capable of fluorescence and phosphorescence measurements, including lifetimes, up to 1650 nm.
Learn more
Results in a Flash At-Line Analysis with ED-XRF
Clean up your bench with METTLER TOLEDO's new UV/VIS Excellence line.  Enjoy speedy measurements and an intuitive user interface, all within a small footprint.
Learn more
Bring the lab to the line – New webinar and application briefs explain test process and analytical results for lab-grade elemental analysis right at the production line with a new, portable, ED-XRF spectrometer. Learn more
 
   New Webcast

ICP-OES or Flame AAS – Which Spectroscopic Method is Best for You?
Thursday, November 19, 2015
11 am–12 pm EST
Learn More >>

   On Demand Webcasts

CO2 Isotope Ratio Analysis on the road through Canada for environmental analysis
Learn More >>

Dealing with High-Matrix Environmental Samples: Part 2: Improve Your ICP Instrumentation Uptime—Essential Hints and Tips
Learn More >>

Reduce the Cost of Quality Control Using Near-IR Spectroscopy
Learn More >>