In our November Issue:
COLUMNS
Molecular Spectroscopy Workbench
Heterocorrelation Using Polarized Raman Spectra in the Characterization of Polymers
Fran Adar
Spectral changes revealed by two-dimensional correlation spectroscopy can be used to interpret structural changes in polymers determined by processing conditions, so that materials can be rationally engineered for particular applications with known mechanical requirements.
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How to Streamline Implementation of ICP-MS for Regulated Water Analysis
Two Live Events: Europe: Tuesday, December 4, 2018 at 2pm GMT|3pm CET
North America: Tuesday, December 4, 2018 at 11am EST|10am CST|8am PST
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Focus on Quality
Pesky Passwords?
R.D. McDowall
The password paradox states that simple passwords are simple to remember but easy to break, but complex passwords that are difficult to hack are also difficult to remember. Is there a better way?
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SERS Based Raman Module: Technology Overview including examples for Pharmaceutical and Law Enforcement Applications
On Demand
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IR Spectral Interpretation Workshop
The C=O Bond, Part VIII: Review
Brian C. Smith
We review the group wavenumbers of the many carbonyl-containing functional groups we have examined this year and discuss how to distinguish these functional groups from each other.
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Single Cell Mass Spectrometry: An Emerging Technique for Metabolomic and Metal Content Analysis of Single Cells
On Demand
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Peer-Reviewed Articles
Characterization of Glitter Cosmetic Particles Using FT-IR Spectroscopy
Kandyss Najjar and Candice M. Bridge
Glitter particles from cosmetics may transfer during personal assaults, and thus glitter may be useful as a forensic tool. In this study, glitter samples were analyzed using ATR–FT-IR in an attempt to develop a characterization scheme to aid in the identification of these particles.
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Simplified Methods for the Routine Trace Elemental Analysis of Organic Solvents by ICP-OES
On Demand
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Tip-Enhanced Raman Spectroscopy: An Emerging Techniquefor Probing Biology and Electrochemistry at the Nanoscale
Dmitry Kurouski
TERS has sub-nanometer spatial resolution and single-molecule sensitivity, making it useful for exploring structure and dynamics at the nanoscale in fields such as biology and electrochemistry.
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Rethink Your Polymer Analysis for Increased Capacity and Improved Quality
On Demand
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UPCOMING WEBCAST |
How to Streamline Implementation of ICP-MS for Regulated Water Analysis
Europe: Tuesday, Dec. 4, 2018 at 2 pm GMT | 3 pm CET
North America: Tuesday, Dec. 4, 2018 at 11 am EST | 10 am CST | 8 am PST
Register Now » |
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Tracking VOCs and Their Lifecycles in the Atmosphere with Modern Spectroscopic Technologies
On Demand
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