 | March 1, 2012
By:David Tuschel
Polarization/orientation micro-Raman spectroscopy promises to be an important analytical tool to complement micro-X-ray diffraction.
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 | February 1, 2012
By:Fran Adar
Raman has a unique capability to characterize nanoscale materials that are between crystalline and amorphous.
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 | October 1, 2011
By:Fran Adar
How can you navigate the maze of choices for detecting molecular vibrations with mid-infrared (IR), near IR (NIR), and visible (Raman)? Understanding what is being measured, how it is measured, and the advantages and disadvantages of each technique, will help.
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 | March 1, 2011
By:Fran Adar
Raman spectroscopy can be used to measure the vibrational spectra of both organic and inorganic materials.
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 | February 11, 2011
By:Fran Adar
Graphene has potential applications ranging from computer monitors to solar cells, and Raman spectroscopy is a useful method for its characterization.
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 | October 1, 2010
By:Fran Adar
Fran Adar examines the program at ICORS 2010, providing a sense of how applications and instrumentation are driving each other in the field of Raman research.
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 | March 1, 2010
By:Fran Adar
The experimental determination of the depth resolution of a Raman microscope is described.
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 | February 1, 2010
By:Fran Adar
Cellulosic feedstocks from biological harvests (such as timber, prairie grass, and corn stover) or industrial–urban waste have been proposed as a source for the production of energy in the form of fermentation-produced ethanol biofuel.
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 | March 1, 2009
By:Fran Adar
In this column, Fran Adar discusses what progress is being made in the application of Raman spectroscopy to studies of disease states and why it is worth the effort to pursue.
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