Raman Spectroscopy
Rolf W. Berg, associate professor
CV and publication lists
Diagram of instrument (Here).
Pictures from the labobratory: 1
2
3
4
Download Raman-data from DTU.
Raman spectroscopy is a universal analytical technique for identification of
molecules in gases, liquids and solids by scattering of laser light.
The institute has recently obtained a new confocal Raman instrument associated
with a microscope and fiber optics. With this instrument the Raman
spectrum of a sample can be obtained within a volume of 1 x 1 x 2 micrometer.
A complete Raman map of a sample can be made. To see an example, click
here or
here.
This instrument is being used for experimental studies in a number of
different research fields each of which is open for student
participation. The investigations cover analyses of the following fields:
- Analysis of Fuels (oil and
natural gas)
- Fuel Cells & Battery Research and Development
- Electrolytical Deposition of Metals and Alloys onto Steel
- Characterization of Ceramics and Concrete
- Development of Lubricants
- Catalysis
- Corrosion
- Optical Elements (lamps, phosphors, displays, smart windows etc.)
- High Pressure Research
- Rare Earth Element Uses
- Molten Salt Chemistry
- Food Chemistry
- Analytical Chemistry in Chemical Production and Pharmacy
- Forensic Analysis, Characterization of Explosives, etc.
- Evaluation of Relations between Spectra and Molecular Structure
- Phase Diagrams
List of our Raman publications
Examples of student projects:
Links:
EUCHEM 2000 Conference: Proceedings,
frontpage,
index,
order,
mail-order.
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