Micro-Raman spectroscopy has been demonstrated to be a viable tool for nondestructive determination of the crystal phase of relevant minerals. Collecting spectra on particles down to 5 microns in size was completed. Some minerals studied were weak scatterers and were better studied with the other techniques. A decent graphical software package should easily be able to compare collected spectra to a spectral library as well as subtract out matrix vibration peaks. Due to the success and unequivocal determination of the most common mineral false positive (zircon), it is clear that Raman has a future for complementary, rapid determination of unknown particulate samples containing actinides
AbstractRaman spectroscopy was used on 95 samples comprising mainly of uranium ore concentrates as w...
Micro-Raman spectroscopy is a useful analytical tool for studying minerals in thin section. The adva...
Quantifying the texture, mineralogy and mineral chemistry of rocks in the mine environment is requir...
Raman spectroscopy is a frequently used analytical technique in the field of geosciences because it ...
It has been proven, by the analysis of macroscopic amount of materiel pressed into pellets, that Ram...
The usual tools are X-ray powder diffraction, the optical microscope, and the scanning electron micr...
The identification of minerals from caves generally requires that samples be removed from the cave f...
An approach for Raman measurements of highly radioactive samples is presented here. The innovative p...
Raman spectroscopy was used on 95 samples comprising mainly of uranium ore concentrates as well as s...
Mining activities provide a good source of minerals of different nature. On the one hand, the primar...
Micro-Raman spectroscopy has been applied to fibrous minerals regulated as "asbestos"- anthophyllite...
Raman spectroscopy was assessed for its ability to rapidly identify asbestos phases by submitting th...
Information about the molecular composition of airborne uranium-bearing particles may be useful as a...
The performances of three different Raman spectrometers were compared and evaluated as a suitable to...
Micro-Raman spectroscopy is excellently suited for the investigation of artefacts, as it is a fast a...
AbstractRaman spectroscopy was used on 95 samples comprising mainly of uranium ore concentrates as w...
Micro-Raman spectroscopy is a useful analytical tool for studying minerals in thin section. The adva...
Quantifying the texture, mineralogy and mineral chemistry of rocks in the mine environment is requir...
Raman spectroscopy is a frequently used analytical technique in the field of geosciences because it ...
It has been proven, by the analysis of macroscopic amount of materiel pressed into pellets, that Ram...
The usual tools are X-ray powder diffraction, the optical microscope, and the scanning electron micr...
The identification of minerals from caves generally requires that samples be removed from the cave f...
An approach for Raman measurements of highly radioactive samples is presented here. The innovative p...
Raman spectroscopy was used on 95 samples comprising mainly of uranium ore concentrates as well as s...
Mining activities provide a good source of minerals of different nature. On the one hand, the primar...
Micro-Raman spectroscopy has been applied to fibrous minerals regulated as "asbestos"- anthophyllite...
Raman spectroscopy was assessed for its ability to rapidly identify asbestos phases by submitting th...
Information about the molecular composition of airborne uranium-bearing particles may be useful as a...
The performances of three different Raman spectrometers were compared and evaluated as a suitable to...
Micro-Raman spectroscopy is excellently suited for the investigation of artefacts, as it is a fast a...
AbstractRaman spectroscopy was used on 95 samples comprising mainly of uranium ore concentrates as w...
Micro-Raman spectroscopy is a useful analytical tool for studying minerals in thin section. The adva...
Quantifying the texture, mineralogy and mineral chemistry of rocks in the mine environment is requir...