'The research objective was to test and develop optical methods for real-time, remote and in-situ testing of corrosion processes on the surface of vitrified nuclear wastes. This report summarizes the research conducted in the first 1.5 years of a 3 year grant. At this point, the authors have identified the conditions for optimal tests and demonstrated that both IR reflection and Raman spectroscopies can be used to determine the dealkalization process in the surface of simple glasses in real time.
International audienceIn situ Raman scattering studies allow following real‐time evolutions of volum...
This report provides a summary of work completed in FY-94 by FSU to develop and investigate the feas...
Characterization of long-term processes occurring during alteration of aluminoborosilicate glasses i...
The in situ analysis of surface conditions of vitrified nuclear wastes can provide an important chec...
The work was directed toward the investigation of quantitative remote analysis of the leaching proce...
Abstract Fluid-cell Raman spectroscopy is a space and time-resolving application allowing in operand...
'The objective of this research program is to gain a fundamental understanding of the structure, com...
The corrosion and degradation of materials, such as pipeline steel, have a strong effect on both the...
The multiphase nature of slurries can make them difficult to process and monitor in real time. For e...
US DOE is sponsoring development of remote, fiber-optic Raman spectroscopy for rapid chemical charac...
Stress corrosion cracking, oxidation and high temperature aqueous corrosion are life limiting factor...
The use of Raman and infrared spectroscopy to analyze surface films on metals is described. Surface ...
The interrogation of molecular vibrations in crystalline and amorphous solids by Raman and infrared ...
A pulse-gating Raman spectroscopy setup was developed in this project. The setup was capable of perf...
Laser Raman Spectroscopy was employed to analyse the surfaces of rusted 9Cr-1Mo (modified) steel spe...
International audienceIn situ Raman scattering studies allow following real‐time evolutions of volum...
This report provides a summary of work completed in FY-94 by FSU to develop and investigate the feas...
Characterization of long-term processes occurring during alteration of aluminoborosilicate glasses i...
The in situ analysis of surface conditions of vitrified nuclear wastes can provide an important chec...
The work was directed toward the investigation of quantitative remote analysis of the leaching proce...
Abstract Fluid-cell Raman spectroscopy is a space and time-resolving application allowing in operand...
'The objective of this research program is to gain a fundamental understanding of the structure, com...
The corrosion and degradation of materials, such as pipeline steel, have a strong effect on both the...
The multiphase nature of slurries can make them difficult to process and monitor in real time. For e...
US DOE is sponsoring development of remote, fiber-optic Raman spectroscopy for rapid chemical charac...
Stress corrosion cracking, oxidation and high temperature aqueous corrosion are life limiting factor...
The use of Raman and infrared spectroscopy to analyze surface films on metals is described. Surface ...
The interrogation of molecular vibrations in crystalline and amorphous solids by Raman and infrared ...
A pulse-gating Raman spectroscopy setup was developed in this project. The setup was capable of perf...
Laser Raman Spectroscopy was employed to analyse the surfaces of rusted 9Cr-1Mo (modified) steel spe...
International audienceIn situ Raman scattering studies allow following real‐time evolutions of volum...
This report provides a summary of work completed in FY-94 by FSU to develop and investigate the feas...
Characterization of long-term processes occurring during alteration of aluminoborosilicate glasses i...