Laser-induced breakdown spectroscopy(LIBS) was used to in situ monitor the concentration of alkali elements in combustion environments. Particular efforts were made to optimize the temporally resolved spectra of Na and K elements. Calibration curves were constructed by relating the intensities of the specific lines to the corresponding elemental concentrations. The detection limits of Na and K elements were found to be temperature-dependent. The results indicate that LIBS can be a powerful tool for in situ monitoring Na and K concentrations in combustion environments
Laser-induced breakdown spectroscopy (LIBS) is an efficient tool for identification of elemental com...
Quantitative potassium species concentrations have been measured in alkali-seeded premixed methane-a...
The continuous and simultaneous monitoring of relative concentrations of Na, K, Zn and Pb as well as...
Laser-induced breakdown spectroscopy (LIBS) is an experimentally simple method capable of measuring ...
A quantitative point measurement of total sodium ([Na](total)) and potassium ([K](total)) in the plu...
Power production with thermal conversion has met new challenges due the global pressure to use CO2 n...
A quantitative point measurement of total sodium ([Na]total) and potassium ([K]total) in the plume o...
Laser-induced breakdown spectroscopy (LIBS) was used in this study to measure quantitatively the sod...
Laser-induced photofragmentation fluorescence has been investigated for the imaging of alkali compou...
We utilize laser-induced breakdown spectroscopy for measuring mixture composition and temperature in...
Increasing concern over environment and new energy policies are driving the thermal heat and power i...
A quantitative point measurement of total sodium and potassium released during combustion of Austral...
Alkali metal atoms show an intense natural fluorescence in the burned gas region of internal combust...
Background: High amounts of alkali in the fuel, such as potassium and sodium in combination with hig...
An advanced nuclear reactor based on molten salts including a molten salt reactor and pyroprocessing...
Laser-induced breakdown spectroscopy (LIBS) is an efficient tool for identification of elemental com...
Quantitative potassium species concentrations have been measured in alkali-seeded premixed methane-a...
The continuous and simultaneous monitoring of relative concentrations of Na, K, Zn and Pb as well as...
Laser-induced breakdown spectroscopy (LIBS) is an experimentally simple method capable of measuring ...
A quantitative point measurement of total sodium ([Na](total)) and potassium ([K](total)) in the plu...
Power production with thermal conversion has met new challenges due the global pressure to use CO2 n...
A quantitative point measurement of total sodium ([Na]total) and potassium ([K]total) in the plume o...
Laser-induced breakdown spectroscopy (LIBS) was used in this study to measure quantitatively the sod...
Laser-induced photofragmentation fluorescence has been investigated for the imaging of alkali compou...
We utilize laser-induced breakdown spectroscopy for measuring mixture composition and temperature in...
Increasing concern over environment and new energy policies are driving the thermal heat and power i...
A quantitative point measurement of total sodium and potassium released during combustion of Austral...
Alkali metal atoms show an intense natural fluorescence in the burned gas region of internal combust...
Background: High amounts of alkali in the fuel, such as potassium and sodium in combination with hig...
An advanced nuclear reactor based on molten salts including a molten salt reactor and pyroprocessing...
Laser-induced breakdown spectroscopy (LIBS) is an efficient tool for identification of elemental com...
Quantitative potassium species concentrations have been measured in alkali-seeded premixed methane-a...
The continuous and simultaneous monitoring of relative concentrations of Na, K, Zn and Pb as well as...