Based on the data obtained by this study, we conclude that laser-based techniques can be used to provide at least semi-quantitative information about the elemental composition of molten steel. Of the two techniques investigated here, the Sample-Only method appears preferable to the LIBS (laser-induced breakdown spectroscopy) method because of its superior analytical performance. In addition, the Sample-Only method would probably be easier to incorporate into a steel plant environment. However, before either technique can be applied to steel monitoring, additional research is needed
Volltext: Recent progress in sensitivity connected with an advanced design of equipment enable the l...
To analyse continuous casting steel blooms a removal of non-representative surface layers is require...
AbstractTo analyse continuous casting steel blooms a removal of non-representative surface layers is...
Recent progress in sensitivity and signal processing opened a broad field of application for laser-i...
Laser-induced breakdown spectrometry (LIBS) with multiple pulse excitation has been applied for the ...
To control the steel composition during production in steel works, samples are taken from the melt. ...
Laser-induced breakdown spectrometry is a non-contact in-situ method for the chemical analysis of va...
Steel industry is the irreplaceable foundation in heavy industries, which have been developed and im...
Quick analysis of chemical composition is very important for process control and quality assessment ...
A laser-induced breakdown spectroscopy (LIBS) system combining a Cassegrain telescope and a double-p...
Through a Nd:YAG pulse laser of 1064nm wavelength, a multichannel grating spectrometer, and seven CC...
Laser-induced breakdown spectroscopy (LIBS) is applied for the elemental analysis of steel blooms in...
Through a Nd:YAG pulse laser of 1064nm wavelength, a multichannel grating spectrometer, and seven CC...
Quick analysis of chemical composition is very important for process control and quality assessment ...
A laser-induced breakdown spectroscopy (LIBS) system combining a Cassegrain telescope and a double-p...
Volltext: Recent progress in sensitivity connected with an advanced design of equipment enable the l...
To analyse continuous casting steel blooms a removal of non-representative surface layers is require...
AbstractTo analyse continuous casting steel blooms a removal of non-representative surface layers is...
Recent progress in sensitivity and signal processing opened a broad field of application for laser-i...
Laser-induced breakdown spectrometry (LIBS) with multiple pulse excitation has been applied for the ...
To control the steel composition during production in steel works, samples are taken from the melt. ...
Laser-induced breakdown spectrometry is a non-contact in-situ method for the chemical analysis of va...
Steel industry is the irreplaceable foundation in heavy industries, which have been developed and im...
Quick analysis of chemical composition is very important for process control and quality assessment ...
A laser-induced breakdown spectroscopy (LIBS) system combining a Cassegrain telescope and a double-p...
Through a Nd:YAG pulse laser of 1064nm wavelength, a multichannel grating spectrometer, and seven CC...
Laser-induced breakdown spectroscopy (LIBS) is applied for the elemental analysis of steel blooms in...
Through a Nd:YAG pulse laser of 1064nm wavelength, a multichannel grating spectrometer, and seven CC...
Quick analysis of chemical composition is very important for process control and quality assessment ...
A laser-induced breakdown spectroscopy (LIBS) system combining a Cassegrain telescope and a double-p...
Volltext: Recent progress in sensitivity connected with an advanced design of equipment enable the l...
To analyse continuous casting steel blooms a removal of non-representative surface layers is require...
AbstractTo analyse continuous casting steel blooms a removal of non-representative surface layers is...