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Quantitative elemental analysis of coal using LIBS and development of a prototype for power plant applications. Redoglio Daniele Andrea. Supervisors : Dott. M. A. C. Potenza Dott. U. Perini. 15/10/2013. First-year students ’ workshop – Physics PhD School. Coal characterization.
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Quantitative elemental analysis of coal using LIBS and development of a prototype for power plant applications Redoglio Daniele Andrea Supervisors: Dott. M. A. C. Potenza Dott. U. Perini 15/10/2013 First-yearstudents’ workshop – PhysicsPhDSchool
Coal characterization First-year students’ workshop – Physics PhD School
Standard techniques Termogravimetric Chemical XRF Gamma Neutron First-yearstudents’ workshop – PhysicsPhDSchool
Laser InducedBreakdownSpectroscopy Laser sample optics spectrometer opticalfiber PC First-year students’ workshop – Physics PhD School
LIBS advantages First-year students’ workshop – Physics PhD School
Plasma and signalevolution First-year students’ workshop – Physics PhD School
Spectralanalysis First-year students’ workshop – Physics PhD School
Calibration Free First-year students’ workshop – Physics PhD School
Selfabsorption First-year students’ workshop – Physics PhD School
Plasma nonuniformity Mercadieret al., JAAS, 2013, 28, 1446 First-yearstudents’ workshop – PhysicsPhDSchool
Online prototype First-year students’ workshop – Physics PhD School
Conclusion • A new algorithm • Account for nonuniformity • Avoid calibration • A functioning prototype • Without focusing • Working in harsh conditions First-year students’ workshop – Physics PhD School
Laser Induced Breakdown Spectroscopy First-yearstudents’ workshop – PhysicsPhDSchool