The simultaneous requirement of a more efficient combustion, characterised by a low environmental impact, is at present one of the challenges of major engagement for scientific community working in the field of combustion. An effective contribution to the solution of such a problem is furnished by a higher knowledge of the fundamental mechanisms governing formation and oxidation of pollutants. Optical diagnostics is one of the most relevant and powerful tools available to study combustion and combustion-related processes. After a brief overview of the major problems encountered in combustion and of the optical methods typically used, the application of optical techniques to study the formation of pollutants from combustion systems will be discussed. It will be shown as on this basis more "clean" combustors can be technologically developed.

Diagnostica ottica per lo sviluppo di sistemi di combustione a basso impatto ambientale

Massoli P;Calabria R
2002

Abstract

The simultaneous requirement of a more efficient combustion, characterised by a low environmental impact, is at present one of the challenges of major engagement for scientific community working in the field of combustion. An effective contribution to the solution of such a problem is furnished by a higher knowledge of the fundamental mechanisms governing formation and oxidation of pollutants. Optical diagnostics is one of the most relevant and powerful tools available to study combustion and combustion-related processes. After a brief overview of the major problems encountered in combustion and of the optical methods typically used, the application of optical techniques to study the formation of pollutants from combustion systems will be discussed. It will be shown as on this basis more "clean" combustors can be technologically developed.
2002
Istituto Motori - IM - Sede Napoli
Italiano
Atti del 7° Convegno Nazionale su Strumentazione e Metodi di Misura Elettroottici
7° Convegno Nazionale Elettroottica 2002
141
148
8
Sì, ma tipo non specificato
29-31 maggio 2002
Montecatini Terme
Combustione
Emissioni
Impatto ambientale
tecniche di diagnostica ottica
2
none
Massoli, P; Calabria, R
273
info:eu-repo/semantics/conferenceObject
04 Contributo in convegno::04.01 Contributo in Atti di convegno
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14243/54365
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