This paper presents comparison of image classification methods for co-firing biomass and pulverized coal. Two classes of combustion – stable and unstable were defined for nine variants with different power value parameters and fixed amount biomass. Experimental results show that correct classification of images was achieved for the assumed variants.W pracy przedstawiono porównanie wybranych metod klasyfikacji obrazów dla współspalania pyłu węglowego i biomasy. Zdefiniowano dwie klasy spalania: stabilne i niestabilne dla dziewięciu wariantów z różnymi parametrami mocy oraz stałą ilością biomasy. Wyniki badań pokazują, poprawną klasyfikację obrazów dla założonych wariantów
The combustion characteristics of individual coal particles are the basis for a deep understanding o...
The paper describes the selected methods of adaptive control of the pulverized coal combustion proce...
Monitoring of the combustion process is carried out in order to ensure its efficiency and stability....
This paper presents comparison of image classification methods for co-firing biomass and pulverized ...
Les procédés de combustion sont utilisés dans la plupart des industries chimiques, métallurgiques et...
Modern industrial biomass combustion plants are regulated by the power and/or combustion control. In...
W artykule przedstawiono badania laboratoryjne, na podstawie których określono rodzaje płomieni towa...
In pulverised coal (PC) burners that are most widespread in Poland an individual air excess ratio ru...
Reliable monitoring and diagnosis of combustion stability in combustion systems such as fossil-fuel ...
Monitoring of the combustion process is carried out in order to ensure its efficiency and stability....
This study investigates the ignition characteristics of pulverised coal, biomass and co-firing by us...
The study of characterizing and featuring different kinds of flames has become more important than e...
The combustion characteristics of individual coal particles are the basis for a deep understanding o...
AbstractThis study investigates the ignition characteristics of pulverised coal, biomass and co-firi...
Experimental investigations into the combustion behaviors of single pulverized coal particles are ca...
The combustion characteristics of individual coal particles are the basis for a deep understanding o...
The paper describes the selected methods of adaptive control of the pulverized coal combustion proce...
Monitoring of the combustion process is carried out in order to ensure its efficiency and stability....
This paper presents comparison of image classification methods for co-firing biomass and pulverized ...
Les procédés de combustion sont utilisés dans la plupart des industries chimiques, métallurgiques et...
Modern industrial biomass combustion plants are regulated by the power and/or combustion control. In...
W artykule przedstawiono badania laboratoryjne, na podstawie których określono rodzaje płomieni towa...
In pulverised coal (PC) burners that are most widespread in Poland an individual air excess ratio ru...
Reliable monitoring and diagnosis of combustion stability in combustion systems such as fossil-fuel ...
Monitoring of the combustion process is carried out in order to ensure its efficiency and stability....
This study investigates the ignition characteristics of pulverised coal, biomass and co-firing by us...
The study of characterizing and featuring different kinds of flames has become more important than e...
The combustion characteristics of individual coal particles are the basis for a deep understanding o...
AbstractThis study investigates the ignition characteristics of pulverised coal, biomass and co-firi...
Experimental investigations into the combustion behaviors of single pulverized coal particles are ca...
The combustion characteristics of individual coal particles are the basis for a deep understanding o...
The paper describes the selected methods of adaptive control of the pulverized coal combustion proce...
Monitoring of the combustion process is carried out in order to ensure its efficiency and stability....