Ozone generation in both positive and negative corona discharges DC corona, both operated in glow regime, feed by dry CO2 has been studied. Higher ozone concentrations were observed in negative corona discharges. Ozone formation was found to be strongly dependent upon both the flow rate of the gas and on the radius of the outer electrode. The physical characteristics of the discharge were monitored through measurement of the discharge current. Small increases in the gas flow rate were observed to cause a significant increase in the discharge current of a negative corona discharge but little/no effect was observed in positive corona
Ozone generation using a hollow needle-to-plate corona reactor has been investigated using both posi...
The rate of production and the spatial distribution of ozone in the negatiûe DC corona discharge are...
Positive corona discharge in mixtures of CO2 and N2 has been experimentally investigated using a co...
Ozone generation in both positive and negative corona discharges DC corona, both operated in glow re...
Ozone formation has been monitored in DC corona discharges fed by pure carbon dioxide in a flowing r...
The effect of the gas flow rate (10–320 cm3 min-1) on the process of ozone formation in both positiv...
The products of a negative corona discharge in both pure CO2 and mixtures of CO2 + O2 have been stud...
The production of ozone in a negative corona discharge fed by carbon dioxide with embedded traces of...
The ozone generation by negative corona discharge in coaxial cylindrical system of electrodes have b...
A numerical model of ozone generation in clean, dry air by positiûe DC corona discharges from a thin...
The rate of production and the spatial distribution of ozone in the negative DC corona discharge are...
Ozone production in a negative corona discharge has been studied experimentally at atmospheric press...
The effect of the outer electrode material on negative corona discharge current and the process of o...
Ozone generation using a hollow needle-to-plate corona reactor has been investigated using bot...
The effect of the outer electrode material on negative corona discharge current and the process of o...
Ozone generation using a hollow needle-to-plate corona reactor has been investigated using both posi...
The rate of production and the spatial distribution of ozone in the negatiûe DC corona discharge are...
Positive corona discharge in mixtures of CO2 and N2 has been experimentally investigated using a co...
Ozone generation in both positive and negative corona discharges DC corona, both operated in glow re...
Ozone formation has been monitored in DC corona discharges fed by pure carbon dioxide in a flowing r...
The effect of the gas flow rate (10–320 cm3 min-1) on the process of ozone formation in both positiv...
The products of a negative corona discharge in both pure CO2 and mixtures of CO2 + O2 have been stud...
The production of ozone in a negative corona discharge fed by carbon dioxide with embedded traces of...
The ozone generation by negative corona discharge in coaxial cylindrical system of electrodes have b...
A numerical model of ozone generation in clean, dry air by positiûe DC corona discharges from a thin...
The rate of production and the spatial distribution of ozone in the negative DC corona discharge are...
Ozone production in a negative corona discharge has been studied experimentally at atmospheric press...
The effect of the outer electrode material on negative corona discharge current and the process of o...
Ozone generation using a hollow needle-to-plate corona reactor has been investigated using bot...
The effect of the outer electrode material on negative corona discharge current and the process of o...
Ozone generation using a hollow needle-to-plate corona reactor has been investigated using both posi...
The rate of production and the spatial distribution of ozone in the negatiûe DC corona discharge are...
Positive corona discharge in mixtures of CO2 and N2 has been experimentally investigated using a co...