Plasma-treated water can positively influence on plants, but the effect depends on a type of plasma-generating setup. Experimental setup with rather short time of water treatment was created and biological effects of plasma-treated water produced by it were investigated. The setup generated electric-discharge low-temperature plasma in air bubbles moving through water. Electric discharges were initiated by high voltage pulses with amplitude of ~ 30 kV and rise front ~ 8 mks at frequency up to 500 Hz. After 2-3 minutes of water treatment by the electric-discharge plasma increase of electric conductivity and redox potential, concentrations of nitric acid were observed in water. Treatment of pumpkin, beet and pea seeds in experimental device (t...
In this work, an atmospheric pressure dielectric barrier discharge was used to produce plasma activa...
The need for efficient technologies to enhance productivity in agriculture strongly motivates resear...
The bacterial plant disease control is nowadays limited to copper compounds, few resistance inducers...
Two plasma devices at atmospheric pressure (air dielectric barrier discharge and helium plasma jet) ...
International audienceThe combined effect of non-thermal plasma treatment of water and seeds on the ...
International audienceTwo plasma devices at atmospheric pressure (air dielectric barrier discharge a...
In collaboration with Vitalfluid, TU Eindhoven, FloraHolland, Bactimm, Alewijnse and Medical faculty...
The extensive use of chemical fertilizers to increase crop yields in agricultural fields has had a n...
This study was performed to investigate the effects of plasma-activated water on germination, gro...
International audienceA dielectric barrier discharge (DBD) reactor producing cold plasma at atmosphe...
One of the new methods of protecting and supporting plant growth is the use of low-temperature plasm...
Plasma activated water is produced treating sterile distilled water by means of an atmospheric press...
In this work, an atmospheric pressure dielectric barrier discharge was used to produce plasma activa...
The need for efficient technologies to enhance productivity in agriculture strongly motivates resear...
The bacterial plant disease control is nowadays limited to copper compounds, few resistance inducers...
Two plasma devices at atmospheric pressure (air dielectric barrier discharge and helium plasma jet) ...
International audienceThe combined effect of non-thermal plasma treatment of water and seeds on the ...
International audienceTwo plasma devices at atmospheric pressure (air dielectric barrier discharge a...
In collaboration with Vitalfluid, TU Eindhoven, FloraHolland, Bactimm, Alewijnse and Medical faculty...
The extensive use of chemical fertilizers to increase crop yields in agricultural fields has had a n...
This study was performed to investigate the effects of plasma-activated water on germination, gro...
International audienceA dielectric barrier discharge (DBD) reactor producing cold plasma at atmosphe...
One of the new methods of protecting and supporting plant growth is the use of low-temperature plasm...
Plasma activated water is produced treating sterile distilled water by means of an atmospheric press...
In this work, an atmospheric pressure dielectric barrier discharge was used to produce plasma activa...
The need for efficient technologies to enhance productivity in agriculture strongly motivates resear...
The bacterial plant disease control is nowadays limited to copper compounds, few resistance inducers...