@pixelspring Yes, about 1 kW of acoustic power is going into the water and converts into heat. For practical applications, temperature control is needed. For example, in flow-through applications a cooling jacket on the reactor chamber or a heat exchanger would commonly be used.
@pixelspring Yes, about 1 kW of acoustic power is going into the water and converts into heat. For practical applications, temperature control is needed. For example, in flow-through applications a cooling jacket on the reactor chamber or a heat exchanger would commonly be used.
@dediamada2008 No, there will just be "wind" hitting the surface. For cavitation to occur, the Barbell horn must be immersed
Cuanto cuesta un aparato de estos que marca son?
does the water heat up?
Don't quote me, but i would assume not. Cavitation can still happen without heating, using low pressure.
E UNA SCOPERTA DEL GENIO ITALICO CHE DARA ENERGIA AL MONDO
Can ultrasonic cavitation create hydrogen and oxygen from water?