Ultrasonic effect of ultrasonic cavitation machine When the ultrasonic surge propagates in the ultrasonic cavitation machine, due to the commerce between the ultrasonic surge and the ultrasonic cavitation machine, the ultrasonic cavitation machine undergoes physical and chemical changes, performing in a series of mechanical goods., thermal and electromagnetic aural and chemical ultrasonic goods include the following 4 goods

1. Mechanical goods. The mechanical action of ultrasound can promote liquid emulsification, gel liquefaction, and solid dissipation. When the ultrasonic fluid forms standing swells in the ultrasonic cavitation machine, the bitsy patches suspended in the fluid condense at the bumps due to the action of mechanical force, forming periodic accumulations in space. When ultrasonic swells propagate in piezoelectric accouterments and magnetostrictive accouterments, convinced electric polarization and convinced magnetization do due to the mechanical action of ultrasonic swells( see Ultrasonic Cavitation Machine Physics and Magnetostriction).

2. Cavitation. When ultrasonic swells are applied to a liquid, a large number of small air bubbles are produced. One of the reasons is that original tensile stress occurs in the liquid, performing under negative pressure. The reduction in pressure supersaturates the gas firstly dissolved in the liquid and escapes from the liquid as small bubbles. Another reason is that the strong tensile stress" rips" the liquid into depressions, which is called cavitation. Inside the depression is a liquid-vapor or another gas dissolved in a liquid, conceivably indeed a vacuum. The small bubbles formed by cavitation will continuously move, grow or burst suddenly with the vibration of the girding ultrasonic cavitation machine. When it bursts, the girding liquid suddenly rushes into the bubble, creating heat, pressure, and shock swells. The internal disunion with cavitation forms an electric charge, which causes light emigration in the bubbles due to the discharge. utmost ultrasonic treatment ways in liquids are related to cavitation.

3. thermal effect. Since ultrasonic swells can beget material to joggle, there's a thermal effect when absorbed by the ultrasonic cavitation machine.

4. chemical action. The action of ultrasound can promote or accelerate certain chemical responses. For illustration, pure distilled water is ultrasonically treated to produce hydrogen peroxide; nitrogen-dissolved water is ultrasonically treated to produce nitrous acid; color waterless results are discolored or faded after ultrasonic treatment. The circumstance of these marvels is always accompanied by cavitation. Ultrasound can also accelerate the hydrolysis, corruption, and polymerization of numerous chemicals. Ultrasound also has significant good on photochemical and electrochemical processes. After the waterless results of colorful amino acids and other organic substances are ultrasonically treated, the characteristic immersion band disappears, showing an invariant general immersion