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The principle of ultrasonic mite removal:
Ultrasonic mite removal mainly uses the physiological characteristics of mites. The mite's auditory nervous system is very fragile, very sensitive to the specific frequency of ultrasound. Specific frequency of ultrasonic waves can make the mites physiological system disorders, irritability, loss of appetite, and ultimately gradually die.
Ultrasonic mite removal is a green mite removal method. In the whole process of removing mites, there is no need to add any chemicals, non-toxic and non-polluting, without any harm to the human body.
Expanded Information:
The characteristics of ultrasound waves
1, ultrasound waves in the propagation of the direction of the strong, easy to focus the energy.
2, ultrasonic waves can be propagated in a variety of different media, and can be propagated far enough distance.
3, ultrasound and sound transmission medium interaction moderate, easy to carry information about the state of the sound transmission medium diagnosis or sound transmission medium to produce the effect and treatment.
4, ultrasonic waves can be effectively propagated in gas, liquid, solid, solid melt and other media.
5, ultrasonic waves can transmit very strong energy.
6, ultrasonic waves will produce reflection, interference, superposition and *** vibration phenomenon.
Other applications of ultrasound:
1, ultrasonic inspection. Ultrasonic waves are widely used in ultrasonic flaw detection, thickness measurement, distance measurement, remote control and ultrasonic imaging technology.
2, ultrasonic treatment. The use of ultrasound mechanical effect, cavitation, thermal and chemical effects, can be ultrasonic welding, drilling, crushing of solids, emulsification, degassing, dust removal, pot scale, cleaning, sterilization, promotion of chemical reactions and biological research, etc., in the industrial and mining industry, agriculture, health care and other sectors to obtain a wide range of applications.
3, ultrasonic cleaning. Cleaning solvent ultrasonic waves in the cleaning fluid sparsely and densely forward radiation, so that the liquid flow and produce tens of thousands of tiny bubbles. When the sound pressure reaches a certain value, the rapid growth of bubbles, and then suddenly closed, in the bubble closure shock wave, around which thousands of atmospheric pressure, destroying insoluble dirt and make them dispersed in the cleaning fluid.
4, ultrasonic humidifier. If the ultrasonic waves into the water tank, the violent vibration will make the tank of water broken into many small droplets, and then a small fan to the droplets blown into the room, you can increase the indoor air humidity.
5, ultrasonic oil. Ultrasonic degreasing frequency generally used for about 30kHz. When the parts are small, using a higher frequency; parts are large, using a lower frequency.
6, ultrasonic pharmaceutical. Dispersion of pharmaceutical substances for injection - phospholipids and cholesterol mixed with appropriate methods and drugs mixed in an aqueous solution, by ultrasonic dispersion, you can get smaller particles (0.1um or so) for intravenous injection.
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