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ultrasonic$86179$ - translation to dutch
![Ultrasonic transducers showing ~20 kHz and ~40 kHz stacks. The active elements (near the top) are two rings of [[lead zirconate titanate]], which are bolted to an aluminium coupling horn.](https://commons.wikimedia.org/wiki/Special:FilePath/Resize 2 of transducer comparison.jpg?width=200 "Ultrasonic transducers showing ~20 kHz and ~40 kHz stacks. The active elements (near the top) are two rings of [[lead zirconate titanate]], which are bolted to an aluminium coupling horn.")
![engine]].<br />
''Step 1'': The UT probe is placed on the root of the [[blade]]s to be inspected with the help of a special [[borescope]] tool (video probe).<br />
''Step 2'': Instrument settings are input.<br />
''Step 3'': The probe is scanned over the blade root. In this case, an indication (peak in the data) through the red line (or gate) indicates a good blade; an indication to the left of that range indicates a crack.](https://commons.wikimedia.org/wiki/Special:FilePath/NDT test of an V2500 engine blade route.jpg?width=200 "engine]].<br />
''Step 1'': The UT probe is placed on the root of the [[blade]]s to be inspected with the help of a special [[borescope]] tool (video probe).<br />
''Step 2'': Instrument settings are input.<br />
''Step 3'': The probe is scanned over the blade root. In this case, an indication (peak in the data) through the red line (or gate) indicates a good blade; an indication to the left of that range indicates a crack.")
![spline]] cracking](https://commons.wikimedia.org/wiki/Special:FilePath/Swing shaft spline cracking.png?width=200 "spline]] cracking")
![phased array]] instrument. The scanner, which consists of a frame with magnetic wheels, holds the probe in contact with the pipe by a spring. The wet area is the ultrasonic couplant that allows the sound to pass into the pipe wall.](https://commons.wikimedia.org/wiki/Special:FilePath/Ultrasonic pipeline test.jpg?width=200 "phased array]] instrument. The scanner, which consists of a frame with magnetic wheels, holds the probe in contact with the pipe by a spring. The wet area is the ultrasonic couplant that allows the sound to pass into the pipe wall.")
![[[Britannia Yacht Club]] clubhouse tour, burgee, and wind gauge on roof](https://commons.wikimedia.org/wiki/Special:FilePath/Britannia Yacht Club tour, burgee, and wind gauge.jpg?width=200 "[[Britannia Yacht Club]] clubhouse tour, burgee, and wind gauge on roof")
![Instruments at [[Mount Washington Observatory]]. The pitot tube static anemometer is on the right.](https://commons.wikimedia.org/wiki/Special:FilePath/Instruments at Mount Washington Observatory.JPG?width=200 "Instruments at [[Mount Washington Observatory]]. The pitot tube static anemometer is on the right.")
![[[Helicoid]] propeller anemometer incorporating a [[wind vane]] for orientation](https://commons.wikimedia.org/wiki/Special:FilePath/Prop vane anemometer.jpg?width=200 "[[Helicoid]] propeller anemometer incorporating a [[wind vane]] for orientation")
Definition
Wikipedia
Ultrasonic cleaning is a process that uses ultrasound (usually from 20 to 40 kHz) to agitate a fluid, with a cleaning effect. Ultrasonic cleaners come in a variety of sizes, from small desktop units with an internal volume of less than 0.5 litres (0.13 US gal), to large industrial units with volumes approaching 1,000 litres (260 US gal).
The principle of the ultrasonic cleaning machine is to convert the sound energy of the ultrasonic frequency source into mechanical vibration through the transducer. The vibration generated by the ultrasonic wave is transmitted to the cleaning liquid through the cleaning tank wall, so that the micro-bubbles in the liquid in the tank can keep vibrating under the action of the sound wave, destroying and separating the dirty adsorption on the surface of the object.
Depending on the object being cleaned, the process can be very rapid, completely cleaning a soiled item in minutes. In other instances cleaning can be slower, and exceed 30 minutes.
Ultrasonic cleaners are used to clean many different types of objects, including jewelry, scientific samples, lenses and other optical parts, watches, dental and surgical instruments, tools, coins, fountain pens, golf clubs, fishing reels, window blinds, firearm components, car fuel injectors, musical instruments, gramophone records, industrial machine parts, and electronic equipment. They are used in many jewelry workshops, watchmakers' establishments, electronic repair workshops, and scientific labs.
