1942: abbreviation of stroboscopic.
the Coriolis effect
benificial effect
no effect.
effect of land slide
to avoid stroboscopic effect.
1942: abbreviation of stroboscopic.
Whilst some propellers are comparatively slow there is an effect called the stroboscopic effect, which at certain revolutions, synchronise reflected light from the blades. This fools the eye into believing the propellers are turning much more slowly than they are.
The movements of strobe lights are a classic example of this.
If the fre. Of the tacho. Is equal to the shaft
stroboscopic motion
A stroboscope uses a series of flashes to make a fast moving object seem slower. A stroboscopic tachometer has a scale that reads either in revolutions per minute or flashes per minute.
A stroboscopic light, or strobe light, is a device which discharges flashes of light which causes moving objects to appear stationary or slow-moving. The flashing light has been known to cause seizures in people who suffer from epilepsy.
Janice Sanner has written: 'Stroboscopic photography as an instrument for investigating human movement'
They don't. Or, at least, they don't always. This effect can occur under certain conditions, and has to do with the speed at which the object is rotating and the limits of perception. It's particularly common in movies and TV shows, where the speed at which the camera operates causes a stroboscopic effect, but it can occur in "real life" as well, particularly under certain kinds of lighting such as fluorescent lights.
TV creates the pictures by displaying it line by line - scanning from top to bottom. This scanning is done at a particular frequency. Film cameras shoot multiple shots per second known as frames per second (fps). When the fps and the frequency of any moving object do not match it will cause a stroboscopic effect. This causes effect of the lines scrolling up. A similar effect can be seen in films where it shows the hub caps of a car or the propeller of an airplane which is speeding up. First it goes reverse, slows down to a stop then goes forward.
The stroboscopic effect can cause the image of a wheel (let us say with many spokes) to appear to be turning at a different speed and even backwards.If succeeding images of a wheel with 12 spokes are taken when the wheel has made , say one eleventh of a turn, just less than enough of a portion of a revolution to bring one spoke where another spoke had been previously, the wheel will appear to rotate slowly backwards.