A model of the wave surface when a stone is thrown into the water.
This characteristic is not very much related to the laser diffraction method. Interference becomes an important phenomenon in understanding the principle of nanotracks. An example of interference is the model of wave patterns when a stone is thrown into the water surface. If two stones are dropped at a distance apart on the water surface, it can be observed that when the crest of one wave meets the trough of another wave, the waves weaken, while when crests meet crests, the waves strengthen. This is interference. The first concept that comes up is a mathematical theorem called "Fourier's theorem." According to this theorem, if certain conditions are met, any function can be expressed as a sum of a finite or infinite number of sine functions. In simple terms, most waveforms can be decomposed into multiple sine curves. *For more details, please refer to the related links or feel free to contact us.*
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