Each immersed jet creates turbulences as a result of the resistance of the medium in which it is immersed and at the end of its effective range the complete introduced energy is broken down into turbulent flows. These turbulent flows observed as a whole are local, thus are small-scale. However, these small-scale turbulences which have a strong eroding effect. The present invention produces as high a number as possible of small-scale turbulences and distributes them over a large volume. Large volume is to be understood as, for example, 3000-4000 mSUP3 /SUPon a surface of 2000 mSUP2 /SUPand a height of 2 m as is the case with a storage tank of 50 m diameter and a liquid column of 3 m. The problem thus lies in the optimal distribution of the introduced or applied energy.
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机译：每个浸入式射流由于其所浸入的介质的阻力而产生湍流，并且在其有效范围的末端，完全引入的能量被分解为湍流。整体上观察到的这些湍流是局部的，因此是小规模的。但是，这些小规模的湍流具有很强的侵蚀作用。本发明产生尽可能多的小规模湍流并将它们分布在大体积上。大体积应理解为例如2000 m 2 的表面上的3000-4000 m 3 ，高度为2 m（如带有存储装置的情况）直径50 m的水箱和3 m的液柱。因此，问题在于引入或施加的能量的最佳分布。
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