Shock-inertial apparatuses

The quantitative assessment of efficiency of acquisition in apparatuses of shock-inertial type with inner circulation of a fluid is expedient for conducting by means of a parameter n = L/L mVm equal to a ratio of volumes of liquid and gas phases in contact channels and characterizing the specific charge of a fluid on gas irrigating in channels. Obviously that magnitude n will be determined first of all, by speed of a gas flow on an entry in the contact channel. The following important parameter is fluid level on an entry in the contact charmel which can change cross-section of the charmel and influence speed of gas ... 

Separation efficiency of gas bursts in apparatuses of shock-inertial act can be discovered only on the basis of empirical data on particular constmctions of apparatuses. Methods of the calculations, found application in projection practice, are groimded on an assumption about a eapabihty of linear approximation of relation of separation efficiency from diameter of corpuseles in is likelihood-logarithmic axes. Caleulations on a likelihood method are executed under the same eircuit design, as for apparatuses of dry elearing of gases [9]. 

In these conditions, due to the high relative velocity of the liquid and gas phases, a decisive influence on the effect of dust collection have mechanisms inertial and direct capture of particles. This process is implemented in a shock-inertial dust collector, which include investigated apparatus. 

The quantitative assessment of efficiency of acquisition in apparatuses of shock-inertial type with inner circulation of a fluid is expedient for conducting by means of a parameter n = L/L, equal to the ratio of... 

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