METHOD FOR BRAKING A LOW-OVERPRESSURE GAS FLOW
개요
출원인
Denis Ernestovich LVOV; Timofei Aleksandrovich DORONIN; Aleksei Dmitrievich GOLUBEV
발명자
Denis Ernestovich LVOV; Timofei Aleksandrovich DORONIN; Aleksei Dmitrievich GOLUBEV
IPC 분류
CPC 분류
The method for decelerating the gas flow with a low gauge pressure can be used to decelerate gas flows containing particles coaxially moving together with the gas flow that are not homogeneous to the gas flow, for example, inclusions that are solid, liquid, plasma, and the like body or bodies. In this case, the gas flow acts as a carrier flow for these particles (inclusions). This method is designed to decelerate the gas component of a carrier flow, and for the subsequent separation of inclusions from the carrier flow, energy recovery of the carrier gas flow, separation of particles with different masses, as well as sputtering particles on any surfaces due to moving separately from this flow and/or carried together with gas flows distributed by the proposed method. The inclusions or particles may have a diverse nature, for example, solid particles of various masses, or liquid that is further divided into droplets, plasma, or other types of inclusions.
원문 (중국어)
The method for decelerating the gas flow with a low gauge pressure can be used to decelerate gas flows containing particles coaxially moving together with the gas flow that are not homogeneous to the gas flow, for example, inclusions that are solid, liquid, plasma, and the like body or bodies. In this case, the gas flow acts as a carrier flow for these particles (inclusions). This method is designed to decelerate the gas component of a carrier flow, and for the subsequent separation of inclusions from the carrier flow, energy recovery of the carrier gas flow, separation of particles with different masses, as well as sputtering particles on any surfaces due to moving separately from this flow and/or carried together with gas flows distributed by the proposed method. The inclusions or particles may have a diverse nature, for example, solid particles of various masses, or liquid that is further divided into droplets, plasma, or other types of inclusions.