| 摘要 |
The method for partially accelerating molecules of a Newtonian fluid in tubes enables a direct flow energy concentration of the average energy of a surface, which is flown against, inside suction tubes, and permits the economical use of suction drafts. According to the invention, vortex tubes, which are produced inside a parallel flow, tangentially inflow between tubular walls with perforations, are shaped to form helical vortices, produce charging states in the area of the tubular walls, direct molecules in directions of motion, provoke, during a stating state, pre-accelerated core flows inside tubular walls, produce, retroactively in high-frequency oscillations, suction draft in tubes, continue to flow downstream while adhering to pre-accelerated core flows, induce greater velocities of the core flows, and cause, in the operational state, greater suction drafts in tubes. The method can be used for utilizing flow energies preferably in air and water, and the economic efficiency of flow energy concentrations is increased. Any surfaces in a parallel flow can be used. Limits are set only by the possible dimensions of hollow-cylindrical devices. For example, for utilizing wind energy, greater outputs can be obtained in the megawatt range and can be economically managed. |
