| 摘要 |
The invention relates to many design variations of wind lasers which use a small, quickly rotating strip system (d) only at the end of a multistage flow optimization and jet generation process (a. b, c). Advantageously, no rotating part can be seen or heard from outside such that large or small, low-noise wind lasers are tolerable near residential areas. Small inexpensive, easily rotatable strip system units can be operated in all wind situations around the clock if large-volume flows are concentrated to a compact jet size by means of inexpensive flow magnifiers. Admixed particles increase the density of the jet generated by a particle flow laser and thus the driving effect thereof on the strip system, static charges being generated by flowing particle circuits. Following the example of lightning generated during a thunderstorm, a steady current flux is generated without using an expensive generator, resulting in unbelievable yield increases and extremely low-priced electricity. Material resources no longer need to be burned to generate power and can be used more sensibly instead to build wind lasers and particle flow lasers. Climate protection and environmental protection globally become financiable. |
